By Eben and Kristi van Tonder – 8 October 2025

Introduction: Sacred Work, Modern Factories

In a companion to our earlier article on how work becomes durable only when morally and ritually framed, we turn to the dramatic transformation of Japan’s factories as a case study. In Tools, Ritual, and the Work of the Hands: What Zvejnieki Adds to Our Argument, we argued that where tools and labour carry sacred meaning, care and discipline follow. Now we ask: Was Japan always the paragon of precision we imagine today? How did its industrial workplaces evolve from the late 19th century to the post-World War II era? And crucially, what deliberate actions, from government ministries to visionary engineers, forged the legendary efficiency of Japanese industry? In answering these questions, we uncover how an ethic of cleanliness and order took root, how the famous “5S” system (Seiri, Seiton, Seisō, Seiketsu, Shitsuke) was born, and how ritual-like discipline on the factory floor helped drive Japan’s economic miracle. Finally, we reflect on what these lessons mean for Africa. Is Africa “holding out for a hero,” an industrial champion to spark a renaissance? We offer a real example from our own work at ReEquipGlobal in Nigeria, where a simple AI-driven system is helping to infuse daily operations with the same spirit of order and continuous improvement. The journey from ritual to reality, from honouring tools in ancient graves to tagging meat crates with AI, spans continents and centuries, but as we’ll see, the underlying principle remains: when tools and work are honoured, societies prosper.

Japan’s Early Industrial Era (1890–1900): Factories Before the “Clockwork”

Modern Japan’s industrialisation began in the late 19th century during the Meiji era, and by 1890–1900, the country was dotted with textile mills, arsenals, and shipyards. These early factories were a far cry from the meticulous, “Swiss clock” image we have of Japanese industry today. In fact, conditions in many Meiji-era factories resembled those of contemporary Western industrialising nations being often harsh, hot, and disorderly by modern standards.

Inside a silk filature around 1900, steam from boiling cocoons filled the air, making the workshop smelly, wet, and hot, while the din of machinery was constant (Hane, 1982). In cotton mills, managers deliberately maintained high humidity by misting the air to strengthen the yarn, so workers toiled in damp heat amid floating cotton lint, inhaling significant dust each day (www1.udel.edu). A government study in 1900 found workdays of 13 to 14 hours were common, with women roused at 4:30 am and labouring past sunset (www1.udel.edu). Exhaustion and illness were rife; tuberculosis stalked these factories where ventilation was poor and the concept of workplace safety was still nascent (Hane, 1982). Eyewitnesses left stark accounts: “Workers are awakened before dawn and labour until late at night. They work in rooms where the air is foul and the humidity intense. The cotton dust they breathe ruins their lungs, and many return home in broken health” (Yokoyama, 1899/1970). One former reeler recalled: “In the reeling room the steam from the cocoons made it suffocating. Our clothes were wet with sweat and the smell was unbearable. I coughed all day long” (Tsurumi, 1990, p. 68). Another remembered the discipline: “If we stopped even for a moment, the overseer would shout. Sometimes he struck us with a stick to keep us moving” (Tsurumi, 1990, p. 72).

Moreover, work discipline in 1900 Japan was enforced through quasi-military supervision rather than any ingrained culture of order. Managers instituted grading systems to push output: each worker’s daily production quality was ranked, and fierce competition was stoked between teams (www1.udel.eduwww1.udel.edu). Errors or slowdowns invited scolding or even beatings. Absent was the empowering notion that a worker should take pride in tidying their station or improving a process. Instead, factory labour was something to endure. Not surprisingly, some of Japan’s earliest labour disputes and strikes were led by these textile workers in the 1890s, protesting the brutal pace and unsanitary dormitories. All of this is to say: turn-of-the-century Japanese factories did not run like clockwork. They ran on sweat, coercion, and the adrenaline of a nation determined to catch up with the West, but they paid only fledgling attention to ergonomics, cleanliness, or worker-driven improvement.

Yet, even in this period, cultural seeds of a different attitude existed. In homes and temples, Japanese people observed meticulous rituals of cleanliness. From the year-end “ōsōji” house cleaning to the careful maintenance of tools by craftsmen guided by Shintō beliefs. These values had not yet penetrated the factory walls in any systematic way. As Japan pressed into the 20th century, it would take new pressures and new ideas to bring the sacred order of traditional life into the smokestacks of industry.

Post-WWII Japan: Chaos, Reform, and American Inspiration

Fast-forward to 1945: Japan’s industrial infrastructure lay in ruins. Defeat in World War II left factories gutted by bombing, output at a trickle, and a demoralised workforce struggling simply to survive. In 1946 and 1947, machinery stood idle for lack of raw materials; whatever factories did produce was often shoddy, born of desperation and primitive conditions. Observers noted that early post-war Japanese products, cheap toys, and poor-quality fabrics reflected the chaos of the time. Clearly, the image of precision was still nowhere in sight. f anything, the late 1940s factory conditions had regressed: many sites were war-damaged and dirty, with workers too hungry to care about tidiness. “Filthy and dangerous, the mills were filled with broken machinery, dust, and the stench of oil. Many women came to work faint from hunger, and accidents were common” (Gordon, 1998, p. 37).

This national low point, however, became the soil from which a remarkable industrial renewal grew. Several forces converged to make Japan a laboratory for new ideas in industrial management. One force was the Japanese government and academic establishment, including the nascent Ministry of International Trade and Industry (MITI) and groups like the Union of Japanese Scientists and Engineers (JUSE). Eager to rebuild the economy, they actively sought best practices from abroad. Another force was the American Occupation (1945–1952), which, aside from its political reforms, brought in experts to jump-start Japanese industry. Far from imposing a punitive regime, U.S. officials and engineers ended up transferring a trove of industrial knowledge to their former enemy – a somewhat paradoxical outcome of occupation.

A pivotal example came in 1949–50, when JUSE invited W. Edwards Deming, an American statistician, to teach Japanese managers about statistical quality control (Deming, 1986). Deming’s lectures, initially to engineers from firms like Toyota, Nissan, and Nippon Steel, emphasised that improving quality would reduce costs and boost productivity. He preached the responsibility of management to empower workers and the use of data to drive out defects. The Japanese enthusiastically embraced his message. By 1951, they created the Deming Prize to recognise companies achieving excellence in quality control, a clear sign that a national movement for quality had begun (JUSE, 2020). Hot on Deming’s heels came Joseph Juran in 1954, who taught Japanese executives about broader quality management and the idea that “quality begins in the boardroom”.

Beyond these famous individuals, the Americans seeded change in other ways. In the late 1940s, Homer Sarasohn and Charles Protzman, lesser-known but influential American engineers, led management seminars under the Occupation’s Civil Communications Section. They trained hundreds of Japanese engineers in modern industrial practices, including plant layout, equipment maintenance, and what we might call good housekeeping. They stressed that a well-organised, clean workplace was the foundation for efficiency and worker morale (Sarasohn & Protzman, 1948). It is likely here that the proverbial ethos “cleanliness is next to godliness” found fresh life on Japanese factory floors. The Americans impressed upon their trainees that keeping machines and tools in order wasn’t just cosmetic; it prevented accidents, eased troubleshooting, and instilled discipline. One Japanese participant of these courses later recalled how basic the lessons were “sweep the floor, sort your tools”, yet how powerful the effect could be when every worker did these consistently.

At the same time, Japanese authorities launched homegrown initiatives to reform workplace culture. The New Life Movement (Shinseikatsu Undō) was one such campaign in the early 1950s. Initially, a set of government and women’s association programs aimed at improving daily life (from household hygiene to nutrition), it soon extended into factories. Companies encouraged workers and their families to adopt better habits such as saving money, keeping homes and company housing clean, and practising temperance. By the late 1950s, at least fifty of Japan’s largest corporations had internal “New Life” programs to uplift workers’ living standards and work ethic (Takeda, 2008). While family planning and home economics were key themes, the underlying goal was to produce healthier, more disciplined workers, individuals who would show the same order at home and on the job. Corporate management saw this as a means to reduce absenteeism and unrest. Culturally, it resonated with a population rediscovering stability after the chaos of war. It is telling that slogans about clean, organised living were promoted both in women’s magazines and in company memos. A subtle merger of moral rhetoric and industrial practice was underway: to be a good citizen and a good employee meant, in part, to be orderly.

Thus, through the 1950s, Japan’s factories became a crucible of change driven by both external influence and internal resolve. American experts provided theories and a prod in the right direction, but Japanese leaders, in government, academia, and business, ran with those ideas and adapted them. Out of these efforts emerged a consensus that rationalising and “modernising” the factory meant instilling a culture of cleanliness, standardisation, and continuous improvement. By 1955, MITI helped establish the Japan Productivity Centre, which sponsored study tours for Japanese managers to observe American factories. Thousands of Japanese supervisors travelled to Detroit, Cleveland, and Los Angeles, taking notes on everything from assembly line techniques to plant safety programs. They returned with new concepts and also with a sense that workplace organisation in the U.S. was one secret to its high productivity. Ironically, American industry would later fall behind Japan in precisely this arena of shop-floor organisation, but in the mid-50s, it was still the model. Japanese delegates marvelled at Ford’s and GM’s large factories and noticed that the best-run departments had clear aisles, toolboards with every wrench in its place, and foremen enforcing cleanup routines. This they sought to emulate and eventually surpass.

From 2S to 5S – The Birth of a Culture of Cleanliness

It was in this ferment of the 1950s that the now-famous 5S methodology took shape. In essence, 5S is a five-step discipline for maintaining order and excellence in any workplace: Seiri, Seiton, Seisō, Seiketsu, and Shitsuke, commonly translated (with alliteration) as Sort, Set in order, Shine, Standardise, and Sustain (Imai, 1997). But 5S did not spring fully-formed overnight. Early on, Japanese companies and educators started with a simpler subset, essentially 2S or 3S, to tackle the most immediate problems.

By the late 1940s, some pioneering factories (particularly in electronics and automotive repair shops under U.S. military contracts) had introduced Seiri (Sort) and Seiton (Set in order) drives. These were straightforward “clean-up campaigns”: workers were instructed to remove unnecessary items from work areas and to arrange tools, parts, and paperwork neatly for easy retrieval. The logic was common sense, and the results were immediate. Cramped shops found extra space, lost tools were eliminated, and product flow improved. Japanese engineers who had studied Taylorism (scientific management from the West) recognised this as basic “eliminate waste” thinking. However, what made the Japanese approach unique was the thoroughness and eventual culturalization of these practices. It wasn’t just a one-time spring cleaning; management began to insist on making it routine, even ritual.

One influential figure was Prof. 5S himself, Takashi Osada, who in the 1950s and 60s advocated workplace housekeeping as a pillar of Total Quality. Osada and others in JUSE published guidelines and held workshops on factory organisation, distilling lessons from Deming and from their own plant experiments. Many companies initially implemented two S’s ( Seiri and Seiton) as a kickoff to larger quality-control programs (Osada, 1991). The idea was that before you can stabilise quality or improve efficiency, you must clear out the junk and organise your operations. This period saw the rise of the Japanese term “genba seiri” (literally “factory floor organising”), which essentially meant the same: sorting out the workplace.

The third S: Seisō (Shine), meaning cleaning everything and inspecting through cleaning, came naturally on the heels of the first two. By the mid-1950s, it was becoming standard in better Japanese factories that the last 15–30 minutes of the shift might be dedicated to sweeping, wiping down machines, and putting everything in order. What made this more than drudgery was the mindset that leaders like Taiichi Ohno at Toyota were instilling: Seisō was not the janitor’s job; it was everyone’s job, a part of work itself. When a machine operator cleans his equipment, he is also checking for loose bolts, strange noises, or wear. In other words, preventive maintenance (Fujimoto, 1999). Thus, cleaning was tied to taking ownership of the machine’s health.

By around 1960, Japanese industry had broadly embraced these “3S” practices of sort, set in order, and shine, and was reaping the benefits: safer workplaces, less material waste, and higher quality output due to fewer mix-ups and easier inspections. It was at this point that Japanese practitioners added the fourth S: Seiketsu, often translated as “Standardise,” but more accurately meaning to maintain purity and cleanliness as a matter of system (Imai, 1997). Seiketsu meant institutionalising the first three S’s – creating daily checklists, standard operating procedures, colour-coded outlines on pegboards to show where each tool belongs, and schedules so that cleaning and sorting weren’t occasional but continuous. For example, a factory might paint demarcation lines on the floor to define work zones and storage areas (a visual Seiton aid), and implement audit sheets to verify that no unnecessary items were present (sustaining Seiri). This stage elevated the practice from individual effort to organisational habit.

Finally, by the mid-1960s, the full fifth S: Shitsuke (Sustain/Discipline) was explicitly recognised, emphasising that all of the above must be ingrained through training and habit until it became second nature (Hirano, 1995). The word Shitsuke in Japanese originally refers to upbringing and moral training. Teaching children good manners and habits. Its use in an industrial context was very intentional: Japanese leaders cast factory housekeeping as a matter of personal discipline and pride, not just management diktat. They fostered this by, for instance, starting the day with team meetings (toolbox talks) where workers recited 5S slogans, or by organising inter-department competitions for the cleanest, best-organised workspace. Some companies went so far as to use terms from martial arts and Zen to describe the focus and self-discipline expected on the shop floor. While perhaps not overtly “religious,” these methods certainly tapped into a moral and even spiritual dimension, echoing the old concept that cleanliness is virtue. We can see here a conscious inculcation: management and engineers borrowing not only American scientific ideas but also invoking traditional Japanese values of order (秩序) and ritual cleanliness (清潔) to win hearts and minds.

It is important to note that the 5S system was never just about cleanliness for its own sake. Each “S” was tied to practical outcomes and a philosophy of work. Seiri (Sort) teaches discernment or knowing what is needed versus excess, much like a spiritual exercise in non-attachment. Seiton (Set in order) teaches logic and economy of motion, or “a place for everything and everything in its place.” Seisō (Shine) fosters respect for the tools, such as when you polish something, you inherently value it. Seiketsu (Standardise) brings consistency or a reminder that good habits must be universal, not optional. And Shitsuke (Discipline) instils commitment or the understanding that excellence requires continuous effort. In these senses, 5S was a modern industrial distillation of ancient virtues. Indeed, one could draw parallels to the guild traditions of medieval Europe (where apprentices were fined for a messy bench (Epstein, 1998) or to the Shintō practice of ritual purification; Japanese thinkers themselves made such connections when articulating why 5S mattered. Osada (1991, p. 23) described Seisō as a direct continuation of shrine purification, “not just to clean but to purify.” Hirano (1995, p. 47) emphasised that Shitsuke was “the same word used for moral training,” invoking Zen notions of self-cultivation. Nonaka (1988) explained that Seiketsu echoed Confucian ideals of harmony and moral order in collective life. Monden (1995, p. 112) compared Seiton to traditional craft apprenticeships, where tools had to be arranged and benches cleared at day’s end. By formalising 5S, Japan found a way to bridge the sacred and the practical on the factory floor, a realisation strikingly similar to what we interpreted from prehistoric Zvejnieki in our previous discussion.

Toyota’s Revolution: Individuals Who Systematised 5S

No discussion of Japan’s industrial order is complete without highlighting the role of Toyota and the key individuals behind its production system. In the 1950s, Toyota was just one of many struggling companies; by the 1960s and 70s, it became the exemplar that others followed. How did Toyota internalise and extend the principles of 5S, and who were the architects of this change?

Foremost is Taiichi Ōhno, often called the father of the Toyota Production System (TPS). Ōhno, originally a machine shop manager in Toyota’s auto plants, famously hated waste (in Japanese, muda). Faced with limited resources in the post-war years, he began experimenting with new ways to do more with less. One of his realisations was that a disorderly workplace hides a multitude of muda, from excess inventory piling up to defects being missed. Ōhno implemented a rule that, before any process improvement, the area must be cleaned and organised. He would draw chalk circles on the floor and make supervisors stand in them, simply to observe and notice inefficiencies, an exercise in mindful seeing. This level of attention is only possible in a tidy environment. Under Ōhno’s influence, Toyota by the mid-1950s had made 5S-like practices routine in its plants, even if the term “5S” wasn’t used yet. Every machine had an assigned operator-custodian responsible for its upkeep. Tools were kept on shadow boards (outlines painted so that a missing tool was immediately conspicuous). Daily startup involved a brief cleaning and inspection ritual. Ōhno’s message was clear: productive work and “housekeeping” are one and the same (Ōhno, 1988).

Another giant was Shigeo Shingō, an industrial engineer who consulted for Toyota. Shingō emphasised poka-yoke (mistake-proofing devices) and rapid changeovers, but he also taught the importance of orderliness in enabling these techniques. Invited by Ōhno to train Toyota engineers in 1955, Shingō spent several decades helping refine TPS (Shingō, 1989). He often noted that 5S is the foundation for other lean tools: you cannot implement just-in-time production or quality circles in a chaotic, dirty setting. One could say Shingō helped to formalise the “science” behind 5S, giving it structure and logical steps, while Ōhno provided the relentless drive to practice it on the shop floor.

There were others: Kichirō Toyoda (Toyota’s president in the late 1940s and early 50s) and, later, Eiji Toyoda (president through the 1960s) fully supported these initiatives. They empowered people like Ōhno to break with old mass-production routines and try something new. In the Japanese government, officials at MITI and experts in institutes like JUSE were also pivotal in spreading these ideas beyond Toyota. For instance, Kaoru Ishikawa, a professor and JUSE member, built the concept of Quality Circles (small groups of workers meeting to solve problems) in the early 1960s, and one of the first things a Quality Circle would tackle in any factory was a 5S project. Ishikawa’s popular handbook, What Is Total Quality Control? (Ishikawa, 1985) devoted attention to plant environment and worker involvement in housekeeping. Meanwhile, the Japan Management Association (JMA) published case studies of successful 5S programs, and the Asian Productivity Organisation (APO) helped codify the approach for training across Asia (Osada, 1991). These individuals and organisations essentially took the 5S gospel on the road, conducting seminars at factories big and small. Throughout the late 1950s and 1960s, a notable trend emerged: Toyota pioneered many techniques internally; engineering societies studied and generalised them; and other companies adopted them, often with guidance from the same Toyota veterans or JUSE consultants.

How long did this transformation take? It wasn’t instantaneous; roughly, it was a 20-year revolution. By about 1970, nearly every major Japanese manufacturing firm had some structured 5S or “industrial housekeeping” program, and many had fully integrated it into their corporate culture. The methods used to spread and sustain it were thoughtful: training films demonstrating how to sort and organise a workstation; company-wide 5S days where even managers grabbed brooms; suggestion schemes rewarding employees for clever storage ideas; and audits where teams inspected each other’s areas (injecting a friendly peer pressure). The thinking behind these actions was that productivity, quality, and safety are all intertwined, and that human beings take greater ownership of their work when they have a hand in shaping their workspace. Rather than view workers as cogs (the old Taylorist approach), the Japanese saw that even a line worker could be a kind of craftsman – responsible for the order and cleanliness of his own tools and station. This was a profound psychological shift, and it was inspired partly by necessity and partly by philosophy.

To answer a specific curiosity: Did religious thought play a role in inculcating 5S? Not overtly in a theological sense, but implicitly yes. Japanese culture’s deep currents of Shintō and Buddhist practice certainly aided acceptance. Shintō, in particular, places great emphasis on purification, considering the ritual of cleaning shrines, or the belief that spirits (kami) reside in tools and implements. It’s documented that some Japanese factories invited Shintō priests to bless new machines or to purify a plant at its opening (Earhart, 1982). In the 1950s and 60s, this continuity of tradition into modern industry helped workers see cleanliness and respect for equipment as natural and good, not as an imposed foreign idea. Even management language sometimes borrowed spiritual terms, for example, calling the factory a “temple of production” or encouraging workers to achieve mushin (a Zen term for “clear mind”) while working. Such references were not everyday chatter on the line, but they appeared in company philosophy statements and training booklets. So, while 5S is a very practical methodology, part of its power in Japan was that it resonated with older moral sensibilities. It gave a secular, systematic form to the age-old adage that purity and order lead to good outcomes.

By the late 1960s, the cumulative effect of these changes was evident: Japanese factories had been transformed. Visitors from abroad, especially from the West, began to remark on differences. A British journalist touring a Japanese electronics plant in 1969 noted how “immaculately clean and orderly” it was compared to equivalents back home. Floors spotless, tools arranged with almost military precision, and workers themselves actively engaged in keeping it that way (Thompson, 1970). Defect rates were plunging in many industries, and production lead times were shrinking. Japan was shifting from being known as a producer of cheap trinkets to a byword for high-quality goods. Companies like Toyota, Sony, and Panasonic were gaining global market share, and a lot of it had to do with their operational excellence behind the scenes. The famous Toyota Production System (TPS) was formally named and articulated by the late 1960s, with 5S as one of its integral components, enabling other practices like just-in-time manufacturing (Fujimoto, 1999). When Toyota won the Deming Prize in 1965 for quality achievement, part of the evaluation was how well it had ingrained quality at every level – and examiners specifically praised the cleanliness and organisation of Toyota’s shops (JUSE, 1966 report).

Spreading the Gospel of Efficiency: 1960s and Global Recognition

The 1960s marked Japan’s emergence as a manufacturing powerhouse, but it was the 1970s and 1980s that truly awakened the world to Japanese efficiency. Several key events and trends propelled global recognition, turning what had been an internal “gospel” of efficiency into an international case study.

One often-cited wake-up call was the 1973 oil crisis. Western nations, especially the United States, suddenly faced fuel shortages and economic shocks. In the automotive sector, American gas-guzzlers fell out of favour, and fuel-efficient Japanese cars like the Toyota Corolla and Honda Civic surged in popularity worldwide. Consumers and competitors alike asked: How are the Japanese making such affordable, reliable cars with high mileage? Investigations revealed that Japanese carmakers had productivity levels and quality control far superior to Detroit’s. In 1979, a landmark Harvard Business Review article by Western management experts highlighted Toyota’s production system and its unprecedented results (Hayes, 1979). Around the same time, NBC television aired a documentary in the U.S. titled “If Japan Can, Why Can’t We?” (1980), which prominently featured W. Edwards Deming and his teachings that had helped Japan decades earlier. The program stunned American audiences by explaining how Japanese companies had inculcated continuous improvement and worker pride in quality – concepts that American industry had seemingly forgotten. Suddenly, terms like Kaizen (continuous improvement) and Quality Circle entered the Western business vocabulary, and with them, 5S as a basic building block of these practices.

It is crucial to stress that Japanese efficiency was not an accident of national character; it was the result of conscious, sustained effort – essentially a planned “gospel” that had been diligently spread through industry. By the 1970s, Japanese firms routinely sent their engineers to each other’s plants for benchmarking, published books and articles about their methods (some even translated to English), and welcomed foreign delegations curious to learn the secret sauce. Toyota began formalising its production philosophies in writing; for instance, the first internal Toyota Production System handbook was compiled in the early 1970s under the guidance of Toyota veterans like Fujio Cho. Companies also institutionalised training: Mitsubishi, Sumitomo, and others established training centres where new hires and mid-level managers underwent courses in industrial engineering and 5S practice. In other words, they built an education infrastructure to perpetuate the efficiency culture.

The world’s academics also took note. In 1977, the first English-language research paper on the Toyota Production System was published by Japanese engineers in an international journal, outlining concepts like just-in-time and autonomous automation (Sugimori et al., 1977). It mentioned, almost in passing, the importance of a clean and orderly workplace as a precondition for those advanced techniques. Later, in 1990, the global bestseller The Machine That Changed the World by Womack, Jones, and Roos analysed the difference between “lean production” (exemplified by Toyota) and traditional mass production. One of its observations was that lean plants were visually different: orderly, well-maintained, and team-oriented, which the authors traced to the 5S mindset (Womack et al., 1990). By then, Western companies were scrambling to implement their own versions of 5S. But tellingly, they often found it hard to sustain – many would tidy up, paint some lines, and call it done, without cultivating the underlying discipline. This only underscored the achievement of the Japanese: their efficiency was born out of planning, training, and a near-religious diligence in spreading the gospel of their system.

At the policy level, Japanese efficiency even influenced national standards. In 1965, the government created the PM Award (Plant Maintenance Award) for factories, emphasising preventive maintenance and housekeeping excellence (similar in spirit to the Deming Prize but for equipment maintenance). By the 1980s, Japan’s Ministry of Labour was promoting 5S and related safety practices as part of labour regulations. The workforce had been thoroughly trained, by one estimate, a typical Japanese worker in manufacturing by 1985 had participated in over 40 hours of quality and productivity training annually, including courses on workplace organisation (JUSE survey, 1987). This was not left to chance; it was a deliberate investment.

Stepping back, we see that Japan’s trajectory from the grim factories of 1890 or the bombed-out plants of 1945 to the shiny, hyper-efficient factories of the 1970s was not a straight cultural inheritance. It was a renaissance engineered by people: visionary engineers like Ōhno and Shingō, supportive executives like the Toyodas, evangelists like Deming and Ishikawa, and countless front-line workers who embraced the new way. It succeeded because it re-embedded meaning and pride in work, much as we argued true sustainability in work always requires. The tools and routines became, in effect, rituals, rituals of sorting, of inspecting, of continuous learning, that gave industrial work in Japan a resilient structure.

Lessons in Meaning: Tying Japanese Success Back to Ritual

What does Japan’s story add to our broader argument about tools, ritual, and enduring work? Quite a lot. In our earlier article on ancient Zvejnieki and the sanctification of tools, we saw that when a community treats the means of production as symbolically important, even sacred, they tend to maintain them carefully and integrate them into moral life. Japan’s industrial rise can be viewed through a similar lens, albeit in a modern secular context.

Postwar Japanese industry essentially re-sacralised the factory. Not with incense or prayer per se (though, as noted, even Shintō blessings had their place), but with a structured set of practices that infused machinery, workspaces, and work habits with high symbolic importance. The daily morning cleaning at Toyota, for example, was a ceremony of respect for the machines that enable livelihood, echoing, perhaps unintentionally, the age-old farmer sharpening and oiling his plough with care, or the Yoruba blacksmith offering kola nuts to Ogun before firing up the forge (Adeoye, 1996). By making every worker responsible for housekeeping and minor maintenance, Japanese factories created an intimate relationship between people and their tools. It was no longer “the mechanic’s job” to fix something – it was your job to prevent it from breaking. This distributed ownership is analogous to a communal ritual where everyone has a role. And indeed, the factory floor at shift change, with everyone sweeping in unison, had the coordination and unity of a ritual dance.

Moreover, Japan’s efficiency methods carried a moral tone. Terms like shitsuke (discipline) and the whole idea of betterment (kaizen) have ethical weight. Workers were encouraged to be forthright (report problems honestly), humble (admit mistakes and fix them), and cooperative (help clean a neighbour’s station if needed). These are virtues in any ethical system. Management cultivated what we might call an industrial virtue ethic, where doing your work well and keeping your environment in order were part of being a good person in the workplace community. The result was not just better metrics, but a stronger social fabric within factories. Companies often talk of feeling like a family; in Japan’s case, the family ate, prayed, and yes, cleaned together.

This reinforces our thesis that when work and its tools are honoured, work endures and excels. Japan’s system endured and excelled so spectacularly that it became a model for the world. It overcame the legacy of early exploitation and external shocks by re-centring on principles that could almost be called spiritual commonsense: cleanliness, order, respect, and continuous self-improvement. In contrast, where these links are broken, consider industries or regions where workers feel no connection to their output, or machines are seen as cursed objects to be used and tossed aside, there we find decay and underperformance.

Implications for Africa: In Search of an Industrial Hero

Bringing the focus to Africa, we must ask: Why have these principles not taken root widely across African industries, and could they? As we discussed earlier, pre-colonial African societies certainly had rich traditions of honouring tools and labour. From the rituals of Ogun among the Yoruba to the careful ceremonies of the Igbo new yam harvest. The raw cultural material is there, in Africa’s own heritage, for a respect-based, ritual-infused approach to work. Yet, too often today, African factories and workplaces struggle with poor maintenance, chaotic organisation, and an apparent lack of owner-worker investment in continuous improvement.

Explanations are often offered, such as colonial disruption, an economic history of extraction over development, or the imposition of foreign industrial models unsuited to local contexts. We consider these beside the point. They distract from what truly made the difference in Japan. Japan’s story demonstrates that history is not destiny. In 1945 the nation lay in ruins: its cities bombed, its factories shattered, its people dispirited. Yet within a single generation it had rewritten its narrative. How did this happen? By deliberately combining external knowledge with internal values, learning even from former adversaries while at the same time awakening cultural strengths that had long been latent such as discipline, community, and ritual cleanliness. None of this happened by accident. It was intentional, strategic, and rooted in a refusal to accept the status quo.

Africa today could be on the cusp of such a transformation, but it will require leadership, the kind of leadership that we somewhat playfully liken to a “hero” in a song. The line “Africa is holding out for a hero” alludes to the idea that we await visionary African industrialists or policymakers who will champion a new way of running factories and businesses, much as Taiichi Ōhno or Eiji Toyoda did for Japan. This hero is not a lone saviour but a catalyst: someone who can synthesise global best practices (like lean manufacturing, 5S, and AI-driven management) with African realities and values, and galvanise others to follow suit.

Do such figures exist? There are promising signs. In countries like South Africa, some manufacturers have implemented world-class lean programs; a few have even won international quality awards. In Nigeria, forward-thinking entrepreneurs in sectors like food processing and agritech are starting to emphasise training, cleanliness, and data-driven operations at levels rarely seen before. Yet these are still exceptions. By and large, the management culture in many African enterprises has yet to undergo the paradigm shift that Japan’s did in the 1950s. There is still too much reliance on top-down control and ad-hoc firefighting, and not enough investment in daily discipline and worker empowerment.

In addition to these, what is lacking is a vision. A strategy! A method that Africa can rally around and that can spread through the continent like wildfire. What we need is for entrepreneurs to take up the challenge.

We believe in framing industrial excellence not just as a profit strategy but as a moral and societal mission. In Japan, improvement campaigns were tied to national survival and pride: “We improve our factories so our nation can prosper and never be colonised again.” In Africa, a similarly powerful narrative could be: “We improve our factories so our people can thrive and be truly independent.” Industrialists, entrepreneurs, and leaders must work hand in hand with government ministries and educators, much as in Japan, to promote this ethos. We envision an African “Productivity Movement” where businesses open their doors for cross-learning, where a pan-African productivity centre helps local firms adapt global methods (as Japan’s JPC did), and where recognition (awards, media) is given to clean, efficient factories as national exemplars. Such recognition can create positive competition. Just as the Deming Prize spurred Japanese companies to outdo each other in quality, an “African Kaizen Award” could spur leaps in efficiency and quality.

Who will kickstart this? Perhaps an industrial hero, or maybe a prominent CEO or a coalition of business leaders, who publicly advocate for these changes. Government support will be helpful too: policies that encourage training, that may require 5S and safety standards for certain licenses, and that celebrate companies investing in their workers’ skills. Already, countries like Ethiopia and Ghana have begun collaborating with Japanese experts to train local managers in kaizen techniques (JICA, 2018 reports). These are encouraging but still small-scale efforts. The spark needs to catch fire broadly.

ReEquipGlobal’s Quest: A Modern 5S with AI

Allow us now to illustrate these ideas with a concrete example from our own experience. At ReEquipGlobal, and specifically in our ReEquipFarming division, Kristi and I have been implementing a system that marries the classic 5S approach with modern technology as an embodiment of how we imagine Africa’s industrial renaissance can begin. It’s a small step, but in the spirit of “think globally, act locally”, we believe it’s significant.

Consider the challenge of managing inventory in a meat processing enterprise. Traditionally, many African meat factories struggle with stock control. Products get misplaced in freezers, batch tracing is poor, and “fire-fighting” is rampant when orders come in. We decided to tackle this with rigorous structure and a touch of AI, drawing inspiration from the 5S principles: Sort, Set in Order, Shine, Standardise, Sustain. Our implementation goes like this:

• Tag Everything (Seiri – Sort): We treat every box of product as an important unit that must be identified and accounted for. In our system, each meat crate is assigned a unique number and labelled clearly. We keep a master inventory sheet (initially in Excel) listing every crate by number, its contents (e.g. goat legs, smoked beef, chicken fillets), and the production date (which doubles as the batch number). This is radical sorting, which means we are removing ambiguity and “junk data.” Nothing lies around untagged or unknown. If an item doesn’t have a number or entry, it doesn’t exist in our storage. By sorting out any unneeded or unknown items, we’ve effectively removed clutter both physically and informationally, just as Seiri dictates.
• Arrange and Make Findable (Seiton – Set in Order): Organisation in our cold storage follows a strict order: by species, by product type, and then by production date (FIFO – first in, first out). We physically arrange crates on shelves or freezer positions such that older dates are to the left and newer to the right for each product category. This way, anyone can walk in and intuitively find, say, the oldest smoked goat meat or the latest batch of beef mince. Everything has a designated “home.” We map the freezer layout and note in the inventory sheet exactly where each crate number sits. This is the classic Seiton concept, a place for every item, and items grouped logically for workflow. The payoff is huge: picking for dispatch becomes faster, and mistakes (like grabbing the wrong batch) are virtually eliminated.
• Daily Audit and Cleaning (Seisō – Shine): Here’s where we introduce our simple but effective technological twist. At the end of each day, I (or the responsible supervisor) perform a quick “digital walk-through”: using a smartphone, I video-scan every crate in storage, narrating the crate numbers and checking that they match our records and are neatly in place. This habit serves as both an audit and a kind of cleanup. If something is out of place, we spot it; if a crate label fell off, we replace it; if there’s a spill or any mess, we get it cleaned. The AI part comes into play when we upload that daily video, along with the updated Excel sheet, to a simple bot we’ve developed. The AI bot processes the video to cross-verify locations and reads the crate numbers (using OCR, optical character recognition), effectively acting as a second pair of eyes. It then collates a report of what we have on hand, highlighting any discrepancies between the visual scan and the inventory sheet. This daily ritual might take 15 minutes, but it ensures our “floor” (or freezer, in this case) is always shining in terms of information accuracy. Just as in classic Seisō you might see the gleam of a well-cleaned machine, in our digital Seisō we see the glow of accurate data and zero missing stock.
• Consistency through Systems (Seiketsu – Standardise): We have formalised the above steps into a standard operating procedure (SOP). Every new employee is trained on the numbering scheme, the layout logic, the end-of-day video routine, and the use of the AI bot. We’ve documented these practices so that they are not personality-dependent. The process is the same every day, in every cold room or warehouse we operate. We also maintain logs, which is the AI-generated stock reports, saved daily, creating an audit trail. This level of standardisation means that our small system can be scaled or transferred to new locations without degradation. It’s analogous to the checklists and visual controls used in Japanese factories to sustain 5S (Imai, 1997). We can confidently say cleanliness and order are no longer reactive or occasional; they are simply “how things are done” in our operation.
• Discipline and Improvement (Shitsuke – Sustain): The final S is perhaps the most critical – building a culture around these practices. We reinforce it by reviewing the inventory accuracy report every morning with the team, almost like a little ritual of accountability. If there is any discrepancy found by the AI, we treat it as a learning moment, not a blame moment. For example, if crate #105 was misplaced and the bot flagged it, we discuss why that happened, such as, “Do we need a clearer label?” A refresher on the layout map? and then correct the process. The team takes pride in seeing a “100% match” report, similar to how Japanese workers take pride in a spotless workbench. By using a bit of gamification (celebrating error-free days) and by tying the importance of this system to our business success (e.g., “because we do this, we never delay a shipment or lose money on expired stock”), we are shaping the mindset that this is not extra work but the essence of work.

In effect, our ReEquipGlobal system is 5S in action, augmented by 21st-century tools. We log everything (transparency), remove what we don’t need (simplicity), identify what can be used (value focus), and ensure that at every point we know where to find what we need (order). And we maintain perfect control not through brute force, but through a self-regulating process enhanced by AI’s precision. It’s a small embodiment of how technology can support discipline – the AI doesn’t replace human effort, it reinforces it. If a crate were somehow skipped in the sheet, the AI will “tell” on it by seeing it in the video – an objective nudge to keep us honest. This daily stocktake is essentially a living stocktake; we do it every day instead of the dreaded once-a-year inventory marathon that many companies do (and often find huge surprises). The benefit is not just in accuracy; it’s in peace of mind and agility. We can accept a new delivery of meat today, allocate it a crate and number, and by day’s end, it’s seamlessly part of the system. We can also trace any product dispatched to any store by its batch number (production date) in seconds, because we log which crate numbers went on which invoice. This level of traceability and order is world-class by any standard, achieved with fairly simple means.

Why do we emphasise this so much? Because it demonstrates that the first step to greatness is often humble and simple. Sweep the floor. Know your stuff. Tag your inventory. Use a camera. These are not expensive measures, but they demand consistency and belief in the process. We like to think that what we are doing could indeed be the “beginning of the renaissance of Africa itself” If others join and propagate these systems across the continent. Just as Japan’s rebirth started with many factories implementing 5S, Africa’s industrial rebirth might start with many businesses implementing their versions of ReEquip-style disciplined management.

Who will join us on this quest? We pose this question earnestly to African businesspeople and industrialists: who will take hands with us and say, “Yes, we will help develop and spread this system across Africa”? We are not zealous for our own proprietary system – on the contrary, we are eager to share, to teach, and to learn from others. We envision a network of like-minded innovators in Nigeria, South Africa, Kenya, Ghana, and beyond, all adapting these principles in their domains, such as farming, manufacturing, logistics, you name it, and collectively lifting the standard of African production. Like the coordinated wave of Japanese firms in the 1960s, African firms in the 2020s and 2030s could rise together if united by a common philosophy of work. The technology (like AI and mobile connectivity) is on our side, more so than Japan ever had in its early days. What is needed is the will and the leadership to use it in the service of order and excellence, rather than as a crutch or a gimmick.

Conclusion

Japan’s journey from beleaguered factories to global industrial leadership underscores a powerful truth: efficiency and excellence are cultivated, not inherited. Through a blend of imported knowledge and indigenous values, Japanese industry created a work culture where even the smallest act – placing a tool on a rack or wiping a machine – carried significance for the nation’s success. They showed that factories run “like a Swiss clock” are not born; they are made, through patient application of principles that are at once pragmatic and profound. Cleanliness, order, and discipline turned out to be not old-fashioned niceties, but the very heartbeat of modern competitiveness.

In revisiting our core argument, we see that what Japan achieved was a reconnection of work to meaning. The broom and the assembly line might seem far removed from the sacred, but in Japan’s case, they became vehicles for virtues – much as a stone tool in a prehistoric grave or a blacksmith’s anvil in an Ogun shrine carried spiritual weight. Where Japan honoured its new “tools” (its factories and processes), it prospered. Likewise, where African industry has treated factories as soulless, transplanted machines, it has often stumbled. But this need not remain so. Africa can reinterpret its own heritage of sacred work in a modern key, rallying around the idea that to industrialise is not to dehumanise, but to elevate – if done with the right mindset.

The path forward for Africa’s industrialisation could be a compelling alternative to both the failed colonial paradigms and the brute-force “extract and export” models. It could be one where factories are not obscure dark mills but shining examples of community upliftment and national pride. To get there, we must start with seemingly small changes: tidying a workspace, tagging a crate, teaching a worker why order matters. These are the sparks that light the furnace of larger change. As we have detailed, ReEquipGlobal’s experiment in applying AI and 5S in Nigeria is one such spark. Many more are needed – and they can be lit in any workshop or warehouse tomorrow.

In closing, consider this: The heroes of Japan’s industrial saga were people who dared to change how everyone thought about work. They treated a factory as something worthy of reverence – not in words, but in daily actions. Africa’s heroes will be the same. They will be those who walk onto a factory floor and see not just a means to profit, but a microcosm of society – a place where improving a process is an act of care for your fellow workers and fellow citizens. They will be the ones to say, “We will run our factories right, and in doing so, we will show what our society can be.” That, indeed, would be epic. And to echo the song, Africa is holding out for that hero – not one individual in a cape, but the collective heroism of many who decide that now is the time to make our work sacred and our industry world-class. We invite every reader, every entrepreneur, every worker with a dream of a better Africa to join us in this quest. The brooms are waiting, the bots are ready – let the renaissance begin.

References

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