Most robotics platforms today are pretty simple.

They have one company that owns the robots one platform that controls the software and one backend that determines how machines work together.

This way of doing things works. It also creates a problem.

As robots start being used in logistics infrastructure and public spaces it gets harder to coordinate them.

Machines from manufacturers have to interact share data and complete tasks together.

Centralized platforms have a time managing that kind of open environment.

This is the problem that networks like Fabric are trying to solve.

Fabric is a decentralized coordination layer for robotics.

Of relying on a single platform robots can work together through shared infrastructure supported by blockchain.

The goal is to build a network where machines can register their identities communicate their capabilities and coordinate tasks using programmable rules.

In this setup a robot is more than a machine.

It becomes a part of a network.

Each machine can have an identity and operational history recorded on the blockchain.

Tasks can be assigned through contracts and results can be verified by the network instead of a central operator.

This allows robots from companies or environments to work together without depending on the same backend system.

The idea is similar to finance.

Of trusting a single institution people rely on transparent protocols.

Fabric is trying to apply the idea to robotics by developing infrastructure where coordination incentives and governance are managed by the network itself.

If coordination becomes decentralized robotics platforms may no longer be closed ecosystems controlled by companies.

Instead machines could operate within networks where developers operators and robots interact through shared protocols.

The future of robotics may look like decentralized networks of robots working together rather than centralized fleets of robots.

$ROBO @FabricFND #ROBO