Resilient by Design
Built to keep flying
SwarmOS is engineered to handle degraded conditions, communication loss, and dynamic environments without mission failure or operator intervention.
Product
SwarmOS
A mission-intent coordination layer for autonomous multi-drone operations. Translates high-level objectives into coordinated multi-vehicle action — integrating with commercial hardware to avoid vendor lock-in, built on an open-source drone operating system.
Contact UsThe Problem
Current systems fail when it matters most.
Centralized control, connectivity dependence, and manual coordination create brittle systems that break under real operational conditions.
Capabilities
Designed for the field, not the demo.
Decentralized Coordination
No single point of failure
Built for contested, bandwidth-limited environments. Fleet-level behavior without relying on a single control point, with real-time collaborative adaptation across vehicles.
Mission Continuity
Adapt and execute
Maintains operational continuity through dynamic routing, fault-aware communication, and distributed decision support — keeping missions on track as conditions change.
Operational Scale
From one to many
The software foundation to move from single-drone workflows to coordinated multi-drone operations without rewriting your stack or switching platforms.
Architecture
How SwarmOS works.
SwarmOS connects your flight controller via MAVLink to a ROS 2 mission computer running coordinated autonomy nodes — with SwarmNet handling inter-drone communication across the fleet.
See It In Action
Dynamic retasking in real time.
When conditions change mid-mission, SwarmOS retasks the fleet in under 2 seconds. The current approach takes 3–5 minutes — and breaks coordination in the process.
Get Started
Ready to put SwarmOS to work?
Reach out to discuss your use case and how SwarmOS fits your operations.