The assertion that great products are discovered rather than invented reveals a profound shift in how we must perceive the creation of value. It posits that there is an objective, optimal configuration for any given problem, a platonic ideal, waiting to be uncovered through deep investigation into the constraints of reality. Just as a scientist does not invent the law of gravity but rather discovers its persistent, unchangeable nature, a master designer does not arbitrarily create a product; they strip away everything extraneous until the only remaining form is the one that obeys the fundamental requirements of the task. This pattern of reductionism is universal: just as DNA uses only four bases to encode the complexity of all life, or the English language uses a mere 26 characters to build every piece of literature, the most powerful products are those built from a minimal, foundational set of rules.
This discovery process is governed by the principle that good explanations, and by extension good products, are hard to vary. When a design reaches its optimal state, its internal components become so tightly integrated and essential that any deviation causes the product to fail or lose efficiency. This is why the airplane wing is perfected only when there is nothing left to take away; it is not a matter of aesthetic preference, but a resolution of aerodynamic physics. Like Bitcoin, which utilises a small, rigid set of consensus rules to produce and secure an entire global economy, a product that is hard to vary is one that has been stripped of its human biases, leaving behind a pure, functional truth that stands the test of time.
This inherent resistance to variation is precisely why high-quality, long-lasting systems often converge toward identical forms. Whether it is the sleek, wind-tunnel-optimised silhouette of a modern electric vehicle or the enduring interface of the smartphone, these commonalities are not the result of uninspired mimicry, but of reaching a physical limit where the design can no longer be improved. Much like how Newton provided separate laws for motion, gravity, and optics, and Einstein later unified them into a single, more efficient framework that explained more with fewer assumptions, the trajectory of great design is one of unification. When a problem is defined by the unforgiving constraints of the physical world, the most efficient path will naturally emerge as the standard, much like how LEGO bricks achieve universal scale because one single, consistent design fits every other.
By approaching product development as an act of inquiry rather than an act of ego, we align ourselves with the underlying logic of the world.
The history of food is a sequence of increasingly complex coordination systems, each designed to solve the problem of scale while fundamentally altering the economy. This evolution reveals a recurring cycle: every new instrument solves a bottleneck of the previous age only to concentrate power in those who control the new mechanics of information and exchange.
The Era of Memory defined the forager economy, where coordination was strictly limited by Dunbar's number and the constraints of human cognition. Because food could not be stored for long, it could not be accumulated as wealth, forcing an economy of immediate obligation rather than possession. This created an egalitarian, local structure where reciprocal altruism, the understanding that sharing today creates a claim on resources tomorrow, depended entirely on the participants' ability to remember past actions. Knowledge of the land, its seasons, and its creatures was decentralised and held in every head, making the system highly resilient and deeply connected to the natural world, but inherently incapable of scaling beyond the small, intimate group.
The Era of the Ledger emerged with the domestication of grain, which provided the first durable surplus that could be piled, counted, and stored across seasons. This capacity for accumulation broke the boundaries of memory, as writing was invented not for art or religion, but as an administrative tool to record who delivered grain and who owed it. By centralising the management of these stores, the ledger allowed power to shift away from the community and into the hands of those who controlled the institutions of account, such as priests, scribes, and rulers. While this transition supported the growth of civilisations, it initiated a historical decline in human health and freedom, as the population became tied to the land and the institutions that taxed the very food required for survival.
The Era of the Market solved the limitations of localism by using prices as the primary signal to coordinate strangers across vast distances. Supported by the technological infrastructure of railways, steamships, and telegraphs, this system successfully created unprecedented abundance and allowed for a sophisticated division of labour. However, this progress came at the cost of stripping food of its local context; because the market only optimised for what could be standardised, weighed, and traded as a commodity, qualities like provenance, soil health, and long-term nutrition became secondary to price and shelf life. The system transformed food into an abstract asset, shifting power toward the processors and retailers who controlled the narrow chokepoints of the global supply chain, effectively severing the loop between the producer and the consumer.
The Era of the Platform represents our current state, where the coordinating function of food has shifted from the open market into the opaque, proprietary architecture of the algorithmic interface. By turning everything from discovery and reviews to delivery and loyalty data into software-mediated signals, platforms have effectively reduced transaction costs and surfaced hidden capacity in the food system. Yet this has created a new, more profound form of enclosure; these interfaces act as private governors that dictate access to demand, and their reliance on metrics like click-through rates and delivery speed incentivises food that is digitally legible rather than inherently nourishing. The result is a cycle where the platform captures the relationship data that was once held by the community, turning the interface into the primary site of rent extraction and structural control.
Each age solved a real coordination problem. Each one also changed who could see what, and who gained power from that difference. The story is still being written by the people of today.
The effects of an open food graph with an agent on top.
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