Microfactory

Access to that space is defined through designer NFTs. Each NFT corresponds to a designer identity or practice. Holding that NFT allows interaction with the co-op’s contracts. It does not grant blanket access. It enables specific actions: submitting jobs, routing tokens into machine queues, accessing shared material pools, interacting with other nodes in that space. The NFT is not a badge. It is a key that lets a designer’s flows connect to the co-op’s flows.

Inside the co-op, each designer operates their own workflows. They bring pattern states from the commons, compile them locally or within the co-op’s compute nodes, and route tokens into the machines they need. The machines do not merge these workflows. They execute them independently. A loom might run three different designers’ instructions in sequence, each triggered by separate token flows, each producing distinct outputs tied to their own references.

Material is another layer. The co-op can maintain shared material pools—fiber batches, dyes, hardware components. These pools are also tokenized. A designer routes material tokens into their workflow to reserve and consume specific batches. The consumption is recorded as part of the production reference for their garment. The material does not become communal output. It is allocated precisely and tracked through its transformation.

Agents operate within this environment as well. A scheduling agent might watch token flows and sequence machine execution to minimize idle time. A validation agent might check that incoming instruction sets match machine constraints. These agents do not decide in an abstract sense. They respond to token configurations and contract rules. Their role is to keep the system flowing smoothly, not to override individual designers’ processes.

The co-op itself benefits from aggregation without absorbing identity. Multiple designers using the same machines increases utilization. Patterns from the commons converge in one place, leading to more rapid iteration. Material pools can be sourced at better terms because demand is visible through token flows. Yet each garment that leaves the space is tied to a specific designer, a specific pattern state, and a specific production reference.

This is where the “third space” effect appears. Designers work in proximity—physically or through shared machine surfaces—and their practices intersect. One designer’s pattern might be picked up by another who is already working on a similar machine. A shared agent might suggest optimizations based on observed flows. These interactions happen because the environment is shared, but they do not collapse into shared ownership of outputs.

Tokens coordinate the entire system. They move through machine contracts, material pools, and agent workflows. They define when a machine runs, which materials are used, and how processes advance. They do not assign control over people. They shape how actions occur.

NFT access defines who can connect their flows to the co-op. Tokens define how those flows move once connected. The commons provides the design substrate feeding into the system. Confidential channels handle private interactions between designers and buyers. The co-op sits at the intersection, providing physical capacity and shared infrastructure.

Each designer leaves with their own outputs, their own references, their own relationships. The shared space amplifies their ability to produce and iterate, while the structure of the system keeps their work distinct and attributable.