Federated Drone & Robot Coordination Hub — bRRAIn Docs

Global federation control plane for fleets of drones and robots across sites and operators.

Federated Drone & Robot Coordination Hub

A control plane for coordinating fleets of drones, ground robots, and other autonomous agents across multiple sites and operators — with bRRAIn as the brain.

What it does

If you operate more than a handful of robots, you've discovered that fleet management is hard: device registration, mission planning, telemetry capture, fault response, multi-site coordination, regulatory logging. The Hub gives you:

  • Device registry — every robot tracked from cradle to grave.
  • Mission planning — declarative mission specs validated before launch.
  • Real-time fleet view — every device's position, state, mission, and health.
  • Federation — share fleets with partners, customers, or other sites under scoped policies.
  • Compliance evidence — regulator-ready logs of every flight, drive, or autonomous decision.
  • Handler reasoning — bRRAIn answers fleet-state questions in plain English.

Use cases

  • Inspection drone fleet across a utility's distribution network.
  • Warehouse robot fleet across a distributed fulfillment operation.
  • Public safety drone deployment with multi-agency coordination.
  • Construction-site monitoring across long-baseline projects.
  • Agriculture (spraying, scouting, harvest) at farm- or cooperative-level scale.

Installing

Per-organization subscription with per-device entitlement. Per-mission compute usage is metered.

After install:

  • A fleet view mounts under your Console.
  • The first-time wizard registers your first device and walks you through a sample mission.

Supported platforms

We integrate with most commercial fleet APIs and open-source robot stacks. Out-of-the-box support includes:

  • Drone platforms — DJI Enterprise, Skydio, Parrot, Auterion-based, ArduPilot, PX4.
  • Ground robotics — Boston Dynamics Spot, Clearpath, Universal Robots arms, Mobile Industrial Robots (MiR).
  • Open robot stacks — ROS 1, ROS 2, MAVLink, custom via the Generic Device adapter.

Device registry

Each device gets a record with:

  • Make, model, serial.
  • Software / firmware versions.
  • Sensors and effectors.
  • Maintenance history.
  • Regulatory registration (FAA part 107, equivalents in other jurisdictions).
  • Assigned operator(s) and home base.
  • Current status (idle, en route, on mission, returning, fault, offline).

Mission planning

A mission is a declarative spec:

  • Target area or waypoint sequence.
  • Sensor capture schedule (RGB, thermal, LiDAR, custom).
  • Behavior tree (route plan, geofences, no-fly zones, contingency reactions).
  • Termination criteria (fuel level, time-of-day, weather, operator command).
  • Escalation policy (what to do on fault).
  • Compliance tags (regulatory class, mission category).

Missions are validated before launch — geofence violations, restricted-airspace conflicts, weather rule-outs, fleet-conflict checks all run pre-flight.

Real-time fleet view

A live map (or 3D scene if paired with Digital Double) shows:

  • Every device's current position.
  • Mission state and progress.
  • Telemetry overlays (battery, signal, sensor health).
  • Fleet-wide alerts.

Operators can hand off control of a device, pause a mission, recall a device, or upload a new mission on the fly.

Federation

Multiple organizations can share fleets under federation policies:

  • Mutual visibility — see each other's fleet state.
  • Mission handoff — pass an active mission to the partner organization (e.g., across jurisdictional boundaries).
  • Combined planning — joint missions where some devices belong to each partner.

Federation is scoped — you control which devices, missions, and telemetry your partner sees.

Compliance evidence

Every command issued and every autonomous decision made is logged with:

  • Device, operator, mission.
  • Time and location.
  • Pre-state, action, post-state.
  • Sensor data captured at the moment.
  • Any rule-set violations and their resolution.

Logs export in regulator-friendly formats (FAA, EASA, EU MASS, custom).

Scopes required

  • Read and write in the extensions/drone-robot-hub zone.
  • Access to the device-API integrations you wire up.
  • Permission to spawn one non-human actor per registered device.
  • Notifier write for fleet alerts.

Where to next