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Robots that understand
each other.

Pheratech enables robots to reason about each other, understanding the strengths and limits of every system around them, and dynamically collaborating to complete complex tasks.

The gap
between capable
and coordinated.

01

Specialized robots can't see each other

Modern robotics has produced highly capable platforms, each optimized for a narrow domain. But they have no machine-readable model of what a peer can do. Capability exists. Awareness does not.

02

Humans fill the coordination gap

Complex missions are routed through human operators who understand each platform's limits. This works in controlled environments. It fails in edge conditions: degraded comms, high tempo, denied access.

03

The missing layer is coordination intelligence

Give robots a shared, machine-readable language for capability and the gap closes. Teams self-organize around mission requirements. The human steps back from orchestration and back into strategy.

Concord

Not smarter robots.
Smarter robot economies.

Concord is the coordination OS that gives heterogeneous robots a shared language for capability awareness, task negotiation, and collective behavior. Isolated autonomous systems become adaptive teams that organize around mission objectives.

Built as a decentralized layer with no central coordinator and no rigid pre-programmed integrations. Developed jointly by Pheratech's research and applied engineering teams.

Pheratech · ConcordSYS/001
CONCORDV1
SYSTEMCoordination OS
STATUS◈ Pre-Release
TARGETQ1 · 2027
Learn about Concord →
01

Capability Advertisement

Structured, machine-readable broadcast of what each agent can do.

02

Distributed Auction Engine

Decentralized bid-based task allocation. No central coordinator.

03

Peer Discovery Protocol

Agents find and verify each other dynamically, at runtime.

04

Resilient Re-teaming

Teams adapt in real time as assets are lost, gained, or reassigned.

Research.

All research directions →
ControlSwarm Formation & Optimal Control
IntelligenceSwarm Network Inference
PerceptionEdge Perception & Distributed Sensor Fusion
RobustnessDistributed Tracking in Denied Environments

Programs.

Three small-UAS systems designed and built in-house, deployed across defense and public safety. Every mission informs the research.

DefenseIn Development

Peregrine

Swarm · OPFOR Simulation

U.S. Army

Training & Operations

Small Test Fleet

Peregrine

Swarm · OPFOR Simulation

Peregrine

Public SafetyIn Development

Falcon

Aerial · Persistent ISR

Dept. of Homeland Security

SAR · Security Operations

Scalable Fleet

Falcon

Aerial · Persistent ISR

Falcon

DefenseIn Development

Merlin

Counter-UAS · Detection & Defeat

Dept. of War

All Branches

Deployable Units

Merlin

Counter-UAS · Detection & Defeat

Merlin

More · TBA