The real-world operations layer for physical AI and robot fleets

The real-world operations layer for physical AI and robot fleets

Formant connects robots, operators, enterprise systems, and AI agents through a governed layer for monitoring, intervention, evidence, and orchestration.

Step into the light.

Your future is already waiting.

1.980M

1.980M

OPERATING HOURS

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ROBOTS MANAGED

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DATAPOINTS COLLECTED

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DEVICE ACTIVITY

32M

32M

EVENTS IDENTIFIED

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MISSIONS TRACKED

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AUTONOMOUS MILES

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OF VIDEO RECORDED

REAL ROBOT OPERATIONS, TODAY.

REAL ROBOT OPERATIONS, TODAY.

Formant Turns Robot Activity Into Operational Context

Formant Turns Robot Activity Into Operational Context

The future of Physical AI isn't a single humanoid robot — it's a network of AIs, enterprise software, and machines collaborating across industries. The power lies in the combined capability of all robots already in the world today.

AI software is the unlock we have been waiting for.

Robot Capability Is Changing

From fixed automation to AI-driven physical work

Each step forward in robot capability increases — not removes — the need for a governed operating layer.

ROBOT CAPABILITY IS CHANGING

ROBOT CAPABILITY IS CHANGING

ROBOT CAPABILITY IS CHANGING

The governed layer between business intent and physical execution.

The governed layer between business intent and physical execution.

The governed layer between business intent and physical execution.

Robot OEMs and autonomy stacks handle robot-specific capability. Enterprises own objectives, workflows, safety, and outcomes. Formant is the operating layer between them.


  • Connect heterogeneous robot systems

  • Normalize fleet state and operational history

  • Preserve permission boundaries and audit trails

  • Expose fleet context to approved systems and agents

Robot OEMs and autonomy stacks handle robot-specific capability. Enterprises own objectives, workflows, safety, and outcomes. Formant is the operating layer between them.


  • Connect heterogeneous robot systems

  • Normalize fleet state and operational history

  • Preserve permission boundaries and audit trails

  • Expose fleet context to approved systems and agents

Robot OEMs and autonomy stacks handle robot-specific capability. Enterprises own objectives, workflows, safety, and outcomes. Formant is the operating layer between them.


  • Connect heterogeneous robot systems

  • Normalize fleet state and operational history

  • Preserve permission boundaries and audit trails

  • Expose fleet context to approved systems and agents

What Formant Makes Possible

One operating loop, from signal to outcome

Connect, observe, investigate, analyze, intervene, govern, improve — and move toward orchestration. We're precise about what's in production today and what's the direction Formant is built to support.

Economic Outcomes

The operating layer pays back in time, scale, and uptime.

Without a shared layer, cost climbs with every new robot and vendor. Formant flattens that curve.

Economic Outcomes

The operating layer pays back in time, scale, and uptime.

Without a shared layer, cost climbs with every new robot and vendor. Formant flattens that curve.

BUILT FOR Two REALITIES

Near-term credibility. Long-term relevance.

Near-term credibility. Long-term relevance.

From Objective To Physical Work

Formant already sits where orchestration needs to happen.

Fleet state, permissions, commands, telemetry, evidence, and human intervention — the substrate objective-driven work runs on. This is the direction Formant is built to support, not a finished autonomous product.

If you are deploying robots, building physical AI, or scaling robot operations — talk to Formant.