Multi-Vehicle Coordination
Manage multiple systems in a single flow. Vehicles move together, missions complete together.
unmannedOS
OPERATING LAYER FOR UNMANNED VEHICLES
Manage unmanned systems on a single layer.
DEFINITION
unmannedOS is a unified software layer that manages unmanned system operations end to end.
It brings different vehicles, missions, and data into a single flow.
It works in the field — whether the link is up or not.
It makes operations faster, more reliable, and scalable.
Operational foundation.
Six core capabilities — unified into a single flow that works in the field.
Multi-Domain Vehicles
Manage air, ground, and sea vehicles in the same system. Every platform speaks one operational language.
Real-Time Control
Monitor and manage operations in real time. Decisions reach the field instantly.
Uninterrupted Operation
Operations continue even if the link drops. Missions stay reliable, end-to-end.
Extensible System
Add new capabilities with applications. Grow with an expanding app ecosystem.
Scalable Architecture
Grows from a single vehicle to large-scale operations. The system expands as your need expands.
DEEP DIVE
The Core Unit: Operation
The unit of command is not a vehicle — it is an operation.
You define an outcome-driven operation, not a single craft; the system arranges the execution itself.
Systems Behavior
Not manual control. Behavior.
Policies replace command streams; each platform reads its own state while the system coordinates behavior.
Unified Operation Logic
Air, ground, sea — one language.
A vehicle-agnostic abstraction; one mission carries the same semantics across every domain.
Extensible Capabilities
A capability is an application.
Third-party modules attach to the core like applications; sandbox, versioning, marketplace are built in.
Disconnected Operation
When the link drops, the mission continues.
Decisions are local. The edge node owns the mission; the cloud is an optional observer.
Real-Time Decision Propagation
One decision — in the field within milliseconds.
An event-driven backbone delivers decisions atomically to every relevant system. Latency disappears.
Single → Swarm → Distributed
One core, every scale.
From one vehicle to a thousand, one nest to a distributed operation — the architecture grows, not rewrites.
Human + System Interaction
Not a pilot. Not an operator. A commander.
You declare intent in natural language; the system structures, validates, executes, and reports back.
Real-World Deployment
Not a test bed. The field.
Link loss, weather, contested airspace, constrained power — the system was born in these conditions.
Continuous Evolution
New capabilities, never disrupted.
The core contract is stable; modules, models, behaviors update in place. Tomorrow's capability ships today.