Chapter 4: The Industrial Era: Machines, Capital, and Standardized Desires (c. 1500 CE to 1950 CE)

As we bid farewell to the long Imperial Era, where power and capital performed their grand “duet,” the vessel of history sails into a vaster and more turbulent deep sea. This is a magnificent period of four hundred and fifty years, later collectively named the “Industrial Era.” However, if we truly want to understand this great transformation that completely overturned the form of human civilization, we must not focus our gaze solely on the billowing smoke that spewed from the chimneys of British factories in the mid-to-late 18th century.

The Industrial Revolution was not an abrupt, out-of-the-blue technological explosion. It was more like a majestic iceberg, magnificent above the water. But supporting all its visible glory was a much larger, deeper, and earlier-formed, incredibly solid base beneath the surface.

The foundation ceremony for this base had already been quietly held around 1500 CE. At that time, the world was just awakening from the long Middle Ages. The logic of commerce still followed the inertia of the Imperial Era. Wealth primarily came from the produce of the land and the long-distance trafficking of “scarce” goods. However, it was also at this time that a new, more aggressive, and more systematic “greed” began to grow wildly in the hearts of European monarchs and merchants.

This greed was no longer content with merely being the “middleman” in East-West trade, like the Venetian merchants; it yearned to bypass all intermediaries and personally touch the legendary “sources” where gold was said to pave the streets. Thus, under the dual drive of national will and capitalist desire, the most magnificent “Age of Discovery” in human history began. Columbus’s ships unexpectedly knocked open the closed doors of the American continent; Vasco da Gama’s fleet, with its cannons, blasted open the eastern sea route to the spices of India.

This was not just a “Great Geographical Discovery”; it was a fundamental transformation of the “global business model.” It prepared the two most crucial and indispensable elements for the coming Industrial Revolution: the “fuel” and the “tracks.”

The first was the “primitive accumulation of capital.” When the silver of the Americas flowed into the treasuries of Europe like a tide; when the “triangular trade,” laden with slaves and sugar, brought bloody yet bountiful returns; when the Dutch and British “East India Companies”—the first “state-sized” commercial organizations in human history with their own armies and fleets—channeled the wealth of all of Asia back to Amsterdam and London through monopoly and plunder, an unprecedentedly huge amount of “start-up capital,” sufficient to support any grand industrial investment, was ready. This capital was filled with blood and sin, but it was indeed the first bleeding cornerstone upon which the edifice of the Industrial Revolution was built.

The second was the “opening of the global market.” The Age of Discovery, through violence and trade, forcibly dragged the entire globe into a new “world system” centered on Europe. The tribes of Africa, the plantations of the Americas, the ancient empires of Asia—as their doors were forced open, they also became a potential, boundless “dumping ground for goods.” This prototype of a global market laid down in advance a “sales track”—albeit an unjust one, yet incredibly smooth—for the massive, standardized commodities that would later be produced by the Industrial Revolution.

Yes, for nearly three centuries, Europe was engaged in this great preparation for the “pre-industrial era” in an almost frantic manner. It was accumulating energy, opening up space. It was like building a launch tower and stocking fuel for a rocket about to be launched.

Now, the launch tower was erected; the fuel tanks were full. All that was missing was the east wind.

That east wind, the decisive “spark” that finally ignited it all, made its brilliant debut in the year 1776, a year endowed with multiple extraordinary meanings in human history.

In Philadelphia, North America, a group of profound thinkers, representatives of the colonies, were debating the Declaration of Independence, pursuing a form of political “power.” In Glasgow, Scotland, Adam Smith published his The Wealth of Nations, a work that explored the “power” of the economy. However, in that very same year, in the damp industrial region of central England, a more primal, more concrete, and more subversive “power” was emitting its first low roar, a roar that would shake the entire planet.

This power was James Watt’s revolutionarily improved “universal steam engine.”

For thousands of years prior, humanity had been a species dominated by “natural forces.” But from the moment Watt’s steam engine began its commercial operation, everything changed fundamentally. For the first time, humanity possessed a “steel slave” that never tired and was not dependent on the weather. This was a revolution in the “source of power,” humanity’s loudest “declaration of independence” from the natural world.

Soon, this new “power” began to invade every field of human social production with unstoppable momentum. In textile mills, it drove the spindles to spin frantically; in steel mills, it drove the bellows to blow fierce fires; on land, it transformed into smoke-belching trains, reshaping the world’s concept of “time and space” at an unprecedented speed.

A new era was thus ushered in. It was an era defined by the roar of factories, the whistle of trains, and capital’s insatiable, ultimate pursuit of “efficiency.”

In this era, the core logic of business would undergo a complete migration. It would shift from the Imperial Era’s pursuit of “scarcity” to an infinite adoration of “standardization” and “scale.” The decisive factor in business competition would no longer be whether you possessed a treasure that others did not, but whether you could produce thousands of identical products, sufficient to satisfy the basic desires of the broadest masses, at a lower cost than others.

And humanity itself, in this magnificent transformation, underwent a profound and painful change in its role. On the one hand, we were liberated from being “farmers” who had to depend on the heavens for our food, becoming the undisputed “masters” of the planet. But on the other hand, we were imprisoned in a new “cage” of our own creation. We became “appendages” to the machine. Our work rhythm was dictated by the cold whistle of the factory; our value was determined by whether we could adapt to the high-speed “assembly line” like a precise part.

Yes, the Industrial Era liberated humanity from the forces of nature; but at the same time, it turned man into an appendage of the machine.

This is the core contradiction that we will explore in depth in this chapter. We will see how the ultimate pursuit of “efficiency” (that is, “laziness”), originating from the depths of human nature, under the powerful catalysis of “technology,” created a new commercial civilization of unprecedented material wealth. At the same time, we will also see how this pursuit of efficiency, at all costs, mercilessly crushed the more precious, non-standardized parts of human nature under the giant wheels of the era.

Now, let us take a deep breath of the air of this era, filled with soot and steam, and step into this noisy, surging, and yet full of contradictions and growing pains, the great Industrial Era.

Section 1: The Age of Discovery and Mercantilism: “Greed” at the State Level

I. The Birth of the Company: The Monopoly Model of the East India Companies

(1) The Birth of a Commercial Leviathan: The Dutch East India Company and the Commercialization of State Power

From 1500 CE, for nearly three centuries, Europe was engaged in a grand “prologue” to the coming Industrial Revolution in an almost frantic manner. Through the Age of Discovery, it completed the “primitive accumulation of capital” and the “opening of the global market.”

Now, we must answer a more specific and fundamental question:

What was this astonishingly efficient “engineering machine” responsible for this “construction” and “stockpiling”? Who, or “what,” was specifically executing this grand and cruel global operation in the name of “state-level greed”?

The answer is not any single emperor, general, or maritime hero we are familiar with. The answer is a brand-new “species” that appeared out of nowhere at the time. A new form of organization that we take for granted today, but was as awe-inspiring as the “Leviathan” beast back then.

Its name was the “Company.” More precisely, it was the chartered monopoly trading companies, crowned with the name “East India,” and granted unlimited power by the state.

This was not just a simple evolution in the form of business organization. It was the first time in human history that the “greed of capital” and the “violence of the state” were institutionalized and perfectly fused within a single organization. It was the most powerful and coldest “executive tool” created by the state-level ideology of “mercantilism.”

To understand the birth of this commercial beast, we must turn the lens of history back to the early 17th century, to that small but formidable nation known to posterity as the “Sea Beggars”—the Dutch Republic.

At that time, the Netherlands had just won de facto independence from the vast Spanish Empire through a grueling eighty-year war of independence. This new nation had no vast lands, no rich mineral resources; its only, and most powerful, weapon was its unparalleled “commercial spirit.” Dutch merchant ships were found in every corner of the globe; they were the most astute, most diligent, and most fearless “world merchants” of that era.

And at that time, the brightest jewel in the crown of all commercial activities was undoubtedly the “spice trade” from the Far East. Pepper, cloves, nutmeg—these seasonings, which seem so ordinary today, were as valuable as gold in Europe at the time. They were the most luxurious adornments on the tables of the upper class; they were medicines, perfumes, the most direct symbols of wealth and status. To control spices was to control the most high-end and most profitable “luxury” market in all of Europe.

However, before the 17th century, this astonishingly profitable trade was trapped in a dilemma of “internal friction.” Dozens, even hundreds, of small Dutch trading companies, in their fight for the source of spices, were killing each other in distant Asia, frantically driving up the purchase prices. Then, when their fleets, laden with spices, returned to Amsterdam after a life-and-death journey, they had to slash their selling prices due to vicious competition among themselves.

This “internecine” business model caused a huge amount of profit to be lost. This was absolutely intolerable for a nascent republic that regarded commerce as its lifeline.

And so, in 1602, under the strong promotion of the great Dutch statesman Johan van Oldenbarnevelt, an unprecedented and ingenious “solution” was born. The Dutch States-General passed a resolution, forcibly merging all the competing small companies engaged in the eastern trade into a single, unified “super-company,” granted by the state a 21-year “absolute monopoly” on the eastern trade.

The name of this company was the “Dutch East India Company,” or VOC (Verenigde Oostindische Compagnie). 【VOC is the acronym for the Verenigde Oostindische Compagnie, the Dutch East India Company, founded in 1602. It was the world’s first multinational corporation and the first to issue stock.】

(2) Armed with Violence and Finance: The Operational Logic of the VOC Model

The word “company” sounds mundane today. But in the spring of 1602, when the VOC’s “charter” was officially issued, a true “commercial Leviathan” slowly emerged from the deep sea of capital.

Because the “charter” granted by the state gave it far more than just the power of “monopoly trade.” It granted it a whole set of powers almost equivalent to those of a “sovereign state.”

According to this charter, the VOC had the right to establish its own “army” of tens of thousands of soldiers and a “navy” of hundreds of warships. It had the right, in its own name, to negotiate with eastern monarchs, sign treaties, and even “declare war” on any rival who dared to challenge its monopoly. It had the right to establish its own colonies in Asia, build its own fortresses, and appoint its own governors. It even had the right to issue its own “currency.”

This was no longer a “company” as we understand it today. It was a “commercial empire,” an unprecedented “hybrid polity” that combined a “board of directors” with a “general staff.” Its sole mission was to, in the name of “commerce,” seize the maximum “national interest” for its motherland—the Dutch Republic.

And to support such grand ambitions, the VOC also carried out an equally revolutionary innovation on the “financial” level.

It was the first truly “publicly traded joint-stock company” in human history. Before this, all long-distance trade was based on a “single voyage, separate accounting” model. Once a voyage was completed and the profits distributed, the company was dissolved. This model could not support the long-term, stable, large-scale investment required for a systematic commercial strategy.

The VOC, however, pioneered the concept of “permanent” joint capital. It issued shares to the public, and anyone, from royalty and nobility to commoners, could buy VOC shares and become a shareholder of this “commercial empire” as long as they had money. The capital they invested was no longer just a bet on a single voyage; it became the company’s “permanent” capital, used to support a standing fleet, sturdy fortresses, and a vast commercial network throughout Asia.

The significance of this “financial innovation” was incredibly profound. For the first time, it pooled the entire nation’s “savings” into a unified “capital pool” that served the national strategy. It used the “greed for profit” to tightly bind countless atomized, selfish individuals to the high-speed chariot of “national expansion.” The Amsterdam Stock Exchange thus became the first modern “capital market” in world history. Every fluctuation in stock prices there affected the fate of the entire Netherlands.

And so, when this commercial beast, armed with both “state violence” and “financial capital,” roared into the Eastern world, it demonstrated a crushing, dimension-reducing power.

It was no longer the humble European merchant who had to curry favor with local monarchs. It was the “rule-maker” and the “enforcer.”

In the Banda Islands, rich in cloves and nutmeg, in order to establish an “absolute” monopoly, the VOC’s army, with the most brutal methods, massacred almost all the local residents who refused to submit. Then, it settled slaves transported from the Netherlands on this blood-soaked land to plant for the company. With absolute violence, it completely transformed a “natural” spice into an “industrialized” “commodity” completely under its own control.

On the island of Java, it established its own “capital”—the city of Batavia. The VOC’s governor-general ruled over hundreds of thousands of residents here like a true “king,” exercising complete “state power,” including “judicial trial.”

Yes, the Dutch East India Company, this commercial monster born of “state-level greed,” in its nearly two-hundred-year glorious history, perfectly demonstrated to the world what terrifying and efficient energy “commerce” could unleash when it was no longer bound by any moral or legal constraints, but served merely as the sharpest “tool” of “national interest.” It brought a century-long “Golden Age” to the small country of the Netherlands, and also brought endless disaster and suffering to the lands it conquered.

(3) The Evolution of the Model: The British East India Company and the Nationalization of the Company

And just as the Dutch were establishing their impregnable “spice empire” in the East, on the other side of the channel, another rising maritime power—England—was also copying, and would eventually surpass, their “Dutch teachers” in a manner that was perhaps a bit more stumbling, but no less ambitious.

The English East India Company (EIC), although nominally founded two years earlier than the VOC, in 1600, for its first hundred years or so, its scale, capital, and the “state power” it was granted were far inferior to its powerful Dutch rival. It was more like an “imitator” and “challenger” following in the footsteps of the VOC.

However, the irony of history is that a more powerful “business model” is often not born in a smooth “monopoly,” but in a more cruel and complex “competition.”

When the EIC found that it could not compete head-on with the heavily armed Dutch in the “Spice Islands,” it was forced to shift its strategic focus to a broader, more complex, and more promising market—the Indian subcontinent.

Here, what the EIC faced was no longer the weak island sultans who could be easily conquered. It faced a declining “Mughal Empire,” with an ancient civilization, a dense population, and numerous internal factions. In this environment, the VOC model of pure “commercial monopoly” + “military conquest” was no longer applicable.

The EIC had to learn a new “game” with more “political wisdom.” It began to position itself like a master “chess player” on the complex “political chessboard” of India. It used money and weapons to support the princes who were willing to cooperate with it; at the same time, it used its small but disciplined army, trained by European officers, to strike at the forces that opposed it.

Beyond commerce, it quietly added a new “role” for itself—the “arbiter of local order.”

And the decisive battle that finally completed the EIC’s stunning leap from “merchant” to “ruler” took place in 1757 at Plassey.

In that hot and humid mango grove in Bengal, the EIC’s agent, Robert Clive, with his mere three thousand troops, through a perfect combination of “military superiority” and “political bribery,” defeated the fifty-thousand-strong army of the Nawab of Bengal.

The significance of the victory at the Battle of Plassey went far beyond the military sphere. What it won for the EIC was not just a battle, but the coveted “right to collect taxes” (diwani) in the entire region of Bengal. 【The Battle of Plassey in 1757 was a pivotal victory for the British East India Company. The subsequent grant of the diwani (the right to collect revenue) of Bengal in 1765 effectively transformed the EIC from a trading company into a sovereign power in India.】

This was a fundamental “turning point” in the history of the company. From this moment on, the EIC’s core business was no longer just “trade.” It added a new business that was far more profitable and stable than trade—”tax collection.” It transformed from a “foreign merchant” who had to pay customs duties to the local monarch into the “supreme ruler” of this land, who could levy taxes on the local population.

The greed of the company had completed its ultimate “evolution.” It was no longer content with just making a profit from the price difference of “commodities”; it began to directly regard all the “output” of this land as “revenue” on its balance sheet.

To protect and expand this “revenue,” the EIC began to “expand” in a way that even the VOC had never imagined. Its “private army,” funded by the company itself, grew to a size of over two hundred thousand at its peak. This army was even larger than the “national standing army” of its mother country—the British Empire.

And so, one of the most bizarre scenes in world history appeared.

A nominal “commercial company” was ruling a land vaster than all of Europe; its “board of directors” on Leadenhall Street in London made business decisions that directly determined the life and death of tens of millions, even hundreds of millions, of Indian peasants; its “shareholders” pursued the rise of the company’s stock price; and the means to achieve this goal was to wage one conquest war after another on the distant Asian continent.

If the Dutch VOC was a “commercialized state,” then the British EIC eventually evolved into a “nationalized company.” The former was a “tool” created by the state for commercial interests; the latter eventually became a terrifying “hybrid” that hijacked the state and profoundly influenced, even to some extent, “defined” the expansionist form of its mother country—the “British Empire.”

Whether it was the VOC or the EIC, they were the largest and most peculiar “fruits” borne by the era of the “Age of Discovery” and “mercantilism.” They were the most perfect “agents” of the “state-level greed” of that era. They blasted open the gates of the globalized era with their ironclad ships and powerful cannons; they constructed the first truly “global commercial network” with double-entry bookkeeping and military discipline.

They were the bloody “ancestors” of modern “multinational corporations”; they were also the hardest and darkest “foundation stone” upon which the glorious edifice of the Industrial Revolution was built.

II. The Primitive Accumulation of Capital: The Commercial Application of Human Evil

(1) The Triangular Trade: The Perfect Commercial Closed Loop of Commodifying “People”

We have deeply dissected the Dutch and British East India Companies, these unprecedented commercial behemoths born of “state-level greed.” We saw how they, through the privilege of “monopoly,” the financial innovation of the “joint-stock system,” and the violence of “nationalization,” constructed the first truly “global commercial network,” bringing a continuous stream of wealth to their mother countries with their ironclad ships, powerful cannons, and double-entry bookkeeping.

This is an exciting story of “organizational innovation,” full of the light of reason and commercial wisdom.

However, if we were to stop our gaze at this level, we would be making the most serious and unforgivable of mistakes. We would miss the darkest, filthiest, and most crucial “secret” of the entire “prologue” to the Industrial Era, and we would fail to understand what material the true “foundation stone” of the glorious edifice of the Industrial Revolution was cast from.

Now, we must pull the camera out from the civilized and respectable “boardrooms” of London and Amsterdam, follow the cargo-laden merchant ships to that dark continent, still full of unknowns and prejudices on the world map of the time, and look directly at the shocking “reality” cleverly hidden in the ledgers of the East India Companies under neutral terms like “cost” and “revenue.”

Because the historical process that supported all of this, known as “primitive accumulation of capital,” was in essence not a gentle “commercial” activity, but a long and cruel “plunder” that took “human evil” to its extreme and “applied” it in an unprecedented, systematic, and replicable “business model.”

This plunder was mainly carried out through two parallel “business models.” The first was the most thorough “commodification” of “people” themselves, and the second was the most direct “violent expropriation” of the wealth of the “land.”

Let’s first look at the first model, the perfect “commercial closed loop” that left the deepest scar in human history, known to posterity as the “Triangular Trade.”

The term “Triangular Trade” sounds like a purely neutral, geometric business term, describing a stable trade route across the Atlantic, composed of three legs of a journey. But what flowed within this seemingly elegant “triangle” was not ordinary goods, but the blood, lives, and dignity of tens of millions of Africans.

Let us, like the most cold-hearted “business analyst,” break down this “business model,” the most profitable and most sinful in human history, which lasted for nearly four centuries.

The “starting point” of this model, the first side of the triangle, was from the ports of Europe, such as Liverpool in England or Nantes in France, sailing to the west coast of Africa. The ships were laden with “goods” specially produced for this “transaction,” usually things of low value in Europe but with strong “purchasing power” in Africa: cheap textiles, crude rum, poor-quality firearms, glass beads, and various small metal trinkets.

This was the “investment” phase of the business model. European merchants used the low-marginal-cost goods produced in their nascent industrialized factories to exchange for the “cargo” they truly desired on this voyage.

And the “cargo” they desired was “people.”

On the coast of Africa, these European captains traded with some local African chiefs or slave traders. They used firearms to stir up wars between tribes, and then purchased the “prisoners of war” from the victors. They used rum to corrupt the local social structure, causing some to sell their own compatriots for immediate gain.

And so, tens of thousands of healthy young African men and women were put in shackles and herded onto these floating “hells on earth” known as “slave ships.”

Now, the second side of the triangle, the darkest and most terrifying “Middle Passage,” began.

During this journey across the Atlantic, which lasted for several weeks or even months, what the Africans, treated as “cargo,” endured is a horror that no human language can accurately describe.

To load as much “cargo” as possible in the limited space to “maximize profit,” they were packed as tightly as sardines in a can below the decks. Each person’s space was usually just a narrow “shelf” barely large enough to lie down. They could not stand, could not turn over, and could only exist in the endless darkness and stench, in the company of their own excrement, vomit, and the corpses of their companions who had died of disease or despair.

The air was foul, filled with the stench of disease and death. The food was the lowest quality, barely enough to sustain life, and fresh water was more precious than gold. Any slight resistance or expression of despair was met with the cruelest abuse from the sailors, often public, to “make an example.”

According to the most conservative estimates of later historians, at least fifteen to twenty percent of the “cargo” was “lost” during the Middle Passage. That is to say, millions of Africans were swallowed up by the deep Atlantic in endless pain and despair, their bones paving an invisible “underwater road” from Africa to the Americas.

And for the “cargo” that was lucky enough to survive, what awaited them was the third point of the triangle—the Americas.

In Barbados or Jamaica in the Caribbean, or in Charleston in the American South, these surviving Africans would be publicly auctioned off like livestock in the “slave market.” Their teeth would be carefully inspected, their muscles would be repeatedly squeezed, and their bodies would be branded with the “brand” of their new owner. Families would be forcibly separated, names would be stripped away, and language and culture would be forbidden.

They were no longer “people,” but the “private property” of the plantation owner, a kind of talking “tool.”

The “value” they created with their blood, sweat, and lives on the sugar, cotton, and tobacco plantations would be converted into shiploads of real “commodities.”

Now, the third side of the triangle began. These ships, laden with high-value “cash crops” irrigated by the blood and sweat of slaves, would set sail from the Americas to return to Europe.

In Liverpool or Nantes, this sugar, cotton, and tobacco would be sold at high prices, bringing the “investors” of the voyage an astonishing “return on investment” of one hundred, or even three hundred percent.

And these “raw materials” transported back from the Americas, especially “cotton,” would be sent to the emerging “textile factories” in Manchester, newly equipped with steam engines, to be processed into a new batch of cheap “textiles.”

Then, these new textiles would be loaded onto new ships, sailing to the coast of Africa to be exchanged for a new batch of “slaves.”

A perfect, self-circulating, and infinitely replicable “commercial closed loop” was thus formed.

In this largest “human trafficking” operation in human history, which lasted for nearly four centuries, at least twelve million Africans were forcibly transported to the Americas. This was an unparalleled business model that took “greed,” “cruelty,” and the arrogance of “racism” to their extreme and “packaged” them perfectly with “business rationality.”

It was undoubtedly the ugliest “human evil” of that era, but it was also the most efficient “capital multiplication machine” of that era. The astronomical, blood-soaked “profits” it accumulated ultimately converged into a powerful “capital torrent” that flowed into Europe, becoming one of the most important “fuels” that financed the Industrial Revolution.

(2) Colonial Plunder: The Violent Expropriation and Industrial Reshaping of the “Land’s” Wealth

And parallel to this commodification of “people” was another, equally cruel “business model”—the violent expropriation of the wealth of the “land.”

If the “Triangular Trade” was “Side A” of the business model of the “mercantilist” era, then “colonial plunder” was its “Side B.” The two were two sides of the same coin, together forming the complete “operating system” of “primitive accumulation of capital.”

The earliest and most barbaric “template” for this plunder was written by the Spanish “conquistadors” on the American continent.

When Cortés, with a mere few hundred men, destroyed the vast Aztec Empire, and when Pizarro, with equally despicable means, overthrew the glorious Inca civilization, what they were pursuing was not just the conquest of land, but a more direct, purer form of “wealth” that could be directly loaded onto ships and sent back to Spain—gold and silver.

At Potosí in Peru, the mountain known as “Cerro Rico” (Rich Hill), an unbelievably rich source of silver, the Spanish colonizers reinstated the cruel “corvée” labor system from the Inca period, known as the “mita.” They forcibly conscripted tens of thousands of indigenous people to work day and night in the dark, damp, and toxic mines, which were like hell on earth.

The mortality rate was appallingly high; there was even a saying at the time: “Every silver coin that comes from Potosí to Spain is stained with the blood of ten Indians.”

For over two hundred years, the “gold and silver” of the Americas flowed continuously into the veins of Europe, like the blood of a giant whose main artery had been severed. This was not just a simple “transfer of wealth,” but a fundamental “reshaping” of the global “monetary system.” It injected an unprecedented amount of “hard currency” into Europe, greatly promoting the prosperity of its internal commerce and providing it with unparalleled “purchasing power” in global trade.

And as the wheels of history rolled into the 18th century, when the British East India Company in India completed its transformation from “merchant” to “ruler,” this “colonial plunder” evolved into a more “civilized” and “covert” form.

It was no longer the naked “robbery” of gold and silver; it began to don the legal cloak of “trade” and “taxation.”

The British used their “ruling power” to systematically destroy India’s once world-leading prosperous “handicraft industry,” especially the “textile industry.” On the one hand, they imposed “heavy taxes” on India’s “native cotton cloth,” taxes so high as to render it completely uncompetitive. On the other hand, they dumped machine-made “cotton cloth” produced in the emerging textile mills of Lancashire, England, onto the Indian market with almost “zero tariffs.”

In this one-way flow, India, once the “world’s cotton textile center,” was forcibly transformed into a “source of raw materials” (providing cotton) and a “dumping market for goods” (consuming cotton cloth) for British industry.

This was a more advanced form of “plunder.” What it plundered was no longer tangible “gold and silver,” but a country’s independent “right to economic development.” It permanently fixed the colony at the very bottom of this unequal, globalized “industrial chain.”

Whether it was the “Triangular Trade” that trafficked black slaves or the “colonialism” that plundered gold, silver, and markets, they were essentially the same thing. They were the coldest and most efficient “business methods” adopted by European capital in that era, dominated by the state-level greed of “mercantilism,” to complete its “primitive accumulation.”

It mobilized the darkest elements of human nature—greed, cruelty, deceit, arrogance—and made them serve a seemingly rational “business goal”: the maximization of profit.

This is a disgraceful, even unbearable “dark history.” But we must face it and understand it. Because only then can we truly comprehend what soaked and nourished the seemingly solid ground beneath the magnificent edifice of the “Industrial Revolution” that rose in the mid-to-late 18th century.

Section 2: The Industrial Revolution: The Exponential Explosion of Efficiency

I. The Factory Model: Standardized Production for Standardized Desires

(1) The End of the Pastoral Idyll: From Domestic Workshops to the Prelude of the Efficiency Revolution

Previously, we undertook a necessary yet incredibly heavy historical retrospective. We confronted the cruel and efficient business models of “primitive accumulation of capital” and witnessed how the sins of the Triangular Trade and the greed of colonial plunder converged to form an unprecedented “capital torrent” for Europe, while also carving out a vast “global market.”

These were the “necessary conditions” for the Industrial Revolution. They were the fuel, the runway, the grand “stage set” for the epic drama that was about to unfold.

However, a drama cannot be staged with just a set. We must introduce the true protagonist of this great play—the great “engine” that would convert all the accumulated energy into a new “kinetic force,” one capable of reshaping the world with exponential efficiency.

The physical form of this engine was a series of tireless machines forged from steel, but its true “soul” as a “business model” was a word we take for granted today, but which held disruptive power at the time—the “factory.”

The birth of the “factory model” was far more than just gathering a group of workers and a pile of machines under one roof. It was a fundamental “formatting” of the human “mode of production,” completely replacing the pastoral, leisurely “handicraft workshop” era that had lasted for thousands of years with a new “concept of time and space” and “organizational discipline.”

To understand just how profound this transformation was, we must first return to the English countryside of the “pre-factory era” and see how an ordinary “weaving family” lived and worked.

In early 18th-century England, the textile industry was already the nation’s most important “national industry,” but its production form was extremely “decentralized.” There were no “factories” or “companies” as we understand them today; the entire production chain was broken down into countless independent links, scattered among tens of thousands of family-style “workshops.”

Imagine a typical weaver’s family in Lancashire. Their home was usually their “workshop.” In their low-thatched cottage, which usually had only one or two rooms, the core “means of production” was the wooden “loom,” which required both hands and feet to operate.

This family was not anyone’s “employee”; they were independent “artisans,” their own “bosses.” Their work rhythm was entirely their own, following not the ticking of a clock, but the rhythm of nature and the feelings of their bodies. On a fine day, they might put down their shuttle to tend to the crops in the fields; if a neighbor had a wedding or funeral, they would stop work for a few days to help and celebrate; on a Monday, being lazy after the weekend, they might only work half a day, a practice so common it even had a name: “Saint Monday.”

They received “yarn” to be processed from a “putting-out merchant” by the piece, delivered the woven “cloth” within an agreed time, and received payment in return. Their income was directly linked to the fruits of their labor, and their skill was the foundation of their livelihood. A highly skilled weaver enjoyed a high reputation in the community.

This was a highly “humanized” mode of production, closely integrated with the land, family, and community. It may not have been very efficient, and its output was limited, but it gave the worker “dignity” and “discretion.”

(2) Water, Capital, and Discipline: The Birth Logic of the First Generation of Factories

However, this seemingly tranquil and harmonious “pastoral idyll” was about to be torn to shreds by a series of seemingly insignificant “technological inventions.”

The first “thunderclap” came in 1733 with the invention of the “flying shuttle” by a clockmaker named John Kay.

This was an extremely ingenious small mechanical device that added a “shuttle” to the traditional loom, which could be moved back and forth by pulling a cord. Before this, weaving required two workers to coordinate closely, passing the shuttle back and forth by hand. The appearance of the flying shuttle allowed one worker to do the work of two, and both the width and speed of weaving were doubled.

The flying shuttle greatly increased the efficiency of the “weaving” stage, but it also immediately created a new “bottleneck”: the speed of “weaving” was too fast, and the speed of “spinning” could not keep up. A “yarn famine” occurred throughout England; it took ten spinners to produce enough yarn for one weaver. The price of yarn skyrocketed, and the production of cloth was severely constrained.

The “demand” of the market and the “imbalance” in technology created a powerful “pressure to innovate,” and all the clever minds began to flock to the weakest link—”spinning.”

And so, in the next thirty years, a series of world-changing inventions broke ground like bamboo shoots after a spring rain.

In 1764, the weaver James Hargreaves invented the “spinning jenny.” This was a machine that could be operated by one person and could spin eight or even more threads at the same time. It greatly alleviated the “yarn famine,” but it was still a small, man-powered machine that could be placed in any home workshop. It increased efficiency, but did not change the “organizational form” of production.

The real “disruption” came five years later. In 1769, Richard Arkwright, a genius who transformed from a barber to an inventor, patented the “water frame.”

This was no longer a machine that could be kept at home. It was large, complex, and required a “power source” far more powerful, stable, and durable than human strength. And that power source was “water power.”

The birth of the water frame fundamentally sentenced the “domestic workshop” model to death, because it presented all “producers” with a new, unavoidable “requirement”:

First, it required “centralized” production. You could not build a water wheel in every household; you had to gather hundreds or thousands of machines in a huge “factory” by a river with strong water power, and then drive them uniformly through a complex “power system” of drive shafts and belts.

Second, it required what was at the time an “astronomical” “capital investment”. Buying land, building a factory, installing a water wheel, purchasing hundreds of expensive machines—this was far beyond the means of any ordinary weaver’s family. It required a new kind of “investor”—the “capitalists” we mentioned in the previous section, who had accumulated vast wealth through the “triangular trade” and “colonial plunder.”

Third, and most importantly, it required a new kind of “labor force.” A workforce willing to leave their family workshops, bid farewell to “Saint Monday,” and enter a strange “factory” where the work rhythm was dictated by a water wheel, not the sun, to become “workers” who arrived on time and strictly obeyed discipline.

And so, the first true “factories” in human history sprang up in the fast-flowing river valleys of England in the late 18th century.

Richard Arkwright himself built his first “model factory” at Cromford in Derbyshire. It was a sturdy five-story stone building, housing several thousand spindles that ran day and night. Hundreds of workers, most of them women and children, because their fingers were more nimble and their wages were lower, were recruited from all over, becoming the first “residents” of this “iron kingdom.”

A new “world” was thus born.

When a farmer, accustomed to working at home, first walked into Arkwright’s factory, what he would have felt was an unprecedented “shock” and “alienation.”

He would first be engulfed by the immense “noise.” The deafening, monotonous, and continuous roar of hundreds of machines running at high speed in the same space would completely destroy all his previous quiet imaginings of “work.”

Then, he would be disciplined by a new “time discipline.” The factory gates would open and close on time with the sound of a whistle, and being late would result in a severe fine. During the long twelve- or even fourteen-hour workday, he could not talk, walk around, or even go to the toilet at will. Every one of his movements had to serve the rhythm of the machine. He was no longer the “master” of the machine, but had become its “slave,” a “part” that could be replaced at any time.

He would also be tormented by a new sense of “value deprivation.” In the past, he was a respected “artisan,” with a complete understanding of the process of making a piece of cloth from yarn to finished product. His name and skill were embodied in every inch of the cloth he wove himself. It was his “work,” the “proof” of his value.

But now, he was fixed at an isolated, repetitive, and unskilled point on the production line, perhaps spending his entire life repeating the simplest actions like tying broken threads or changing shuttles. He could not see the initial form of the cloth, nor its final product; he was completely separated from the fruits of his labor. He no longer created “works,” but merely completed “tasks”; his “skill” was completely “eliminated,” and he was reduced from an irreplaceable “craftsman” to a cheap, easily replaceable “laborer.”

This was the cold and powerful face that the “factory model” showed to the world at its birth. It replaced the “decentralized” workshop with “centralized” production, the value of “skill” with the power of “capital,” and the whim of “humanity” with the discipline of the “machine.”

It was undoubtedly cruel, even “anti-human.” But from another, grander, purely “business” perspective, it was also incomparably “efficient.” Arkwright’s factory could produce in a single day the amount of yarn that hundreds of home workshops would have taken weeks to complete. The quality of its products, being standardized machine production, was far more stable than the uneven quality of handmade products. Its costs, due to large-scale procurement and cheap labor, were pushed down to an unprecedented level.

And so, a new “positive feedback loop” for business was initiated: lower costs meant lower prices, and lower prices meant a wider market. The decent “cotton cloth” that only the middle class and above could afford now began to enter the homes of ordinary people. And a wider market brought in more profits, which in turn could be invested in building larger, more efficient factories. This was an unstoppable, exponential “flywheel of growth.”

(3) The Power of Steam: The Reign of Standardization and Scale over the World

However, just as this flywheel was about to begin spinning with all its force, it encountered an innate “ceiling.” The very “power source” that had given it life—water power—now became the greatest shackle limiting its further development. Although water power was free and powerful, it had two fatal weaknesses. First, it was constrained by “geography”; you could only build factories in mountain valleys with fast-flowing rivers, which greatly limited the choice of location and increased logistics costs. Second, it was subject to “nature”; in the dry season, the power was insufficient, and in the flood season, it could destroy the water wheel, making the energy supply extremely unstable.

The entire industry of Britain urgently needed a new, more powerful, “tameable” power source that could be placed at any time, in any location.

And the “Prometheus” who would untie the final knot for this era had already quietly descended to the mortal world. His name was James Watt. Watt himself was not the inventor of the steam engine; before him, the “atmospheric steam engine” invented by Newcomen and others had already been working in the mines of Britain for decades. However, Newcomen’s engine was extremely inefficient and could only perform simple reciprocating piston movements; it could be used for pumping water, but it could not provide the smooth, continuous, and controllable rotary power needed for precision spinning machines.

Watt, a genius “instrument maker” at the University of Glasgow, with his profound insight into “thermodynamics,” made a series of revolutionary improvements to this clumsy machine. The separate “condenser” he added instantly increased the thermal efficiency of the steam engine several times over, and he later invented the “sun and planet gear” system, cleverly converting the reciprocating motion of the piston into a rotary motion that could drive any machine.

The year 1776 was a year doubly marked in human history. On the other side of the world, the North American colonies issued the Declaration of Independence; and in Britain, Watt’s improved “universal steam engine” was officially put into commercial production, heralding the beginning of a new “industrial power era.”

The appearance of the steam engine was of “nuclear weapon” level. It completely liberated humanity from its dependence on natural power, providing a theoretically “infinite” source of energy. As long as you had enough coal, you could build a “power heart” anywhere, a hundred times more powerful than the largest water-powered factory. And so, the factories that had been confined to remote river valleys, as if gaining free will, began a magnificent “great migration,” frantically flocking to the places closest to the coal mines, closest to the canals, closest to the labor force, and closest to the market—the cities.

The first true “industrial cities” in human history, represented by “Manchester,” sprang up like mushrooms. The towering factory chimneys, constantly spewing black smoke, replaced the spires of the churches as the new landmarks of the city. Millions of bankrupt farmers and unemployed artisans were drawn by this irresistible force from every corner of Britain, becoming the first generation of the new “industrial proletariat.” They crowded into the slums that were hastily built around the factories, with extremely poor sanitary conditions. A new social structure and spatial form were thus created.

In this new world, ruled by steam and coal, the internal logic of the “factory model” was also pushed to its ultimate form. Its core business logic can be summarized in two words: “standardization” and “scale.”

First, was the “standardization of products.” The factory produced tens of thousands of identical industrial goods, greatly reducing transaction costs. The more profound significance was that, for the first time, it began to systematically “shape” and even “create” consumer desires. In the age of handicraft workshops, it was desire that determined production; in the factory age, it was production that defined desire. The factory, with its unbeatable cost advantage, produced a huge volume of cheap, standard products. And so, consumers all over the world, regardless of their original culture and aesthetics, began to “desire” these most economical and practical standard products. “Desire” itself, like the products in the factory, was “standardized.”

Second, and the core competitiveness of this model, was the “scale of production.” When power was no longer a scarce resource, “efficiency” became the only god of this era. And to serve this “god,” everything that did not conform to its rational principles had to be mercilessly crushed, especially “humanity.” People get tired, get sick, slack off, complain; therefore, they had to be disciplined with the strictest rules, complex processes had to be broken down into the simplest repetitive actions, thus transforming “people” into “biological machines” that could perfectly match the machines.

This was the “factory model,” the great commercial invention that was finally forged in the era of the Industrial Revolution. It perfectly combined the capitalists’ “greed” for profit with the entire society’s “laziness” in pursuit of cheap goods and higher efficiency. With a world-changing power, it created unprecedented material wealth in human history, catapulting Britain to the throne of “workshop of the world” and the “empire on which the sun never sets.”

But at the same time, it also opened a “Pandora’s box” filled with social contradictions and human oppression. While creating wealth, it also created a huge gap between the rich and the poor; while increasing efficiency, it also brought profound human alienation. This rigid yet powerful business model, built on “standardization” and “dehumanization,” with its profound internal contradictions, also foreshadowed its inevitable challenge and transcendence by the next, more flexible, more complex, and more “human” era.

II. The Banks and the Stock Market: The Capital Heart of the Industrial Machine

(1) The “Capital Ceiling”: The Financing Dilemma of the Early Industrial Revolution

We have painted a grand and cruel picture: with Watt’s steam engine as its heart and the discipline of the factory as its skeleton, a new “species”—the industrialized mode of production—was born. It created a massive, standardized material wealth with an unrivaled power, but at the same time, it placed humanity under the merciless crushing of machine rationality.

This is a story of “efficiency,” a story of the exponential explosion of “productivity.”

However, behind this picture, there has always been a crucial “specter” that we have not yet touched upon, quietly driving everything. This specter’s name is “capital.”

Because the first generation of water-powered factories, like the one Richard Arkwright built on the banks of the River Derwent at Cromford, required a huge investment that was daunting for ordinary people at the time. And when Watt’s steam engine liberated the factories from the remote river valleys and allowed them to be replicated on a scale a hundred times larger in any corner of the city, their “appetite” for capital began to expand “geometrically” at an almost frantic pace.

Buying land, building factories, purchasing hundreds of expensive machines forged from steel, stockpiling enough raw materials (cotton and coal) to keep these machines running for months, paying the wages of thousands of workers… all of this required money. Not the small-scale “commercial capital” that could be accumulated through a few successful trades in the past, but a “industrial capital” of a much larger scale, with a longer cycle, and more concentrated risk.

A grim question confronted all the ambitious entrepreneurs who dreamed of building their own “industrial empires”:

Where does the money come from?

In the early stages of the Industrial Revolution, the answer to this question was relatively simple. The first generation of factory owners, such as Richard Arkwright or the great inventor Samuel Crompton, who later perfectly combined the steam engine with the spinning mule, usually obtained their start-up capital from several traditional channels.

Part of it came from their personal or family “savings.” These people were often wealthy yeoman farmers, skilled artisans, or “middle-class” merchants who had already accumulated some wealth in the previous era.

Another part came from an informal “private lending network.” They would raise small-scale funds from their relatives, friends, business partners, or the local wealthy gentry. This financing was usually based on personal credit and interpersonal relationships, and its scale was very limited.

A small part also came from the occasional “venture capital” of the “great capitalists” we mentioned in the first section, who had accumulated vast wealth through the “triangular trade” and “colonial plunder.”

However, this small-scale, piecemeal “financing model” soon revealed its fatal limitations. It might have been able to support a few small factories, but it could never support a systematic “industrialization” wave that swept the entire country.

As the wheels of history rolled into the 19th century, and the wave of the Industrial Revolution began to shift from “light industry” (textiles) to “heavy industry” (coal, steel, railways), the demand for capital grew “explosively.” The investment required to build a railway connecting Manchester and Liverpool was hundreds or even thousands of times greater than that of building a textile mill; to sink a modern “deep-shaft coal mine” hundreds of meters into the earth also required a huge sum of money that would suffocate any individual.

Clearly, the old financial system, built on “personal wealth” and “private relationships,” was far from being able to satisfy the greedy appetite of this emerging “industrial beast.”

A profound “financial revolution” was imperative. The entire society had to create a new mechanism, one that could efficiently pool the scattered, idle, and atomized “savings” of society and transform them into a concentrated, powerful “capital torrent” that could be injected into the industrial sector.

And the “financial organizations” that took on this historic mission are two that we are very familiar with today: the modern “banking” system and the modern “stock market.” They were like two sides of the same coin, together forming the powerful and precise “capital heart” that continuously pumped blood to the steel beast of the Industrial Revolution.

(2) The Magic of Indirect Financing: The Rise of the Modern Banking System and Credit Creation

Let’s first look at the rise of the modern “banking” system.

The concept of “banking” itself was not new. As early as medieval Italy and the Venice we have already discussed, the “money changers” who sat on “benches” (banca) exchanging currency for merchants were the prototype of bankers. And in 17th and 18th century London, the wealthy “goldsmiths” also began to use their sturdy vaults to provide custody services for precious metals for their clients and issue “receipts.” These receipts, because they could be exchanged for gold at any time, gradually began to circulate in the market like currency, which was the earliest form of “banknotes” and “deposit business.”

However, the clients of these early bankers were extremely limited. They either provided exchange and short-term loans for the “great merchants” engaged in international trade, or they lent the depositors’ funds to the most stable and reliable “big clients”—kings and governments—to support costly wars.

Their business core was “trade finance” and “sovereign lending”; they were extremely cautious, even hostile, towards investing funds in the “industrial” sector, which had long cycles, huge risks, and uncertain prospects. In the early stages of the Industrial Revolution, it was as difficult for a new factory owner to obtain a long-term equipment loan from the arrogant private bankers of London as it was for a conservative nobleman to invest in a risky overseas adventure.

This “structural disconnect” between the financial system and the real economy was the most profound bottleneck restricting the further development of British industrialization at the time.

And what broke this bottleneck was not a top-down grace from the already established “great financiers,” but a new, bottom-up “financial force” full of grassroots vitality and innovative spirit—the local “joint-stock banks.”

Before 1826, with the exception of the “Bank of England,” which served as the “central bank” and had a special status, the law in England prohibited the establishment of “joint-stock banks” with more than six partners. This seemingly strange regulation was originally intended to protect the monopoly position of the Bank of England, but it also objectively and greatly limited the ability of banks to absorb social capital and expand their own scale.

However, the huge financial demand created by the Industrial Revolution eventually broke down this long-outdated legal dam. In 1826, the amendment of the “Bank Act” officially allowed the establishment of “joint-stock banks” with an unlimited number of shareholders in areas outside of London.

This was like opening a “Pandora’s box.” An unprecedented “banking start-up” boom instantly swept across Britain, especially in the emerging “industrial centers.” In Manchester, in Birmingham, in Liverpool, in Glasgow… in these cities redefined by the factory chimneys, a large number of new local joint-stock banks sprang up like mushrooms.

These “new banks” were fundamentally different from their conservative “predecessors” in London.

Their DNA was “industrial” from the very beginning. Their founders were often the local factory owners, coal mine owners, merchants, and engineers themselves, and the primary purpose of founding the bank was to solve the financing problems that they and their circle faced in industrial expansion.

Their client base also completely “sank” to the lower levels. They no longer only focused on the nobles and oligarchs with great wealth, but opened their magnificent banking halls to all the emerging “middle class” of this society. The wealthy shopkeepers, lawyers, doctors, and small merchants who had grown up in the wave of industrialization, their “savings,” which were not large individually but were extremely considerable in total, for the first time had a safe, reliable place to deposit them and earn a stable interest return.

And so, a silent and profound “financial magic” began.

The “dead money” that had been scattered in the cash boxes and on the mantelpieces of tens of thousands of middle-class families, the “capital atoms” that were too small to independently complete any meaningful investment, were now pooled by the powerful aggregator of the bank into a concentrated, considerable capital torrent.

And these emerging “industrial financiers” played the role of “capital allocators.” They understood the local industrial ecosystem better than anyone else, knew the factory owners, understood their creditworthiness, and could judge which projects had prospects and which investments had value. And so, they directed this torrent, pooled from social savings, through the pipeline of “loans,” precisely irrigating the most thirsty and most vibrant industrial soil.

A textile mill needed to upgrade to a more advanced batch of steam looms, the bank would provide an “equipment loan”; a coal mine owner needed to dig a new tunnel to increase production, the bank would approve a “working capital loan”; an engineer invented a new smelting technology and needed start-up capital, the bank, after assessing the risk, would also provide “entrepreneurial support.”

This was the secret of that “financial magic.” It built an unprecedentedly efficient bridge between “savers” and “investors.” Through the seemingly simple cycle of “taking deposits” and “making loans,” it transformed the entire society’s conservative desire for security and stable returns (the laziness and fear of the depositors) into the most powerful fuel for driving the industrialization process (the greed and expansion of the entrepreneurs).

More importantly, the bank also played the role of a “credit creator” in this process. Through the fractional reserve system, the money lent out by the bank would return to the banking system in the form of deposits, thus creating a multiplied “broad money supply,” injecting crucial liquidity into the entire industrial economy and greatly accelerating the operational efficiency of commercial activities.

(3) The Frenzy of Direct Financing: The Mobilization of the Stock Market and Venture Capital

However, the powerful “indirect financing” system of the banks, while perfectly capable of meeting the capital needs of businesses in their daily operations and gradual expansion, had an innate limitation in its risk appetite. The funds of a bank essentially come from the deposits of its customers, who demand the repayment of their principal with interest. This dictates that banks must prioritize security when making loans. They are more inclined to support mature enterprises with stable cash flows, sufficient collateral, and relatively controllable risks.

For pioneering “super-projects” with extremely large investment scales, extremely long construction periods, and highly uncertain future returns, banks often shied away. And the most exciting chapter of the 19th-century Industrial Revolution was written precisely by these super-projects, especially the great invention that would completely reshape the entire country’s geography and economic landscape with its steel tracks—the railway.

Building a railway required years of surveying, design, and construction, the acquisition of large tracts of land, and the purchase of an astronomical amount of rails, sleepers, and steam locomotives. Before it was completed and began to generate stable income, it was a pure, capital-devouring black hole. No bank would dare to invest its depositors’ funds on a large scale in such a once-in-a-century gamble of uncertain outcome.

The Industrial Revolution once again hit a “capital ceiling.” It needed a new financing model, a “direct financing” system that could bypass the risk-averse, conservative nature of the banks and directly mobilize the most adventurous, risk-taking capital in society, the capital that most craved excess returns.

And this system was the other side of the coin we are familiar with—the modern “stock market.”

Like banking, the “joint-stock system” and “stock trading” were not new inventions of the Industrial Revolution. The East India Company, which we analyzed in depth in the first section, was a typical joint-stock company. And in 17th and 18th century London, in the narrow streets lined with coffee houses known as “Exchange Alley,” a quite active and highly speculative stock trading market had already formed.

However, the stock market of that era was a casino of extremely small scale, with very limited participants and a notorious reputation. It was an inside game for a few financial oligarchs and speculators, largely disconnected from the general public and the country’s real economy. The brutal “South Sea Bubble” incident of 1720, triggered by the collapse of the South Sea Company’s stock price, left the entire British society with a deep distrust of joint-stock companies and stock speculation for a century.

However, the irony of history is that what was once regarded as a monster was now about to become the only “Noah’s Ark” to save the country from its capital dilemma. And what drove this historic shift was the unprecedented investment wave that swept across Britain in the 1830s and 1840s, known as the “Railway Mania.”

The railway, this steel dragon born of the union of the steam engine and the iron rail, with its visible power to change the world, instantly ignited the imagination and greed of the entire British society. People saw with their own eyes how the completion of the first railway reduced the cost of coal transport by ninety percent, how it shortened travel time to a tenth of what it was, and how the land along the lines doubled in value overnight.

An almost irrational optimism began to spread throughout society. People believed that investing in railways was investing in the future, that buying railway company shares was buying a one-way ticket to financial freedom.

And so, in just a few years, hundreds of joint-stock companies, with names like “the Great Western Railway” or “the London and Birmingham Railway,” were established. Their shares were frantically printed and then marketed through various channels to every corner of the country. This time, stocks were no longer the preserve of a few financiers; for the first time, they became a popular investment product that penetrated deep into the social fabric.

Retired clergymen bought shares with their life savings, wealthy widows invested their husbands’ inheritance in the stock market, shrewd shopkeepers exchanged their working capital for railway company certificates, and even some middle-class domestic servants with a little extra money joined this nationwide feast of wealth.

The London Stock Exchange thus completed its fundamental transformation. It went from a dark, semi-underground speculators’ club to the absolute center of the nation’s economic life, a public, transparent, and legally regulated “national crucible” for the ultimate capital mobilization for industrialization. In this crucible, hundreds of millions of pounds of private greed from all classes of society were melted down, reorganized, and then cast into solid iron rails that covered the entire land of Britain.

This is the core magic of the “direct financing” system of the stock market, which runs parallel to the banks.

It differs fundamentally from banks in the distribution of risk. When a depositor puts money in a bank, the relationship between them and the bank is one of debt; the bank promises to repay the principal and pay interest at maturity, and the depositor does not bear the direct risk of the bank’s loan failures. But when an investor buys shares in a railway company, the relationship between them and the company is one of equity; they become one of the company’s shareholders. They will share in the future profits of the company, but they must also share in the future risks. If the railway is successfully built and is highly profitable, the shares in their hands may increase in value ten or even a hundred times, and they will receive excess returns far exceeding bank interest; but if the company goes bankrupt, the capital they invested will also be lost.

It is precisely this “risk-sharing, reward-sharing” mechanism that makes the stock market the most perfect financing paradise for high-risk, high-investment, high-return innovative projects. It upgrades the “greed” in human nature, the most powerful driving force, from a moderate pursuit of fixed interest to a fervent craving for exponential wealth growth. And it was this fervor that ultimately provided the massive capital ammunition needed to turn seemingly impossible industrial miracles into reality.

And so, by the mid-19th century, a mature and powerful “dual-track financial system” had been forged in Britain. The banking system, like the veins and capillaries spread throughout the body, was responsible for absorbing the savings of the whole society and providing a steady supply of blood (loans) for the daily operations of the tens of thousands of already stable industrial cells (factories, mines). And the stock market, like the strong, powerful aortic heart, was responsible for pumping the most adventurous risk capital of society into the new economic organs (railways, canals, transatlantic cables) that most needed to make groundbreaking achievements.

The one, steady and conservative; the other, aggressive and fervent. The one, providing lubrication for the optimization of the existing; the other, providing fuel for the explosion of the new. Together, they formed the invisible, most powerful hand of capital that drove the entire industrial machine forward.

Section 3: The “Scientification” of Management: A Methodology for Taming the Industrial Beast

I. Intellectual Origins: Adam Smith’s Theory of Division of Labor in The Wealth of Nations

(1) The Source of the Idea: Adam Smith and the First Principle of Efficiency

We have witnessed the first act of the grand drama of the Industrial Revolution. We have seen how the “factory,” this new production organization, with its unrivaled efficiency, turned standardized desires into standardized goods; we have also seen how the “dual-track financial heart” of “banks and the stock market” transformed the capitalistic greed of the entire society into the infinite fuel that drove this steel beast forward.

The hardware is in place. A vast and complex industrial organism, composed of machines, capital, and labor, unprecedented in human history, has been created.

However, a grim and new problem has also emerged.

When the number of workers in a factory grows from dozens to hundreds or even thousands, when a company’s business expands from a single production link to dozens of links such as procurement, transportation, sales, and finance, when the entire economy becomes a precise and fragile giant machine composed of countless interconnected and interdependent production units, a challenge that has never been so urgent before confronts everyone: How do we manage this beast that we have created with our own hands?

How do we ensure that these thousands of workers can work together efficiently in the same space, instead of hindering each other and falling into chaos? How do we design a reasonable organizational structure and workflow to ensure that the investment of capital can be maximized into effective output? How do we measure, analyze, and optimize every link in the production process to pursue the never-ending improvement of efficiency?

These problems simply did not exist in the past pastoral era, which was dominated by home-based handicraft workshops. A skilled artisan was both a producer and a manager; his experience and intuition were the best management manual. But now, when the scale of production has been magnified a thousandfold, that kind of vague, artistic management style, which relies on personal experience, has completely failed.

The Industrial Revolution, while creating the modern factory, also gave rise to a new demand for knowledge. The entire era was calling for a new science, a science of organization and efficiency, a science that could design a clear, rational, and replicable operating manual for this steel beast. This science, which had no uniform name at the time, would later be called “management.”

And to trace the oldest and most profound intellectual source of this modern science that has so deeply shaped our business world today, we must turn the lens of history back to that exciting era when the first whistle of the Industrial Revolution had just sounded. We must visit a Scottish philosopher, a great Enlightenment thinker who is traditionally revered as the “father of modern economics,” but whose intellectual depth far exceeds the scope of economics.

His name was Adam Smith.

The year 1776, a year with a dual historical coordinate that we have repeatedly mentioned in our narrative. In this year, Watt’s universal steam engine was officially put into commercial production, kicking off the era of power revolution. And it was also in this year that Adam Smith, a scholar who had been a professor of moral philosophy at the University of Glasgow for many years, published his immortal masterpiece, which took him nearly ten years to complete and laid the intellectual foundation for the entire modern commercial civilization—An Inquiry into the Nature and Causes of the Wealth of Nations, or simply The Wealth of Nations.

In the common understanding, the core contribution of The Wealth of Nations is that it systematically proposed a series of foundational economic concepts such as the “invisible hand,” the “labor theory of value,” and the “free market,” providing the most complete and profound theoretical defense for the rising capitalist mode of production.

However, if we were to view The Wealth of Nations merely as a work of economics, we would be greatly underestimating its revolutionary nature. Because in the very first chapter of this book, Adam Smith, with an unprecedented, almost physicist-like precision, dissected a seemingly insignificant production case and extracted from it what he considered to be the most fundamental and powerful first principle for increasing national wealth.

This principle is the “division of labor.”

(2) The Miracle of the Pin Factory: The Triple Logic of the Division of Labor

The case that Adam Smith used to illustrate this principle was not the already nascent textile factories of the time, nor any high-tech industry, but an industry that seemed most insignificant, low-tech, and even somewhat ridiculous at the time—the pin-making industry.

With an almost dry, descriptive style, at the beginning of The Wealth of Nations, he invites his readers to walk with him into a small pin-making workshop. He is not the owner of this workshop, nor a worker in it, but a calm observer, the first true management consultant in human history, armed with a stopwatch and a notebook.

He first describes the inefficient scene of an untrained, complete layman trying to make a pin independently. This worker must single-handedly complete all the complex processes of making a pin: he has to draw out the wire from an iron bar, then straighten the drawn wire, cut it, sharpen it, make the head at the other end, then weld the head and the body together, and finally polish and package the finished product…

Smith, in a rigorous, quantitative tone, tells us that an untrained worker, even with his utmost effort, “could scarce, perhaps, with his utmost industry, make one pin in a day, and certainly could not make twenty.”

Then, the scene shifts. Smith takes us into the small pin workshop that he actually observed, which had already implemented the division of labor. This workshop was very small, employing only ten workers, but here, the complete work of making a pin had been ingeniously broken down into about eighteen independent, specialized operational steps.

Smith, like a surgeon dissecting a precision instrument, tirelessly lists these steps for us: “One man draws out the wire, another straights it, a third cuts it, a fourth points it, a fifth grinds it at the top for receiving the head…”

Here, each worker was no longer an all-around craftsman who needed to master all the skills. For his entire life, he might just be repeating a single, extremely simple, extremely boring, but which he could practice to a point of perfection, action. And this seemingly inhuman production method, which dismembered the complete craft, resulted in an efficiency improvement of nuclear-explosion level.

Smith, with the precise data he obtained from his field observations, announced this staggering miracle to the world: those ten workers, on average, could make forty-eight hundred pins per person per day. But if they had worked independently, none of them could have made even twenty. This was a stunning leap in production efficiency of over two hundred and forty times.

In The Wealth of Nations, Adam Smith was not content with just showing us the result of this business miracle. As a great thinker, he was more concerned with the universally applicable cause behind this result. With his profound insight, he systematically summarized the three most fundamental underlying logics for why the division of labor could bring about such a huge increase in efficiency:

First, the improvement of the worker’s skill. When a worker focuses all his energy on a single, simple task, he will master this action with astonishing speed. His fingers will form muscle memory, and his brain will automatically omit all unnecessary thoughts. He will perform this single action to the extreme of speed and precision, becoming a living machine in this specific link.

Second, the saving of time in switching between tasks. In a system without division of labor, a craftsman, after completing one process, needs to put down his tools, pick up another set of tools, switch his workbench, and adjust his posture and mental state. This process of switching between different tasks may seem short, but over time, it wastes a large amount of precious work time. The division of labor completely eliminates this switching cost; each worker is firmly fixed at his workstation, thus achieving a seamless connection of time.

Third, and what Smith considered most important, the promotion of the invention of machines. When work is broken down into extremely simplified, highly repetitive mechanical actions, it creates the perfect prerequisite for replacing human labor with real machines. People will naturally begin to think: since this action is so simple and repetitive, can we invent a special machine to do it? And so, the spark of innovation is greatly stimulated.

(3) The Scalpel of Science: The Birth of Taylorism and the “One Best Way”

Adam Smith, with his genius insight, revealed to us the existence of the magic well of the “division of labor.” However, as a philosopher on the eve of the Industrial Revolution, he did not and could not provide us with a specific operating manual on how to systematically draw out the maximum efficiency from this well.

The Wealth of Nations lit the torch of thought, but for this light to truly illuminate and transform the dark, chaotic, and inefficient factory floors, it would have to wait for more than a century. It had to wait for a successor who was completely different from Smith in character, background, and thought, but who was equally epoch-making.

This successor was no longer a professor of moral philosophy in a university, but an engineer who grew up in a factory, was obsessed with measurement, and regarded the word “efficiency” as his lifelong faith.

His name was Frederick Winslow Taylor.

If Adam Smith was the “legislator” of management, then Taylor was the coldest and most efficient “enforcer.” He completely transformed Smith’s theoretical blueprint, which was full of the idealistic color of the Enlightenment, into a cold engineering drawing full of the spirit of calculation and control.

This drawing had a resounding and scientific name—”Scientific Management.”

To understand just how radical and subversive Taylor’s thought was, we must first return to the American factories of the late 19th century, a world full of wild growth, chaos, and inefficiency.

At that time, although there were machines, capital, and a large workforce in the factories, “management” was still in an extremely primitive, almost “black box” state. The factory owners only cared about the final output and profit; they neither understood nor cared to understand the specific details of the production process, completely delegating the control of production to the foremen and skilled craftsmen on the shop floor.

And these craftsmen, with their experience and know-how passed down from master to apprentice, which were kept as secrets, organized the production. They decided what tools to use, what methods to adopt, and what a reasonable day’s work should be.

This experiential management had fatal flaws.

First, it was non-standardized. Every craftsman had his own set of unique skills, which made the production efficiency of the entire factory extremely unstable, completely dependent on the personal abilities of a few old masters.

Second, and what gave the capitalists the biggest headache, was that it bred a widespread “systematic soldiering.” The workers, in order to protect their own jobs and prevent the boss from lowering the piece-rate standard if they worked too fast, would consciously band together to hide their true production capacity, working at a standard that everyone tacitly agreed on.

The entire factory was like a swamp of inefficiency, filled with internal information black holes, and the capitalists and workers were locked in an eternal game of suspicion and bargaining.

And Frederick Taylor, an engineer from a wealthy Philadelphia family who had given up Harvard due to vision problems and chose to start as an ordinary apprentice, had as his life’s mission to completely pierce this “black box” and drain this swamp of inefficiency with the sharpest scalpel of “science.”

He believed that any production activity had nothing to do with the worker’s personal experience, emotion, or will; it only had to do with an objective truth that could be discovered through rigorous scientific experiments. This truth was the “one best way” to complete any task.

And the tool for discovering this “one best way” was the work study methodology that he pioneered and that later made him famous and controversial—”time and motion study.”

Taylor and his followers, armed with stopwatches and notebooks, would observe the workers in the factory like biologists studying rare insects. They would break down a seemingly complete task, such as moving a piece of pig iron, into a series of the most basic physical movements: bending down, grasping, standing up, turning, walking, putting down…

Then, they would use a stopwatch to accurately measure the time required to complete each basic movement, down to a hundredth of a second. They would design every posture of the worker like choreographing a ballet, eliminating all movements deemed redundant and inefficient. They would study the shape and weight of the tools, and analyze the frequency and duration of rest breaks.

Through thousands of tedious experiments and measurements, Taylor sought to find the perfect combination of movements that could complete the maximum amount of work in the shortest amount of time with the least physical exertion.

This was the “one best way.”

In his thin but thought-provoking book The Principles of Scientific Management, published in 1911, Taylor tells a classic case that he was most proud of—the story of “Schmidt.”

Schmidt was a physically strong but, as Taylor described him, slow-witted Dutch-American laborer at the Bethlehem Steel Company. His job was to move 92-pound pig iron ingots from a pile to a railway car. At that time, a qualified laborer could move an average of 12.5 tons of pig iron per day.

Taylor, through his scientific calculations, came to a stunning conclusion: a “first-class man” should theoretically be able to move 47.5 tons of pig iron in a day, an almost fourfold increase.

And so, Taylor’s assistant found Schmidt and had a famous, almost brainwashing conversation with him. The assistant told Schmidt that as long as he was willing to completely give up his own thinking and strictly obey every verbal command of the manager like a machine—”Now pick up a pig and walk… now sit down and rest… now walk, now rest”—he could get a high wage that was sixty percent higher than before.

Schmidt agreed. For the next day, his brain was cleared, and he became a biological robot remotely controlled by a stopwatch and commands. He worked completely according to the scientific procedure designed by Taylor, which precisely calculated the rhythm of labor and rest.

The result was astonishing: Schmidt really did move nearly 48 tons of pig iron in one day.

Behind this seemingly inspiring success story lies the core and coldest management philosophy of “Taylorism.” It contains two most fundamental principles:

First, the complete separation of the “planning function” from the “execution function.”

In Taylor’s view, the worker species is by nature lazy and of low intelligence; they are simply not capable of planning their own work. Therefore, a complete power revolution must take place in the factory. All thinking and planning work must be extracted from the shop floor and concentrated in a new planning department composed of engineers and experts. This department is the “brain” of the factory, responsible for setting all work standards and designing all operating procedures.

And the workers are completely reduced to the “hands” of the factory; their only duty is to give up thinking and strictly execute the commands from the brain. The division of labor proposed by Adam Smith was pushed to a new, more extreme form here. Smith divided manual labor, while Taylor went a step further, completely and cruelly dismembering manual labor from mental labor.

Second, a powerful system of incentives and punishments based on the “differential piece-rate system.”

Taylor was not a pure exploiter; he also emphasized the use of high wages to motivate workers. However, his high wages had extremely strict prerequisites. Only the “first-class men” who could complete the high standard quota calculated by science were qualified to receive the high piece-rate wage; while the “second-class men” who could not complete the quota could only receive a punitive low piece-rate wage, far below the market average.

This was an extremely ingenious and cruel mechanism of differentiation. It used the most powerful lure of money to break the alliance of collective soldiering among the workers and to stimulate their most primitive competitive instincts.

“Scientific Management,” this cold management machine composed of a series of tools such as “time and motion study,” “separation of planning and execution,” and the “differential piece-rate system,” once it was introduced, triggered a real revolution in the industrial world of America and even the world. The increase in production efficiency it brought was immediate and irrefutable. Countless factory owners regarded it as the gospel, believing that they had finally found the universal key to solving all management problems.

But at the same time, it also triggered the strongest resistance and hatred from the workers. They believed that Taylor’s system completely deprived them of their last dignity and skill as human beings. They were no longer craftsmen with thoughts, but were reduced to talking tools, no different from the lathes and conveyor belts.

This is the profound contradictory face that the science of management presented in its infancy. It was born from an almost religious, ultimate pursuit of efficiency, attempting to completely eliminate all the uncertainties and weaknesses of human nature in the production process with the rationality of science.

It was the most faithful and most extreme successor to Adam Smith’s theory of division of labor. It completely forged Smith’s theoretical observations of the pin factory, which still had a touch of pastoral idyll, into a cold iron law of rule that could be applied to any vast factory with tens of thousands of workers.

II. The Ultimate Pursuit of Efficiency: The Taylorism and “Scientific Management” Revolution

(1) The Revolution Under the Stopwatch: The Science of Quantifying “Man” as a Machine

The spotlight of history has now moved precisely from the study of the Scottish philosopher to the workshop of the American engineer. If Adam Smith was the great “legislator” who, with his genius insight, revealed the fundamental law of increasing national wealth through the “division of labor,” then Frederick Taylor was undoubtedly the coldest and most efficient “enforcer” who transformed Smith’s theoretical principles into a set of strictly executable engineering blueprints.

The previous section has already clearly outlined the blueprint of this design: the “one best way” as its core objective, “time and motion study” as its core tool, and the story of “Schmidt” as the most classic endorsement of its effectiveness.

Now, we must ask a deeper question: When Taylor stood behind the workers with his stopwatch, breaking down their every movement into hundredths of a second, what was he actually doing? Was this really just a technical innovation to improve efficiency?

No, it was far more than that.

It was, in fact, a profound philosophical revolution, a fundamental subversion of the role of “man” in production. And the stopwatch was the most symbolic “weapon” of this revolution.

Before Taylor, human labor was essentially a “craft.” The core of this craft was the experience, know-how, and intuition internalized in the craftsman’s brain. It was a living, fluid, and ineffable knowledge. This knowledge gave the laborer subjectivity and dignity. A manager could order a craftsman to work, but could not delve into the details of his operation to dictate terms, because the manager did not truly “own” the craft.

And the first thing Taylor’s stopwatch did was to forcibly “externalize” and “datafy” this internal, worker-owned “craft” with an indisputable, objectified violence. It was like an intellectual scalpel that vivisected the once whole labor process into a series of “motion parts” that could be measured, analyzed, and optimized.

When a movement can be quantified, it is no longer mysterious. When all movements are quantified, the knowledge system that originally belonged to the craftsman is completely “decoded.” The ownership of knowledge, in the “click” of the stopwatch, completed a historic transfer. It no longer belonged to the experienced old masters on the shop floor, but was systematically collected into the hands of the suit-and-tie engineers in the planning department.

This directly led to a decisive tilt in the balance of power within the factory. Previously, the relationship between managers and workers was a game based on information asymmetry. Managers did not know the true production potential of the workers and could only estimate it based on experience, which left a huge space for “systematic soldiering.” Taylor’s scientific management, by making the labor process completely “transparent,” ended this game. For the first time, managers had the absolute power to define a “reasonable” workload, a power no longer based on personal authority, but on the indisputable new god of “science.”

Furthermore, this revolution under the stopwatch ultimately pointed to the quantification and transformation of “humanity” itself. Taylor’s formulas included not only physical variables like working hours, movements, and tool weights, but also human variables like “fatigue coefficients” and “allowances.” He attempted to treat human physical strength, endurance, and even willpower as engineering parameters that could be precisely calculated and predicted.

In the famous “pig iron experiment,” Taylor not only prescribed when Schmidt should work, but also when he must rest. Like designing a steam engine, he precisely calculated the optimal “fueling and cooling cycle” for the “human machine.” Here, man was no longer a complex living being with emotions and fluctuating states, but was simplified into an “optimal solution” that could be plugged into the efficiency equation.

This is the true meaning of “the science of quantifying ‘man’ as a machine.” It was not simply about treating people like machines, but about fundamentally attempting to reconstruct human behavior with the logic of a machine—that is, standardization, quantifiability, and predictability.

Adam Smith’s theory of division of labor still had a touch of classical elegance; it broke down “work.” Taylor’s scientific management was filled with the cold determination of the industrial age; it broke down “man” himself. The price of this revolution, initiated in the name of efficiency, was the dissolution of labor dignity and the surrender of human subjectivity.

(2) The “Carrot” and the “Iron Law”: An Industrial Control System for Taming Human Nature

When the scalpel of “science” had stripped the “craft” from the workers’ bodies and transformed it into data and drawings in the hands of the managers, a new power structure was already in place. However, the establishment of a structure is not equivalent to the consolidation of power. To make tens of thousands of workers, who until recently were the masters of their own production, completely accept and internalize this new, dominated, and fragmented role, a similarly “scientific” control system that could penetrate the human psyche was needed.

This system was the other half of Taylorism, a closed loop composed of the compulsory constraints represented by the “iron law” and the subtle inducements represented by the “carrot.”

The “iron law” was first embodied in the systematic “stripping” and “downgrading” of workers’ “skills.” In management studies, this is known as “de-skilling.”

Before Taylor, the power of a skilled fitter or lathe operator was rooted in his irreplaceable, exquisite craft. This craft was a valuable asset to the factory and also his greatest bargaining chip with the management. A core project of “scientific management” was to systematically break down this complex “craftsmanship,” which relied on personal talent and long-term experience, into a series of simple, standardized “operations” that anyone could master after a short training.

When skill was no longer scarce, when every worker could be easily replaced like a standard part, he also lost his capital for resistance. This was not just an optimization of the work process, but a fundamental undermining of the collective bargaining power of the working class.

On this basis, the complete separation of the “planning function” from the “execution function” became like a chasm, completely isolating the world of the managers from that of the workers. The profundity of this “iron law” lies in its institutional eradication of the soil for “systematic soldiering.” In the past, workers could slack off because they knew how to do the job better than the managers; they held the “information hegemony” on production efficiency. Now, with the “one best way” monopolized by the planning department, managers, armed with stopwatches and data, for the first time knew better than the workers themselves where the limit of output for a workstation lay.

The information hegemony was reversed. Under the “scientific” gaze of the managers, the worker became a completely transparent being, and any “laziness” or “innovation” that deviated from the standard process became clearly visible and was not allowed.

However, Taylor knew well that pure suppression and deprivation would only be met with deeper resistance and resentment. An efficient system could not rely solely on the “stick”; it also needed a precisely designed “carrot.” And this “carrot” was the “differential piece-rate system,” a system full of devilish details.

We must stress again that this was by no means a simple “more work, more pay,” but a sophisticated social engineering experiment. Its true goal was not just to motivate individuals, but to completely dismantle the “collective personality” of the workers and reshape them into competing “atomized individuals.”

Under the traditional piece-rate system, workers, for their common interest, could easily form a “production consensus” to jointly resist the management’s price cuts. Taylor’s system, by setting an extremely high “scientific quota” as a watershed and supplementing it with a huge gap between rewards and punishments, successfully created a deep rift of interest within the worker collective.

For any worker, he faced a cruel “prisoner’s dilemma”-like choice every day: to continue to abide by the tacit agreement of soldiering among his peers, so that everyone could earn a mediocre low wage; or to betray the alliance, strictly follow the manager’s scientific instructions, and pursue the highly tempting high reward that was sixty percent higher?

This design elevated the “greed” in human nature, or the pursuit of personal interest maximization, to an unparalleled height, making it sufficient to overcome the “loyalty” to one’s peers and the “resentment” towards the management. It was like a centrifuge that forcefully flung every worker out of his collective, making him no longer think as a member of a class or a group, but only act as an independent “economic man” pursuing the maximization of his personal gain.

With this, Taylor’s control system was complete.

The “iron law,” by stripping the workers of their skills and right to think, eliminated their “ability” to collectively resist; and the “carrot,” by stimulating extreme individualism and material desire, dismantled their “will” to collectively resist. The former was a structural constraint, the latter a psychological inducement; the two, like the double helix of DNA, were tightly intertwined, jointly constructing a powerful, stable, and self-regulating industrial control system.

In this system, the “economic man” of Adam Smith’s writings, who still had a hint of humanism, was completely instrumentalized. His humanity was not eliminated, but was unprecedentedly calculated, utilized, and even reshaped, and ultimately domesticated into the most obedient, most efficient, and also most lonely cell in the body of this industrial beast.

(3) A Monument to Efficiency and a Shackle on Humanity: The Dual Legacy of Taylorism

History’s judgment has never been so clear-cut, yet so contradictory. When the cold machine of scientific management was pushed from Taylor’s intellectual laboratory into the vast industrial world, it triggered an efficiency revolution of volcanic proportions, and an equally fierce resistance from the depths of human nature. To this day, Frederick Taylor’s legacy remains profoundly dual-sided. On the one hand, he erected a monument to efficiency for modern industrial civilization; on the other, he also forged a shackle on humanity for countless laborers.

We must first acknowledge that the height of this monument was epoch-making.

In the early twentieth century, Taylorism had long transcended a mere factory management method and evolved into a social movement that swept the entire Western world, a gospel of efficiency. Its followers were far more than just factory owners. Government departments used it to reform public administration, hospitals used it to optimize surgical procedures, housewives used it to plan their kitchen work, and even Lenin once praised it highly, hoping to introduce Taylorism into the industrial construction of the Soviet Union. It seemed to provide a universal key to solving all organizational problems for that triumphant industrial age.

Its greatest historical achievement was that it laid the most important software foundation for the coming, larger-scale wave of industrialization, namely, mass production. The underlying logic of Henry Ford’s famous automobile assembly line, which completely changed the world, was the essence of Taylorism. Without the methodology of extreme decomposition and standardization of work tasks pioneered by Taylor, Ford’s assembly line would have been impossible. It can be said that Taylorism was the operating system that enabled the mass production methods of the twentieth century. It allowed American industry to arm the victories of two world wars with unprecedented speed and scale, and thereafter created the largest middle class and material wealth in human history.

However, the other side of the monument is engraved with an equally deep mark, a heavy shackle on humanity.

When efficiency became the sole measure of all things, when man was completely instrumentalized, the meaning and dignity of work itself were hollowed out. In Taylor’s system, what the worker was deprived of was not just the right to think and control over his craft, but his integrity as a human being. Labor was no longer a creative, self-actualizing activity, but was reduced to a monotonous, repetitive, and numbing drudgery, purely for the sake of earning a living. This profound alienation is an inherent flaw of Taylorism.

Resistance, therefore, became inevitable. The U.S. Congress held a special hearing in 1912 on Taylorism and its application in military arsenals. Countless fierce strikes and labor disputes had their roots in this management philosophy that treated people as machines. The testimony of a worker at the hearing became the most poignant accusation of that era: “We are not asked to think. There are other people paid for thinking around here. We are another class of men, paid for moving.”

More importantly, the success of this system also sowed the seeds of its own decline. Its rigid logic, based on the “one best way,” might have been suitable for a stable environment and a single-task production workshop, but it was completely unable to adapt to a complex world that required innovation, flexibility, and rapid response. When knowledge and creativity, rather than mere physical strength, began to become the main source of value creation, Taylor’s shackle on humanity also became a noose of efficiency around the neck of the enterprise itself.

Ultimately, how should we evaluate this complex legacy of Taylorism?

Confucius said: “The noble man is not a utensil.” An ideal person should not be just a single-function tool. And the entire philosophy of Taylorism is precisely that “all workers are utensils.” In its pursuit of the ultimate efficiency of the utensil, it reached a peak in the history of human management, but it also walked to the edge of the cliff of humanism.

It posed a core contradiction for the modern business world that continues to this day: Can the efficiency of an organization and the dignity of human beings be reconciled? Do we organize people to produce better, or do we organize production to better fulfill people?

This “Taylor problem,” like a deep brand, has been seared into the history of management thought for the next hundred years. Whether it was the later human relations school that emphasized psychological satisfaction, Peter Drucker’s great discovery of the knowledge worker, or the Japanese enterprise’s lean thinking of continuous improvement by all employees, in a sense, they were all in response to, in revision of, and even in subversion of this cold but unavoidable legacy left by Taylor.

Taylorism has never really gone away. As a powerful gene that pursues ultimate efficiency, it has been internalized into countless business processes and algorithm designs of our time. And the undercurrent that opposes it, the one that pursues humanity, autonomy, and meaning, has also never ceased. This hundred-year war, which began under the stopwatch, has not yet ended.

III. Organizational Paradigms of Scale: The Management Thought of Fayol and Weber

(1) Beyond the Stopwatch: Fayol’s Macro Perspective and the Birth of Management Science

In our just-concluded narrative, filled with stopwatches, sweat, and the spirit of “science,” we delved into the cold and precise management world of Frederick Taylor. We saw how this great engineer, with his almost obsessive rationality, pushed the efficiency of individual tasks to an unprecedented and awe-inspiring peak. He provided the industrial age with a micro-level operating manual for maximizing the conversion of workers’ physical labor into productivity.

Taylor answered the question, “How should a worker work?”

However, as we are awestruck by his irrefutable efficiency miracles, a deeper and grander question naturally arises:

Will a factory composed of countless workers, all highly optimized in the “Taylor model,” necessarily become a successful company? Can a hundred of the fastest sprinters, hastily thrown together, win a football World Cup?

The answer is obviously no.

Because the success of an organization is not just the sum of the efficiencies of its individual members. It depends more on a higher and more complex chemical reaction: How do we effectively organize these hundreds or thousands of efficiently operating parts? How do we set a common goal for them? How do we coordinate smoothly among them? How do we ensure that the entire great ship is sailing in the right direction?

These are questions that far exceed the scope of Taylor’s stopwatch, which was focused on the shop floor. These questions belong to a new and more decisive field. It is not concerned with the efficiency of tasks, but with the efficiency of the organization; it does not belong to the engineer, but to the leader.

It is the true heartland of management.

And just as Taylor was engrossed in his famous pig iron experiments in the steel mills of America, on the other side of the Atlantic, in France, another equally great but severely underestimated management thinker was constructing the first systematic answer to this question from a completely opposite and more macro perspective.

His name was Henri Fayol.

If Taylor was a micro-biologist with a scalpel, obsessed with dissecting cells, then Fayol was a macro-ecologist with a telescope, dedicated to mapping the operating laws of the entire ecosystem.

The life trajectories and intellectual temperaments of these two fathers of management form a perfect mirror image.

Taylor was born into a wealthy American family but chose to become a frontline apprentice. All his thought originated from his close-range, even hostile, observation and transformation of the shop floor. His perspective was bottom-up.

Fayol was the exact opposite. He graduated from a top French mining academy and joined a large mining and metallurgical company called “Commentry-Fourchambault” as an engineer at the age of nineteen. In just over two decades, he rose from a grassroots engineer to the managing director of this company, which had thousands of employees and was on the verge of bankruptcy. Then, in his capacity as CEO, he turned the tide and, over the next thirty years, built the company into one of the most successful industrial giants in France.

All of Fayol’s thought originated from his thirty years of personal practice and high-altitude overview as a top leader. His perspective was top-down.

It was precisely this fundamental difference in perspective that enabled Fayol to make a pioneering theoretical contribution that Taylor never thought of and could not have completed.

(2) The Grammar of Management and the Art of Navigation: Fayol’s Five Functions and Fourteen Principles

Fayol was the first person in human history to explicitly separate the activity of “management” from all the other complex technical and commercial activities of an enterprise and define it as an independent, unique, and most important core function.

In his classic work General and Industrial Management, published in 1916, which ranks alongside Taylor’s The Principles of Scientific Management, Fayol first constructed a clear panoramic view of business activities for us.

He pointed out that any industrial enterprise, regardless of its size, necessarily includes six most basic business activities:

First, technical activities (production, manufacturing, processing);

Second, commercial activities (buying, selling, exchange);

Third, financial activities (raising and using capital);

Fourth, security activities (protecting equipment and personnel);

Fifth, accounting activities (inventory, costing, statistics);

And beyond these five well-known traditional business activities, Fayol, with an earth-shattering insight, pointed out that there was a sixth, and most crucial, activity.

It is not responsible for producing specific products, nor for signing specific contracts, but it runs through all the previous five activities like a nervous system and determines the life and death of the entire corporate organism.

This activity is the “managerial activity.”

Before Fayol, it was generally believed that management ability was an innate talent, a mysterious art belonging to a few geniuses. It was closely related to the leader’s personal charisma, experience, and intuition; it could be felt, but not articulated; it could be imitated, but not learned.

Fayol, with his unparalleled practical wisdom and logical clarity, completely shattered this superstition.

He declared to the world with absolute certainty: “Management” is not some mysterious black box. Like technology and finance, it is a science that can be defined, analyzed, and taught, with its own internal, universally applicable laws and principles.

And the greatest, most groundbreaking work that Fayol did was to, for the first time, clearly define the core constituent elements of this science of management.

He pointed out that “to manage” is to perform “five core functions.” These five functions together form a complete, cyclical grammar of management. They are:

Planning, Organizing, Commanding, Coordinating, and Controlling.

These are the famous “Fayol’s five functions of management,” which were later written into every business school textbook in the world. They are so fundamental, so self-evident, that today it is difficult for us to appreciate the mind-clearing intellectual shock they brought when they were first so clearly and systematically distilled over a hundred years ago.

Let’s follow Fayol’s train of thought to dissect the profound meaning of these five functions one by one:

First is “planning.” In Fayol’s view, this is the primary function of management, meaning “to foresee and plan.” A competent manager must not be a firefighter who is buried in his work, passively dealing with immediate crises. He must be a navigator with a telescope, constantly looking at the distant horizon. He must, based on a comprehensive analysis of the company’s resources, market environment, and competitors, formulate a clear, coherent, and somewhat flexible plan of action. This plan is the enterprise’s nautical chart; it points out the direction and destination for all future actions of the organization.

Second is “organizing.” With a nautical chart, you also need a sturdy, well-structured ship. The function of “organizing” is to build the dual material and social structure for the enterprise. The material structure means providing the necessary factories, machines, and raw materials for production; the social structure means establishing a clear organizational structure, defining the powers and responsibilities of each department and each position, and staffing these positions with suitable personnel. It is to build a solid skeleton for the plan written on paper, a skeleton that can put it into practice.

Third is “commanding.” The ship has been built, the course has been set; now the sailors must all take their positions and row with all their might. “Commanding” is the art of the manager driving his subordinates to perform their tasks. Fayol particularly emphasized that a good commander must know his subordinates in depth, must set an example for the team with his own actions, must communicate instructions clearly, and must remove incompetent employees. It is the key ignition link that transforms the static structure of the organization into dynamic action.

Fourth is “coordinating.” When hundreds or thousands of sailors are all rowing with all their might, if their rhythm, direction, and strength are all different, then the ship will not only fail to move forward, but will spin wildly in place. “Coordinating” is to unify and harmonize all activities and forces. The manager must, like the conductor of a symphony orchestra, ensure that all the different departments—procurement, production, sales, finance—can work together harmoniously like the different sections of the orchestra, jointly playing a magnificent symphony with the company’s overall goal as the main theme, rather than a pile of chaotic noise.

Fifth is “controlling.” While the great ship is sailing, there must be a compass to constantly check whether it has deviated from the intended course. “Controlling” is to verify whether everything has been carried out in conformity with the plan adopted, the instructions issued, and the principles established. It is a continuous cycle of feedback and correction. The manager must establish an effective supervision and inspection mechanism to identify deviations between the actual execution and the original plan, analyze the causes of the deviations, and take timely corrective action to ensure that the organization always stays on the right track.

Planning, Organizing, Commanding, Coordinating, Controlling.

Behind these five seemingly mundane words lies a profound intellectual revolution.

Henri Fayol, with his unparalleled practical insight, for the first time drew a clear and complete anatomical chart for the ancient and vague art of management. He told the world that management is no longer the ineffable, mysterious intuition of a few geniuses; it is a professional skill composed of five interlocking core actions that can be learned, mastered, and continuously improved by anyone.

He pulled management from the realm of “innate talent” into the category of “science,” providing a most basic, most universal, and most enduring intellectual origin and action grammar for all future business schools, entrepreneurs, and professional managers.

Fayol answered the fundamental questions of “What is management?” and “What should a manager do?”, providing us with a strategic map to overlook the entire organizational organism.

However, simply having a map is not enough to win a war. An excellent commander needs not only to know the overall terrain of the battlefield (organizational functions), but also to be proficient in a series of specific tactical principles (management principles) to cope with the ever-changing battlefield environment.

If the “five functions of management” are the skeleton of Fayol’s theory, then what we are about to explore in depth is the flesh and blood and soul of his theory. This is an action manual full of practical wisdom and human insight that he personally extracted from his thirty-year magnificent career as a managing director.

This is the famous “Fayol’s fourteen principles of management.”

The essence of these fourteen principles is not, like Taylor’s scientific laws, a set of cold, iron rules that must be strictly enforced. Fayol himself repeatedly emphasized that these principles are by no means rigid dogmas. They are lighthouses, signposts, the most basic and reliable navigational principles that a manager can rely on when navigating the complex and dangerous ocean of human nature that is an organization. They require the manager to apply them flexibly, with a wisdom and contingency that is an art, according to the specific time, place, and people.

In the complete list of these fourteen principles, we do not need to make a tedious academic enumeration. We will select a few of the most core, most profound, and most representative of the fundamental differences between Fayol’s and Taylor’s thought for a deep intellectual decoding.

The first, and the principle that best embodies Fayol’s aesthetic of “order,” is “Unity of Command.”

The statement of this principle is extremely simple: “An employee should receive orders from one superior only.”

This sounds like a self-evident common sense. But if we place this principle back in the historical context in which it was born, we can immediately feel its deafening revolutionary nature.

Because at the same time that Fayol was proposing “unity of command,” on the other side of the ocean, Frederick Taylor was vigorously advocating his famous “functional foremanship.”

In Taylor’s view, the traditional model of one foreman managing all affairs was extremely inefficient. He advocated for an extreme division of the management function as well; a worker would have eight different functional superiors simultaneously: one responsible for issuing process instructions, one for inspecting product quality, one for supervising machine maintenance, one for managing workshop discipline…

From a purely efficiency perspective, Taylor’s idea seems more scientific. But Fayol, a practitioner with rich leadership experience, with his profound insight into human nature, pointed out with pinpoint accuracy the disaster that this model would inevitably bring in reality.

Fayol believed that when a subordinate faces multiple bosses at the same time, he will immediately fall into a state of conflicting instructions, unclear responsibility, and confusion, which will greatly damage the authority and discipline of the organization. “Dual command” is an extremely dangerous lesion in the body of an organization; once it appears, it will inevitably cause the most serious internal friction and paralysis.

The seemingly simple principle of “unity of command,” behind it, defends one of the most core lifelines of modern organizational management: a clear, stable, and unchallengeable chain of responsibility and authority transmission.

And closely following, the second principle that complements this, is “Authority and Responsibility.”

Fayol pointed out that authority and responsibility are two inseparable sides of the same coin. Authority is the right to give orders and the power to exact obedience; and responsibility is the natural, inevitable consequence of authority.

He profoundly warned the world: a manager with authority but no responsibility will inevitably abuse power and breed corruption; while a manager with responsibility but no authority will inevitably be unable to move an inch and become a scapegoat.

In this principle, Fayol also, with great insight, proposed two different types of authority. The first is the “statutory authority” conferred by the position; the second is the “personal authority” derived from the manager’s own wisdom, experience, moral character, and leadership charm.

He believed that the best leader must not rely solely on the former; he must use his personal authority to win the heartfelt respect and followership of his subordinates. This is the first time that the “humanistic” brilliance, which transcends pure scientific calculation, shines in Fayol’s management thought.

The third principle, which embodies Fayol’s art of “balance,” is “Centralization and Decentralization.”

In the design of an organization’s power structure, should power be highly centralized at the top, or should it be delegated to the various levels? This is an eternal dilemma that plagues all organizational leaders.

And Fayol’s answer is full of the wisdom of the golden mean.

He pointed out that centralization itself is not a good or bad management system; it is as natural as the nervous system of an organism. The key is not whether to centralize, but where the “degree” lies.

Centralization is not a black-and-white switch, but a flexibly adjustable knob. For a small start-up company, a higher degree of centralization may be needed to ensure efficiency and unity of direction. And for a large, complex multinational corporation, a higher degree of decentralization may be needed to stimulate the vitality and creativity of the frontline.

The best manager is like a skilled tuner. He will continuously and dynamically adjust this knob of centralization according to the size of the organization, the quality of the personnel, and the changes in the environment, to find the optimal balance point that allows the entire organization to resonate most harmoniously.

The fourth principle, which best embodies Fayol’s “pragmatic” style, is the “Scalar Chain” and its ingenious supplement, “Fayol’s Bridge.”

The scalar chain refers to the clear, unbreachable chain of command from the highest authority to the lowest ranks. Fayol also believed that this chain was the fundamental guarantee of organizational order and must be respected.

But this pragmatic practitioner also clearly recognized that if this chain was strictly adhered to, it would lead to disastrous bureaucracy and inefficiency when dealing with matters that required urgent cross-departmental coordination.

Imagine a situation where a grassroots manager F in department F needs to have an urgent communication with his counterpart manager P in another department P. If the scalar chain is strictly followed, the information will have to go through a long and desperate bureaucratic journey: from F up to E, then to D, C, B, A (the top leader), and then down from A to L, M, N, O, and finally to P.

By the time this process is completed, the opportunity will have long passed.

To solve this stubborn disease of inefficiency that is common in all large organizations, Fayol ingeniously proposed a solution that was later called “Fayol’s Bridge.”

He allowed and encouraged, after obtaining the authorization of their respective direct superiors (E and O), F and P to communicate horizontally directly to solve the problem as quickly as possible, and then report the results of the communication to their respective superiors.

This may seem like a small management technique, but the management wisdom it contains is extremely valuable. It profoundly embodies the core essence of Fayol’s thought: principles are important, but principles must serve the ultimate purpose of the organization. Between order and efficiency, an excellent manager must learn how to build a wise bridge that can both maintain the rigidity of principles and achieve the flexibility of communication.

The fifth principle, and the one that best embodies Fayol’s “humanistic” brilliance, is “Equity” and “Stability of Tenure of Personnel.”

In Taylor’s cold scientific world, workers were parts that could be replaced at any time. In Fayol’s view, an organization with a high turnover rate is a poorly managed, unhealthy organization.

He pointed out that an employee, whether a manager or an ordinary worker, needs a considerable amount of time to become familiar with his position and reach his best working state. Frequent replacement of personnel is the greatest waste of organizational resources and the root of the organization’s weakness and instability.

Therefore, the manager must do everything possible to maintain a relative stability of personnel. And the means to achieve this goal is not just high wages, but more importantly, to treat every employee with equity.

The “equity” that Fayol spoke of was not an abstract kindness; it was a perfect combination of kindness and justice. The manager must lead by example, treat subordinates with a friendly and equal attitude, and at the same time, use clear and just rules to reward the good and punish the bad.

This stability of personnel, built on equity, will greatly inspire the employees’ sense of loyalty and dedication, thus bringing the organization a most precious intangible asset that cannot be measured in money.

Finally, we sublimate all these principles to a final, and highest, principle—”Esprit de Corps.”

This French term, which literally means “the spirit of the group,” was seen by Fayol as the ultimate source of an organization’s strength.

He profoundly warned managers to be wary of two most fatal management bad habits. The first is “divide and rule.” A manager who is keen on sowing discord among his subordinates may be able to consolidate his power in the short term, but he will do so at the cost of the entire team’s combat effectiveness. The second is the “abuse of written communication.” A manager who is addicted to conveying instructions through cold official documents will stifle the vitality of face-to-face, human-touch oral communication within the organization.

The essence of esprit de corps is “unity is strength.” The most important mission of a manager is to create a sense of harmony, trust, and collective honor—a sense of all for one and one for all—within his team.

Unity of command, authority and responsibility, centralization and decentralization, scalar chain and the bridge, equity and stability of personnel, esprit de corps…

This is the management toolbox, shining with eternal wisdom, that the great master practitioner Henri Fayol has left us.

It is not like Taylor’s theory, full of subversive scientific sharpness; it is more like the seemingly simple but golden words of an experienced, insightful old sea captain’s nautical notes.

For the first time, it perfectly combined the art of management with the science of management. It tells us that a great organization needs not only a cold, rational skeleton, but also a warm, human heart.

(3) The Ontology of Organization: Max Weber and the Perfect Efficiency Machine of Bureaucracy

Fayol showed us how an ideal manager should steer the great ship of an organization, finding the best course between order and efficiency, rigidity and flexibility. Fayol’s theory is a “navigation manual” for the “captain.” However, when we follow Fayol’s gaze out of the captain’s cockpit and turn our attention to the structure of the ship itself, a deeper question emerges: How was this great ship, called the “modern organization,” actually designed and built? Why do all modern organizations, whether in government, the military, or the companies we are discussing, present a similar, pyramidal form, full of rules and hierarchies? What is the internal operating logic of this organizational form?

To answer this ultimate question about the “ontology of organization,” we must sail our intellectual vessel from the “sea of practice” in France to the “peak of theory” in Germany. We are about to visit not a managing director who has been in the business world for decades, but an immortal intellectual giant who spent his life trying to draw the most profound and complete sociological anatomical chart of our “modern world.”

His name was Max Weber.

Weber lived in the same era as Fayol and Taylor, but his identity was completely different. He was not an engineer or an entrepreneur, but a sociologist, historian, economist, and philosopher. He was not concerned with specific practical questions like “how to manage a company more effectively”; he was obsessed with a grander and more fundamental “question of the era”:

How did this “modern Western world” that we live in become so “different”? What unique forces have shaped our politics, economy, law, and even our spiritual ethos today?

In Weber’s view, the answer pointed to a core keyword—”rationalization.”

He believed that the entire modernization process of the Western world was a process in which “reason” continuously expelled “tradition,” “mystery,” and “emotion,” and ultimately permeated every corner of social life. And in the field of “organization,” the largest and most perfect fruit of “rationalization” was an organizational form that he named “bureaucracy” (Bürokratie, or in Chinese, 科层制, a system of levels).

The word “bureaucracy,” in our everyday language today, usually carries a strong negative connotation, making us think of red tape, inefficiency, slow response, and the suffocating “bureaucratism.”

But in Weber’s theoretical system, this is a very serious misunderstanding.

For Weber, “bureaucracy” was a purely neutral, academic term. It did not describe the rigid, inefficient bureaucratic institutions of reality; it pointed to a pure “ideal type” that he had refined in his thought.

And in Weber’s view, this “ideal type” was precisely not a synonym for “inefficiency.” On the contrary, it was the most technically precise, most stable, most rigorous, most reliable, and therefore the most efficient “instrument of rule” ever invented by mankind.

To understand why Weber came to such a stunning conclusion, which is completely contrary to our daily experience, we must, like the most rigorous engineer, dismantle the internal structure of this “ideal type of bureaucracy” that Weber himself constructed.

According to Weber’s analysis, the operation of a pure, ideal “bureaucracy” is based on the following interlocking core principles:

First, a clear, hierarchical power structure. In a bureaucratic organization, every “office” is clearly placed in a pyramidal power hierarchy. Every subordinate is responsible only to, and must be responsible to, one direct superior. The source of power, the path of transmission, the chain of obedience—all are clear, stable, and unquestionable.

This coincides with Fayol’s principle of “unity of command,” but Weber elevated it from a “management suggestion” to an “organizational ontology.” He believed that this pyramidal hierarchy was the most fundamental structural guarantee for a large organization to maintain its internal order and stability.

Second, and the principle that is the very soul of bureaucracy, is “impersonality.” This is the most profound and most easily misunderstood point of Weber’s thought. Weber pointed out that in an ideal bureaucratic organization, all decisions and actions must strictly follow a set of written “rules” and “procedures,” and must not be mixed with any personal feelings, preferences, or interpersonal considerations.

“Judge the matter, not the person”—the most profound theoretical source of this slogan we are so familiar with today comes from here.

The relationship between the manager and the managed is no longer the “master-servant” relationship of the feudal era, full of personal loyalty and emotional ties, but a pure, cold “official” relationship. I obey not the person “John,” but the office of “manager” and the statutory authority that this office represents.

When John retires and Jane takes over this office, the transfer of power is smooth and seamless, because the foundation of power is not in the “person,” but in the “office” itself.

This “impersonality” brought unprecedented fairness and predictability. It institutionally eradicated the widespread ills of “nepotism” and “cronyism” of traditional society, ensuring that the rules were applied equally to everyone.

But at the same time, it also stripped all the “human touch” and “warmth” from organizational life; it was a fair but cold machine.

Third, is management based on written rules. A bureaucratic organization is a “giant legal code” composed of countless written regulations, operating manuals, and archival records.

The operation of the organization no longer relies on the secret experience and know-how in the minds of a few “old masters”; everything about how things should be done has already been written into the rules in advance. The “memory” of the organization is stored in the systematically archived files, not in the head of any individual who will retire or leave.

This greatly enhances the stability and continuity of the organization, but at the same time, it also brings the risk of the “red tape” that we all loathe.

Fourth, is selection and promotion based on technical qualifications. In an ideal bureaucracy, the only basis for a person to obtain a position should be his professional knowledge and technical ability, and the means to prove this ability is usually through rigorous examinations or by obtaining a certain academic certificate.

A person’s origin, wealth, social connections—none of these are the decisive factors in determining their career. This is a profound social progress; it opens an unprecedented channel for talented but un-connected ordinary people to achieve social mobility through personal struggle.

It transforms “meritocracy” from a noble moral slogan into a concrete institutional procedure.

Fifth, is the high division of labor. This is in the same vein as the thought of Smith and Taylor that we have discussed before. In Weber’s view, an efficient bureaucratic organization will inevitably break down its complex overall tasks into a series of specialized positions with clear powers, responsibilities, and jurisdictions.

Each official is only responsible for dealing with the specific matters within his jurisdiction, which both ensures professionalism and facilitates clear accountability.

Hierarchy, impersonality, rules, specialization…

When we piece all these seemingly cold and dry principles together, an awe-inspiring organizational blueprint clearly emerges before our eyes.

Weber, with his unparalleled theoretical penetration, revealed to us the inner secret of why the “organizational machine” of bureaucracy could have such unrivaled efficiency.

Its operation is predictable, because everything follows the rules in black and white.

Its decisions are rational, because it excludes all the interference of irrational personal emotions.

Its execution is precise, because it has a clear chain of command and a specialized division of labor.

Its existence is stable, because it does not depend on the life of any single individual who will eventually pass away.

It is like a social machine precisely engaged with gears, levers, and drive shafts, the most perfect organizational embodiment of the spirit of the industrial age, an age that had an almost religious worship of calculation, control, and efficiency.

Therefore, Weber came to the seemingly counter-intuitive, but logically unassailable conclusion: bureaucracy is the most technically superior form of organization ever invented by mankind. Any other organization based on tradition or personal charisma will be mercilessly crushed in a head-on competition with it.

(4) The End of Efficiency and the Twilight of Humanity: Weber’s “Iron Cage” and the Disenchantment of the World

We have seen how this social machine, precisely engaged by hierarchy, impersonality, and rules, technically reached the pinnacle of efficiency and rationality ever achieved by mankind. Weber, with his irrefutable logic, has shown us that bureaucracy is the unrivaled and inevitable final victor in the organizational form of modern society.

This is a bright, even exhilarating, conclusion about efficiency.

However, it is precisely at this peak of victory that Weber, a thinker of chilling profundity, suddenly drags us from the hymn of efficiency into a cold and dark philosophical abyss. He reveals to us the heavy and suffocating price that must be paid for this great victory of “rationalization.”

If the previous Weber was a calm social scientist with a scalpel, then the following Weber will transform into a prophet of the era with melancholic eyes that see through the future. He will, with the most famous and heaviest metaphor in his entire sociological thought system, let out a most profound sigh for our modern world.

This metaphor is the “cage of rationality,” usually translated as the “iron cage” (stahlhartes Gehäuse).

Weber warns us that when this form of organization, driven solely by “instrumental rationality,” completely permeates every corner of our society—from government to corporations, from hospitals to universities—a paradoxical tragedy will inevitably occur.

We initially created this set of rational tools to liberate humanity from the shackles of tradition, mystery, and irrationality, in pursuit of a freer and more prosperous life. But when this set of tools itself becomes more and more powerful, more and more precise, more and more pervasive, it will in turn become a new, stronger, and colder cage that imprisons us all.

This cage is not cast from tangible steel; its bars are woven from the endless rules, procedures, and calculations that we have created with our own hands.

In this cage, the means have completely replaced the end, the process has completely overwhelmed the value.

We no longer ask, “Why are we doing this?”; we only care about, “How can we do this most efficiently?”. We no longer care whether a decision conforms to the ultimate “value rationality” of justice, kindness, and beauty, but only whether it conforms to a cold cost-benefit analysis.

This is the “core disease” of our modern world that Weber diagnosed—the “disenchantment of the world” (Entzauberung der Welt).

“Disenchantment” means that the ancient world, once full of gods, miracles, poetry, and mystery, is completely dead. The light of reason, like the most potent disinfectant, has killed all the “mystical microorganisms” in the world.

The forest is no longer the abode of spirits; it is just a timber resource whose volume can be precisely calculated. The river is no longer a river god with a soul; it is just a hydroelectric potential that can be used to generate electricity. The relationships between people are no longer maintained by sacred traditions and emotions; they are increasingly replaced by a commercial contract with clear rights and responsibilities.

The whole world has become a giant mechanical clock that can be measured, calculated, predicted, and controlled. It is precise, efficient, but also cold, boring, and devoid of all sanctity and inner meaning.

And the “modern man” who lives in this “disenchanted” “iron cage,” his own soul is bound to undergo a profound distortion.

Weber, with his poetically precise and cruel language, described for us the new human species that will be born in this cage:

“Specialists without spirit, sensualists without heart; this nullity imagines that it has attained a level of civilization never before achieved.”

The “specialists without spirit” refers to every one of us who plays the role of a “cog” in the giant machine of bureaucracy. In our own highly specialized narrow field, we possess unprecedented technical ability, but we are ignorant and indifferent to the overall purpose and ultimate meaning of this machine. We have become efficient but soul-empty “instrumental men.”

And the “sensualists without heart” points to the inevitable flip side of this instrumental rationality. When work and public life are completely rationalized and depersonalized, the suppressed desire for meaning and passion can only retreat into the purely private sphere, seeking a pathological compensation in the form of an equally unrestrained hedonistic carnival.

This is the heaviest philosophical legacy that Max Weber, a thinker with the most profound pessimism about modernity, has left us.

He does not, like Fayol, provide us with a ready-to-use management toolbox; he is more like a watchman on the edge of a cliff. After affirming bureaucracy as the most powerful efficiency machine ever invented by mankind, he then, with his deep,melancholy-filled gaze, points us to the chilling destination towards which this machine is roaring—a world of order and material abundance, but one devoid of meaning and spiritually barren, a world of technological totalitarianism.

This is the most profound philosophical destination we can reach when discussing the management thought of the industrial age.

It places Adam Smith’s “division of labor,” Taylor’s “control,” and Fayol’s “organization” into a grander and more critical historical framework. It tells us that the great rationalization movement of the industrial age, which worshiped efficiency as its supreme god, may ultimately have sacrificed the most precious, unquantifiable dimensions of humanity itself: freedom, creativity, and love.

And the dark prophecy of the “iron cage” that Weber left behind is not an unbreakable fate. On the contrary, it is like the most timely alarm bell, laying the most profound groundwork for the next, coming era.

Because when the rational organization reaches its extreme of efficiency and its desert of humanity, a new desire for the return of humanity will inevitably sprout from the ruins. And this is precisely the new dawn of management that we will explore in the narrative of the next chapter, the “Information Age.”

IV. The Standardized Production of Desire: The Management Philosophy of Fordism and the Assembly Line

(1) The Flowing Revolution: The Assembly Line, a Steel Epic of Taylorism Written on the Land

If Taylor, Fayol, and Weber together drew the complete set of theoretical blueprints for the magnificent management edifice of the industrial age, from the micro-cells to the macro-framework, then the one who finally transformed this blueprint into a real-world marvel that rose from the ground and shook the world was a thoroughgoing pragmatist. He was not a theorist; he even despised theorists. He was a mechanic, the son of a farmer, a genius of action obsessed with simplification and efficiency.

His name was Henry Ford.

To understand how earth-shattering Ford’s revolution was, we must first go back to before 1913, to Ford’s Piquette Avenue Plant in Detroit. Here, the Model T, the “universal car” that would change the world, was being produced in an extremely primitive, chaotic, and one might even say, handicraft-style manner.

The car-making scene at that time was “static.” A bare car chassis was placed on a wooden frame, becoming the center of the entire production process. The workers, or rather, the highly skilled fitters, sheet metal workers, and assemblers, buzzed around this center like busy bees. They had to go to the parts stockroom to get the components they needed, carry heavy engines, axles, and transmissions to the chassis, and then, with their respective skills and experience, install, adjust, and polish them.

The entire workshop was filled with disordered, inefficient movement. The workers were walking, the parts were being carried, and the only thing that stood still was the final product—the car itself. In this model, it took a skilled craftsman over twelve hours of labor to assemble one chassis. This was a typical “artisan-style” production, inefficient and costly. Henry Ford’s great dream of “building a car for the great multitude” was firmly imprisoned by this ancient production method.

Ford, this pragmatic dreamer, keenly realized that the root of the problem was “making the worker go to the work.” So, could it be reversed? “Let the work come to the worker?”

The inspiration for this seemingly simple but subversive idea is legendary. A popular story is that Ford and his engineers saw the dawn of the future in the slaughterhouses of Cincinnati and the canneries of Chicago. In those places, a slaughtered cow or pig was hung on a conveyor belt and slowly moved past a line of butchers. Each butcher was fixed at his station, responsible only for cutting a specific part from the carcass. This was an efficient “disassembly” process.

Ford’s engineers, with a stroke of genius, realized that if a cow could be “disassembled” step by step, then a car could surely be “assembled” step by step.

And so, in 1913, in Ford’s new Highland Park plant, a great experiment that would completely change the face of modern industry began. They started with a relatively independent component—the flywheel magneto. Initially, one worker completed all twenty-nine assembly steps, which took twenty minutes. Later, they assigned these twenty-nine steps to twenty-nine workers, lined them up, and had them work in a flow process, which reduced the time to thirteen minutes. Finally, they placed the parts on a slowly moving conveyor belt, so that each worker, at a fixed position, completed a single action.

A miracle happened: the average assembly time plummeted to five minutes.

Having tasted success, Ford immediately extended this model to the core of the car, the chassis assembly. He had a thick rope pull the car chassis, sliding it slowly at a speed of six feet per minute past a long line of several hundred workers. Each worker was strictly fixed at his station; their task was no longer to assemble a complete car, but was simplified to completing one or two of the simplest, pre-set actions within a few dozen seconds—tightening two screws, installing a part, hammering a rivet.

The increase in production efficiency reached a nuclear-explosion level. The assembly time for one chassis plummeted from the original twelve hours and twenty-eight minutes, eventually stabilizing at one hour and thirty-three minutes.

This was the birth of the “assembly line.”

It was not just an innovation in production technology; it was the ultimate physical form of Taylor’s scientific management thought, a steel epic of theory written on the land. The management philosophy that Taylor had pursued his entire life was perfectly and coldly embodied in this slowly flowing river of steel.

The “division of labor” that Adam Smith had observed in the pin factory was pushed to its extreme here. The worker’s skill was completely stripped away, and work was broken down into the most trivial, most meaningless “atomic movements.” A person might spend his entire life just repeating the same gesture of turning a wrench, with no overall understanding of the great car he was creating.

The “time and motion study” that Taylor conducted with a stopwatch behind the workers was internalized into the assembly line itself. The speed of the conveyor belt was the most ruthless, most precise, and most unquestionable stopwatch. It replaced the foreman’s hoarse shouts and supervision, becoming the absolute master of the production rhythm. The worker had no room for his own thought; his only choice was to complete his task before the car slid to the next station. Otherwise, he would be mercilessly abandoned by this river of steel.

The “complete separation of planning and execution” advocated by Taylor also became a self-evident reality here. The entire “plan” and “intelligence” of the factory had already been solidified by the engineers into the design of this assembly line—the sequence of the workstations, the speed of the conveyor belt, the supply path of the parts. And the workers were completely simplified into pure “executors”; they were the standardized, replaceable “biological parts” of this giant machine.

It can be said that Henry Ford, this great engineer, with conveyor belts, pulleys, and chains, custom-built a perfectly matched, automatically running “hardware” for Taylor’s management “software,” which was full of calculation and control.

From then on, the focus of management shifted from “supervising people” to “designing systems.” That slowly flowing, revolutionary production line was not just a river of steel, but also a river of power, a torrent of efficiency that completely dissolved human autonomy and creativity.

(2) The Shock of the Five-Dollar Day: A Genius Business Design to Create Consumers

The river of steel in the Highland Park plant was producing Model T’s at an unprecedented rate; it seemed to be a perfect, self-running efficiency machine. However, beneath this roaring monument, a deep crack was rapidly spreading. This perfect machine was being mercilessly worn down and consumed by its “imperfect,” all-too-human parts.

The root of this crisis lay precisely in the unrivaled success of the assembly line itself.

When work was simplified into an endless repetition of movements that could be completed in dozens of seconds, all the meaning and joy of labor itself were completely hollowed out. The workers were no longer craftsmen with skills; they felt they were not even as good as a screw, because at least a screw could not feel the soul-crushing, day-in-day-out monotony and boredom.

And so, the workers voted with their feet. They left the Ford factory in droves, preferring to take lower wages elsewhere just to escape this conveyor belt, which was like a galley slave ship. The scale of this “great escape” was astonishing. According to Ford’s own data, in 1913, to maintain a stable workforce of about 14,000, the company hired over 52,000 people throughout the year. This meant an annual employee turnover rate of over a staggering 370%.

The entire factory had become a giant personnel “revolving door.” A worker trained today might be gone tomorrow. This not only brought high recruitment and training costs but also seriously affected the stability of production and the quality of the products. The assembly line, which ran so smoothly physically, was on the verge of collapse on a human level due to severe friction. The management philosophy of Taylorism, which completely instrumentalized people, here showed its fatal Achilles’ heel for the first time: while it drained humanity, it also drained human endurance.

Henry Ford, this pragmatic engineer, keenly sensed this crisis. He realized that a powerful “lubricant,” one sufficient to soothe human nature, had to be injected into this cold machine.

On January 5, 1914, Ford dropped a real bombshell on the world. He announced to the media that the Ford Motor Company would raise the minimum daily wage for its workers from the then industry standard of $2.34 to an unprecedented $5. At the same time, the daily working hours were also reduced from nine to eight.

This news, like a bolt of lightning that pierced the winter gloom, instantly ignited the entire United States. The Wall Street Journal at the time commented that this decision “applied the Golden Rule of the Bible to a place you would never have dreamed of.” Other industrialists were thoroughly enraged; they publicly condemned Ford as a “traitor to his class,” believing that his crazy move would completely destroy the nation’s labor market.

And for the ordinary workers, it was nothing short of the gospel. In the days following the announcement, tens of thousands of people from all over the United States flocked to Detroit, forming a miles-long, seemingly endless line at the gate of the Highland Park plant. They shivered in the winter cold, but their faces were filled with a pilgrim-like fervor, hoping to get a job at this factory, hailed as a “workers’ paradise.”

So, was Henry Ford just a hot-headed, compassionate philanthropist?

The answer is far from it. This earth-shattering “$5 workday” was not an impulsive act of charity, but a precisely calculated, genius business design. It was like a well-aimed arrow that, with one shot, hit two seemingly unrelated but crucial targets for the Ford empire.

The first target was the internal production management crisis.

Ford profoundly understood that to make the workers willingly endure the inhuman boredom of the assembly line, he had to provide a compensation they could not refuse. Five dollars, at that time, was an income sufficient for an ordinary worker to live a decent middle-class life. It was like a pair of golden shackles that firmly locked the once constantly churning workers to the assembly line. For this “sky-high” wage, which was enough to support a family and even save money to buy a house and a car, the workers were willing to give up their job satisfaction, autonomy, and even part of their personal dignity.

The effect was immediate. After the announcement of the “$5 workday” policy, the employee turnover rate at the Ford factory dropped by over ninety percent. A stable, skilled, and disciplined labor force was quickly established, providing the most solid human resources for the flood-like production of the Model T. This seemingly huge wage expenditure was quickly offset by the savings in recruitment and training costs, as well as the profit growth brought about by the increase in production efficiency. From a purely business return on investment perspective, this was undoubtedly an incredibly shrewd calculation.

However, if solving the turnover rate problem was a victory at the tactical level, then the second target that the “$5 workday” hit truly embodied Henry Ford’s godfather-level strategic foresight, which surpassed all his contemporaries.

This target was the external market consumption dilemma.

Ford knew better than anyone that the ultimate purpose of the assembly line he created was not just to efficiently produce cars, but to “mass produce” cars on an unprecedented scale. But a fundamental economic paradox stood in the way: if you produce millions of cheap goods, but there is not an equally large consumer class with the purchasing power to absorb them, then mass production itself will become a disaster.

Before 1914, the automobile was still a luxury for the few rich. And Ford’s ambition was for every American family to own a Model T. So, who would constitute this unprecedentedly large market?

The “$5 workday” gave the revolutionary answer: the producers would become the consumers.

When Ford paid his thousands of workers in his factory a wage that was double the market rate, he was not just buying their labor; he was “creating” his own customers. A Ford worker, after working for about four months, could use his own salary to buy a Model T that he had personally helped to build.

This was the truly breathtaking genius idea behind the “$5 workday.” For the first time in human history, it consciously and on a large scale closed the loop between capitalist production and consumption within the enterprise itself. Ford was no longer just a manufacturer of a product; he was a creator of a market. By ceding a portion of the corporate profits to the working class, he personally nurtured and strengthened the vast middle-class consumer market that would support American prosperity for the next half-century.

Therefore, the shock of the “$5 workday” was by no means a simple act of charity. It was a profound business revolution. It marked the point where top-tier management thought was no longer confined to the efficiency optimization within the factory, but began to extend to the shaping of the entire socio-economic structure. It provided the only, and most sustainable, answer to the era of mass production ushered in by the assembly line, in the most pragmatic and boldest way—mass consumption.

(3) The Birth of Fordism: The Social Contract of Mass Production and Mass Consumption

The assembly line solved the problem of “how to mass produce.” The five-dollar day solved the problem of “who will consume these products.” When the gears of production and consumption were, for the first time, so precisely and massively engaged, an unprecedented socio-economic growth engine, capable of self-propulsion and self-circulation, was invented.

History would name this great machine after Henry Ford—”Fordism.”

Fordism has long transcended the Ford company itself; it is a new socio-economic paradigm that profoundly influenced the entire Western world in the twentieth century. At its core is a perfect closed loop, a powerful flywheel that drove the golden age of capitalism at a rapid pace, one that is seemingly simple yet full of revolutionary power.

The logic of this flywheel is as follows:

First, mass production technology, represented by the assembly line, greatly increased labor productivity, thus reducing the production cost of standardized goods at an astonishing rate. The price of a Model T dropped from over eight hundred dollars to less than three hundred.

Second, the high-wage policy, represented by the “$5 workday,” shared the huge gains from the increase in productivity between capitalists and workers in an unprecedented way. This led to a historic leap in the effective purchasing power of the working class.

Then, this vast mass consumer group, empowered by high wages, provided a stable, broad, and ever-growing domestic market for the massive goods produced by mass production.

Finally, the vigorous mass consumption, in turn, brought huge profits to the enterprises, enabling and motivating the capitalists to further invest in more advanced mass production technology and to continue to maintain the high-wage system, thus starting the next, more powerful cycle of growth.

Mass production and mass consumption, like the double helix of DNA, are intertwined and mutually supportive, jointly constructing a self-perpetuating, continuously growing socio-economic organism. This is the essence of Fordism.

However, behind this efficiently operating economic machine lies a profound, unwritten social contract. This contract redefined the relationship between capital and labor in the twentieth century and shaped a new modern lifestyle.

The terms of this “Fordist social contract” can be roughly interpreted as follows:

For the workers, what they gave up was the autonomy, creativity, and intrinsic meaning of their labor. They agreed to accept the highly standardized, boring, and dehumanizing work brought by Taylorism and the assembly line. They gave up their dignity as “craftsmen” and accepted their identity as a “part” on a giant machine.

And what they got was unprecedented material rewards and social status. A stable employment relationship, a high wage far above the subsistence level, the leisure time brought by the eight-hour workday, and most importantly, an “entry ticket” to the modern consumer society. For the first time, they were able to buy the goods they produced with their own hands—cars, radios, refrigerators, washing machines. They were able to escape the crowded city centers and own their own detached houses in the suburbs. A vast working-class middle class, with “owning a house and a car” as its core symbol, was thus born.

For the capitalists, what they gave up was a portion of their profits and a certain degree of recognition of labor unions. They abandoned the purely extractive logic of primitive capitalism, which sought to suppress workers’ wages to the minimum subsistence level.

And what they got was the stability of production and the prosperity of the market. Through high wages, they exchanged for a submissive, efficient, and relatively loyal labor force, greatly alleviating the sharp labor-capital conflicts and strike risks. More importantly, by personally creating an affluent working class, they found an inexhaustible consumer market for their vast production machines.

This was a great historical compromise. Capital and labor, after a century of bloody struggle, for the first time reached a dynamic, though still full of contradictions, yet relatively stable balance around the common core interest of “mass production” and “mass consumption.”

The profound impact of this compromise went far beyond the factory and the market; it ultimately shaped the culture of the entire society and the form of “desire.” The core logic of the assembly line is “standardization,” and this logic quietly permeated every corner of life.

Ford’s famous quote, “Any customer can have a car painted any color that he wants so long as it is black,” became the best footnote of this era. To achieve the ultimate efficiency and the lowest cost, the product itself had to be highly standardized. And so, we had standardized cars, standardized fast food, standardized hotel chains.

And standardized products also inevitably required, and even forced, a “standardized desire.” The emerging media industries, represented by radio, movies, and mass-circulation magazines, flourished during this period. One of their most important social functions was to paint and define a highly uniform, attainable “American Dream” blueprint for the entire nation: a house in the suburbs with a white picket fence, a wife smiling in a modern kitchen wearing an apron, several healthy and happy children, and the shiny Ford car in the garage.

For the first time in human history, desire, like the Model T, could be mass-produced, disseminated, and replicated on a large scale. Fordism, while creating a great abundance of material wealth, also created a new cultural paradigm that defined personal value by consumption and social identity by conformity. This efficiency revolution, which began on the factory floor, ultimately, in a silent and subtle way, completed a profound reshaping of the entire social fabric and even the individual soul.

(4) The Shadow of the Sociological Department: Ford’s Paternalistic Total Control

The perfect closed loop of “mass production-mass consumption” constructed by Fordism, and the seemingly win-win social contract, painted an enviable blueprint of the “American Dream” for the Western world in the mid-twentieth century. However, beneath this bright picture lies a vast and dark shadow. To truly understand the full meaning of Fordism, we must step into an unprecedented and most representative of his control philosophy mysterious institution founded by Henry Ford.

This institution was called the “Sociological Department.”

On the surface, the establishment of the Sociological Department was full of warm, humanistic care. Ford claimed that the reason for setting up this department was to help the workers, who had suddenly come into high wages, to better manage their wealth, adapt to a decent middle-class life, and avoid falling back into poverty due to extravagance.

However, the actual operation of this department was far from “caring.” It was a vast surveillance network that penetrated every pore of the workers’ private lives. Ford hired over a hundred investigators, who were given great power to enter any Ford worker’s home at any time for a “home visit” without prior notice.

In their hands, they held a detailed and suffocating questionnaire. The questions on it covered every aspect of a person’s private life: Is your home clean and tidy? Do you drink or gamble? Do you save money regularly? Is your marital relationship harmonious? Do your children go to school on time? For the immigrant workers from Europe, they even had to examine the degree of their “Americanization,” such as whether they were learning English, whether their dietary habits were healthy, and so on.

The worker’s home was no longer the last bastion against the outside world, but had become a transparent glass fishbowl that had to be completely open to the power of the company. The investigators, like moral judges, meticulously recorded the “character score” of each family.

And the final use of this score was directly linked to the “$5 workday.”

That enviable high wage was never an unconditional right, but a privilege that could only be obtained by passing a “character assessment.” Only those model workers whose lifestyle was “healthy,” “rational,” and “in line with Ford’s standards” in the eyes of the investigators were eligible to receive the full five dollars. And those who were judged to have bad living habits, for example, if a bottle of liquor was found in their home, or if a neighbor reported a family dispute, would be ruthlessly removed from the high-wage list, or even directly fired.

This is the most profound and most chilling truth behind Fordism.

Henry Ford, this great carmaker, what he really wanted to make was not just standardized Model T’s. His ultimate ambition was to create a batch of “standardized modern men.”

He believed that for the cold assembly line to run perpetually and stably, it had to have perfectly matched, equally rational, temperate, and predictable “human parts.” The character and life of the worker, like the specifications of a machine, had to be incorporated into the design blueprint of the entire production system. Any irrational, passionate, and unpredictable human “variables,” such as drinking, quarreling, and whimsical consumption, were potential threats to the stability of this perfect industrial system and had to be identified, disciplined, and even completely eradicated in advance.

And so we see that the powerful will of the industrial age, in its pursuit of ultimate control, reached its logical apex in Ford. It was no longer content with controlling the worker’s eight hours in the workshop; it had to further penetrate, shape, and even rule their sixteen hours at home.

This is the profound internal contradiction of Fordism: on the one hand, it, through high wages and standardized goods, unprecedentedly endowed the working class with the economic freedom to pursue material happiness; but on the other hand, it, in a paternalistic but unquestionable way, deprived them of the personal freedom to define their own lifestyle. The real price hidden behind that seemingly generous five-dollar day was the complete surrender of individual privacy and personal autonomy.

This efficiency revolution, which began on the factory floor, ultimately, in the guise of “for your own good,” evolved into a comprehensive disciplining of human social life.

Conclusion

With this, the scroll of the Industrial Era slowly closes before us. It is a grand scroll, full of a sense of power and contradiction, painted by the roar of machines, the flow of capital, and the rationality of management.

We started from Adam Smith’s small pin factory and saw how the tiny seed of thought of the “division of labor” could, in the soil of the Industrial Revolution, burst forth with world-changing power. We followed Frederick Taylor’s stopwatch deep into every motion unit on the factory floor and witnessed how “scientific management,” with its cold rationality, completely quantified human labor into a set of calculable and controllable parameters.

We then pulled our perspective higher, following the gaze of Henri Fayol, to overlook the entire process of an organization’s operation, understanding how the five functions of planning, organizing, commanding, coordinating, and controlling constructed the initial nervous system for the vast industrial beast. We then dived into the profound theoretical world of Max Weber, dismantling the most efficient organizational machine ever created by mankind, the “bureaucracy,” and also felt his heavy philosophical sigh for the “iron cage.”

Ultimately, all these streams of thought converged into the steel river of the “assembly line” carved out by Henry Ford. Fordism, with its perfect closed loop of “mass production-mass consumption,” pushed the efficiency myth of the industrial age to its climax, created unprecedented material wealth, and personally shaped the modern consumer society we are familiar with today.

Looking back at this magnificent two hundred years, we can clearly see that this was an era in which “efficiency” achieved a complete victory, but it was also an era in which “individuality” gradually withered away. Standardized production met standardized desires; and scientific management and the assembly line ultimately turned lively, skilled craftsmen into “screws” that could be replaced at any time on the assembly line.

While creating a great material civilization, this model also sowed the seeds of profound social contradictions and human oppression. The “disenchanted” world that Weber predicted, the “iron cage” devoid of meaning and soul, seemed to be becoming a reality. This management system, built on extreme division of labor and strict control, with its inherent rigidity, found it difficult to cope with a future that was changing faster and faster and was increasingly driven by creativity and flexibility. Its success, paradoxically, bred the inevitability of its own subversion.

As The Great Learning says: “Things have their root and their branches. Affairs have their end and their beginning.”

The “root” of the management thought of the industrial age lay in the ultimate pursuit of the physical law of “efficiency”; its “branches” lay in the creation of vast material wealth and organizational forms. Its “beginning” lay in Adam Smith’s simple and profound insight into the division of labor; its “end” lay in Fordism, this seemingly perfect but, due to its suppression of humanity, incredibly fragile social system.

When an era has pushed its “root and branches” to their end, it also heralds the beginning of the next cycle of “end and beginning.” When the rational organization reaches its extreme of efficiency and its desert of humanity, a new desire for the return of humanity will inevitably sprout from the ruins.

And this is precisely the new dawn of management that we will explore in the narrative of the next chapter, the “Information Age.”