V2

AI is changing society faster and more profoundly than the internet did, but its full effects are still emerging and will depend heavily on how we interact with it in these formative years, especially with regard to commercial trading systems.

Commercial systems are a priority because the power dynamics they facilitate fundamentally affect the way that society functions. For example, today's dominant centralised systems concentrate power and control into the hands of a few elite corporations, whereas decentralised systems distribute power across communities.

With the right kind of digital harness, the emerging super technology of AI could turn the tide toward decentralised commerce, catalysing a renaissance for a meaningful societal economy.

Food commerce is the most fundamental commercial system, so the way that it is organised in the AI age will have the most profound effect for future generations.

This white paper aims to outline a way to build shared digital infrastructure for a decentralised food economy, beginning with a unifying demand and discovery layer across existing platforms, and evolving toward fully interoperable, AI-native economic coordination.

Food commerce offers the most leveraged decentralisation opportunity. Global food systems represent around $30 trillion in total supply chain economic activity, employ roughly one in four working people globally, and shape much of the landscape on Earth. Yet only a small fraction of that value reaches the people who actually produce food.

Rewiring this economy through decentralised commerce infrastructure is a generational project. Done well, over decades, it has the potential to become one of the most significant peaceful redistributions of economic power in history by removing the intermediation that currently siphons value away from producers and communities.

For more than ten thousand years, since the dawn of the agricultural era, humanity has fed itself through networks of independent small-scale producers.

These early food systems were inherently decentralised, embedded within local ecologies and governed by intimate knowledge of land, seasons, and community.

For nearly all of human history, this distributed design allowed civilisation to evolve in relative ecological balance. It's only in the past eighty years, less than one percent of our agricultural timeline, that humanity has shifted toward a centralised food model.

The industrialisation of agriculture, and centralisation of supply chains have produced an unprecedented abundance of calories but at a catastrophic cost.

The story of the modern food system is therefore one of spectacular short-term efficiency and profound long-term fragility.

A handful of corporate giants now mediate how most of humanity eats, syphoning profits for shareholders and the executive class, while externalising costs onto society and ecosystems.

The digital era of the past three decades has exacerbated this situation with Big Food monopolies and their platform counterparts cornering supply chain systems and transforming open marketplaces into walled gardens, extracting disproportionate value through asymmetric access to data and, increasingly, control over algorithmic decision-making.

There’s no doubt that these modern food systems are an engineering marvel, but they’re built upon a flawed foundation. The assumption that ‘the race to the largest scale and highest efficiency produces an optimal food system’ didn’t take into account the many negative externalities that society and ecosystems are now paying a heavy price for.

As Artificial Intelligence becomes the defining force of this century, we stand at a fork in the road.

AI could further entrench centralised control over food and data flow to an even smaller number of proprietary systems, or it can be used to decentralise market intelligence, distribute agency, amplifying visibility of alternative supply, and reenfranchise independent small-scale producers.

It all comes down to the frameworks and harnesses it is given to operate with.

If we want a more decentralised food system, then we need to develop digital substrates and protocols designed to give agency and sovereignty to individuals while maximising compatibility with AI agents.

DECENT is therefore designed as a harness layer for food commerce so that innovation can occur at the edges without recreating centralised control.

DECENT is an alliance between the digital platforms and online marketplaces that are leading the decentralisation of our food systems. Together we are pooling our accumulated knowledge and experience to create new decentralised digital infrastructure, designed to return power, wealth, and sovereignty to local communities.

DECENT is building toward a federated, peer-to-peer network for the production, trade, and distribution of real food. The path runs through three horizons:

Horizon one: demand. DECENT operates as a unifying discovery and demand aggregation layer across independent food commerce platforms. Customers interact through a single interface, while fulfilment and operational execution remain with the underlying vendors and platforms. This delivers immediate commercial value with zero disruption to how members operate today.

Horizon two: shared standards. The common taxonomy that powers discovery matures into versioned, open, machine-readable schemas, governed by the alliance and held in trust for all participants. Member platforms publish signed availability data from their existing systems with data sovereignty preserved.

Horizon three: federated coordination. As the network demands it, deeper peer-to-peer interoperability between platforms, sovereign data stores for participants who want them, and coordination protocols that let independent actors trade as peers.

Each horizon is unlocked by the success of the one before it.

As commerce increasingly becomes mediated by autonomous and delegated AI systems, DECENT will ensure that local producers, communities, and values-based markets remain visible, legible, and selectable within this emerging agentic economy.

By enabling small-scale producers, local food outlets, conscious consumers, and the AI agents acting on their behalf to interoperate within a shared digital commons, DECENT can play a key role in transforming the world's largest economic sector into a regenerative, distributed engine for human and ecological wellbeing.

DECENT aims to replace centralised coordination with distributed intelligence.

It is creating digital infrastructure and protocols that enable local and small-scale food enterprises to interoperate as peers while retaining full sovereignty over their data, operations, identity, and the terms under which AI agents may act on their behalf.

In its mature form, each participant will operate as an independent node in a mesh network. Nodes may be accessed by humans, applications, or delegated AI agents through shared protocols governed by transparent rules encoded in the architecture itself.

Nodes may represent suppliers, fulfilment services, or customers, each operating sovereign data stores while interoperating through shared schemas and signed coordination events.

DECENT's intended architecture separates shared economic infrastructure from applications and interfaces, so that innovation happens at the edges rather than inside a single vendor-controlled system. The four layers below describe the mature architecture. They are built top-down, not bottom-up: each horizon delivers the layers it needs and plants the seeds of the next.

Interface Layer (horizon one). Human-facing access to the network, beginning with a single discovery and demand interface. Buyers enter their location and see the combined offer of decentralised food available to them, with orders routed to the vendors on the member platforms. Interfaces are deliberately thin and replaceable. As AI collapses the cost of building interfaces, DECENT invests in what sits beneath them.

Application Layer (horizon two). The operational capabilities behind the interfaces. Search, matching, demand routing, attribution, and member tooling. This layer is headless and API-first. Every capability available to DECENT's own interface is equally available to third-party applications and AI agents through public, documented APIs, so no functionality is locked inside a UI.

Canonical Layer (horizon three). The shared language of the network. The common taxonomy that powers discovery in horizon one matures into versioned, open, machine-readable schemas, aligned with existing standards where mature ones exist, governed by the alliance, and held in trust for all participants.

Protocol Layer (horizon four). Coordination between independent participants without central control. Signed records, verifiable data, decentralised identity, and consent. The first seeds appear in horizon two as signed availability feeds published by member platforms. Where open standards for agentic commerce and decentralised coordination stabilise, DECENT adopts them rather than inventing its own, building only where genuine gaps remain. The design requirement for this layer is that consent, values, and local constraints are enforced by the architecture itself rather than by policy alone.

This layered design ensures that:

DECENT therefore enables decentralised markets that scale, without reproducing the extraction, fragility, and concentration of power.

DECENT is built on the principle that power should serve purpose. Its core governance follows a cooperative style steward ownership model, ensuring that the system’s control can never be sold or captured for extractive or manipulative purposes.

In steward ownership:

DECENT is an evolutionary step for commerce. It aligns the structure of human exchange with the logic of living systems.

In doing so, it redefines the relationship between economy, society, and ecology. It leverages food, the most fundamental of human needs, as the foundation for a new commercial model for regenerating civilisation.