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

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

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

AI is an emerging super technology that, with the right digital infrastructure, could turn the tide toward decentralised commerce, catalysing a renaissance for a meaningful societal economy.

This white paper aims to outline a way to build shared digital infrastructure for a sovereign, 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, employs one in four people globally, and shapes 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 an AI-first decentralised commerce infrastructure has the potential to become one of the largest peaceful wealth redistributions in history.

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.

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 AI 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.

In these systems, intelligence and control doesn't sit at the centre issuing commands, rather it emerges from the coordinated interaction of many independent nodes, human and machine, each operating within clearly defined rules.

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 an AI-native, decentralised digital infrastructure, designed to return power, wealth, and sovereignty to local communities.

This is being done by creating a federated, peer-to-peer network, on decentralised web architecture, for the production, trade, and distribution of real food.

In its initial market expression, DECENT will operate as a unifying discovery and demand aggregation layer across multiple independent food commerce platforms. Customers can interact through a single interface, while fulfilment and operational execution remain with underlying vendors and platforms. This delivers immediate commercial value without requiring disruptive migration, while also establishing the canonical schemas and protocol foundations for long-term interoperability.

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 replaces centralised coordination with distributed intelligence.

It creates 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.

Each participant operates 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.

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

DECENT is designed as civic-grade economic infrastructure, built from clearly separated layers that together enable decentralised trade in an AI-mediated world.

Rather than a single platform, DECENT provides shared economic rails upon which many applications, interfaces, and autonomous agents can operate.

1. Protocol Layer (Shared economic infrastructure)
The protocol layer defines how independent economic actors, both humans and AI agents, coordinate without requiring a central intermediary. Crucially, the protocol is designed so that no agent can bypass consent, values, or local constraints, regardless of scale or automation.

2. Canonical Layer (Defines the shared domain language)
The canonical layer consists of versioned, open, machine-readable schemas and referenced industry ontologies that provide consistent definitions of objects, actions, and states across the network. This schema-first design prevents semantic fragmentation and enables durable interoperability.

3. Application Layer (Commercial execution and services)
The application layer translates the protocol into operational capabilities, that interact with interface layers and directly with autonomous agents. This layer is where value is commercialised through usage fees for software services and convenience. Third-party applications can also be built against APIs, allowing alternative implementations to coexist.

4. Interface Layer - Human access to the system (Plural by Design)
The interface layer provides a reference UI that enables producers, hubs, and customers to easily buy, sell and fulfil orders.

This layered design ensures that:

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