The Future of Robots Goes Beyond AI: The Revolution of Machines in the Economy

When we imagine the future of robots, we tend to focus solely on their intelligent capabilities: vision, hearing, mobility, and performing complex tasks. However, there is a much more transformative perspective that combines technology, economics, and governance. The true potential of intelligent machines lies not only in their “brain” but in how they connect, coordinate, and participate as real economic actors within our global system.

Fabric Foundation: the economic layer for intelligent machines

While many projects focus on pure artificial intelligence, Fabric Foundation takes a different approach. It positions itself as the infrastructure for “Tele-operation, Coordination, and Governance for Intelligent Machines”—in other words, the platform that enables robots not only to operate autonomously but also to actively participate in the economy.

The project is built on three fundamental pillars:

• Verifiable blockchain identity: Each machine has a unique and verifiable identity on the blockchain, ensuring its authenticity, clear origin, and transparent participation in the ecosystem.

• Teleoperation and orchestration: When autonomy isn’t enough, human operators can intervene remotely to guide robots in complex environments. This capability is critical for tasks requiring precision or quick adaptation.

• Distributed ownership and transparent governance: Robots can be co-funded by multiple investors, with benefits automatically distributed according to pre-established terms and executed transparently.

What makes this model revolutionary is that it treats robots not as mere tools but as self-sufficient economic assets capable of generating cash flow.

Robots as productive assets: a new investment model

Imagine a delivery or cleaning robot operating continuously in the city. Under Fabric’s shared ownership model, that robot could be co-owned by multiple investors, each receiving returns proportional to their stake. The generated income would be automatically distributed via blockchain, eliminating intermediaries.

This concept fundamentally transforms how we think about investing in technology:

• A robot becomes a “productive asset” similar to real estate or industrial machinery.
• Investors can diversify their portfolios by purchasing fractions of multiple machines.
• Returns are predictable, transparent, and automatically executed.

In this scenario, robots are not exclusively owned by a single company but operate as distributed micro-businesses on the network, creating value for all shareholders.

Automated payments: towards a frictionless economy

Fabric also integrates a radically different payment system. When a robot completes a task (delivery, service, repair), the system automatically verifies completion and distributes payment among the owner, operator, and support network, using stablecoins or blockchain tokens.

This trustless flow eliminates the need for centralized platforms that charge fees. Robots can participate in a “machine labor market” where they offer services similarly to how freelancers operate on traditional digital platforms.

OM1: the operating system that empowers robots with intelligence

If Fabric provides the economic layer, OM1 is the “brain” that enables robots to understand, decide, and act. This AI operating system is designed with three core capabilities:

• Perception: Robots capture environmental data through multiple sensors (vision, audio, tactile sensors) processed via AI models.

• Planning: The system reasons about the current state and plans a sequence of actions to achieve specific goals.

• Control: The machine executes these actions in the physical world, adapting to unexpected changes in real-time.

A key differentiator of OM1 is its open-source, hardware-agnostic architecture. This means the OS can run on different robotic platforms, allowing external developers to create “applications” or “skills.” It’s a strategy similar to how Android revolutionized the smartphone ecosystem by enabling multiple manufacturers to build on a common base, accelerating innovation through community collaboration.

From intelligence to economy: the integrated ecosystem

Real power emerges when Fabric and OM1 converge:

• OM1 provides intelligence and operational capability.
• Fabric offers governance, coordination, and economic participation.

Together, these layers create a “machine economy” where robots work, generate income, distribute benefits, and participate in collective decision-making. Possible scenarios include:

• Delivery robot networks that self-assign routes and share revenue.
• Robotic teams in hospitals or hotels operated as economic cooperatives.
• Machines competing and collaborating in service markets.

Conclusion: from the future of robots to the reality of machine economies

Although these systems are still in early development stages, the convergence of artificial intelligence, robotics, and blockchain technology is undeniable. The future of robots will not only be about technical capabilities but also how they integrate into the global economic structure.

If these technologies continue to evolve as they are, infrastructures like Fabric Foundation and OM1 could become fundamental pillars in building the next “Internet of Machines.” And when that moment arrives, the direct participation of robots in the economy will cease to be science fiction and become everyday reality.