Autonomous intelligence for disconnected environments

Murmuration intelligence at the edge.

Cloud Optional, SATCOM Optional.

INSPIRATIONAL MUST WATCH VIDEO:World champion paraglider Horacio Llorens flying alongside a murmuration of starlings.

Autonomous intelligence built for the hardest environments — where connectivity is denied, degraded, intermittent, or limited (DDIL environments), or high-density public environments where communication network is severely congested.

What we do

Autonomy that doesn't need the cloud.

Starlings AI brings edge AI to every device in a fleet. Like a starling murmuration — thousands moving as one, with no leader — they sense, decide, and coordinate on their own, even when the network is jammed, degraded, or gone.

Edge AI

AI inferencing at the edge.

Decentralized

Peer-to-peer consensus on-device — no central controller to fail.

Real-Time

Millisecond decisions on-device — no cloud round-trip.

DDIL-resilient

Holds together through jamming and blackout; reforms automatically.

Hardware-agnostic

One runtime across mixed fleets of mobile and edge devices.

Dynamic Cloud Sync

Runs offline; syncs to the cloud when a link returns. Cloud optional.

Use cases

For the world's hardest environments

Defense & Military

Autonomous drone and ground-vehicle fleets for ISR and maneuver in GPS-denied, contested airspace.

Maritime & Offshore

Uncrewed surface fleets for patrol, search, and asset protection far beyond reliable coverage.

Industrial & Remote Sites

Self-organizing robot fleets for inspection, safety, and logistics where bandwidth is scarce.

Smart Spaces

Crowd intelligence for smart cities and smart stadiums — fusing feeds on-device when overcongested networks buckle.

Space & Orbital

Autonomous coordination across satellite constellations, orbital data centers, and spacecraft — staying in sync over sparse, high-latency space links.

Transportation

On-device intelligence for transportation networks — like nationwide electronic toll collection — accurate at highway speed without constant backhaul.

Tell us where your network fails.

Contact us to become one of our early design partners.