Swarm orchestration
Describe the outcome — a corridor to inspect, an area to cover, a perimeter to hold. SwarmHub decomposes it into roles, formations and flight legs, then keeps the plan valid as aircraft join, land or drop out.
Swarm command & control
One operator
An entire swarm
One-pilot-one-drone operations only scale by adding headcount. SwarmHub gives civilian and public-service teams a practical way to coordinate a fleet: wider coverage, faster missions and lower operating costs, while you command intent instead of individual aircraft.
Built for BVLOS · Mesh radio · Onboard autonomy
14 aircraft airborneMesh integrity 98%Sector 04 · Grid 51.7N 19.4E
- One operator
- One command layer for the whole fleet
- Shared awareness
- One live mission picture across every aircraft
- No single point
- Distributed coordination over a mesh-connected fleet
- Mission-level control
- Define the objective, not every flight path
Platform
Everything a swarm needs
between intent and impact.
Most multi-drone systems were built for military use. SwarmHub is a civilian-grade platform for commercial and public-service operators, combining mission planning, autonomy, mesh communication and operator control in one system.
Intent-based control
One screen, one cursor. Redirect the whole formation, split a wing off to investigate, or take manual authority over a single airframe without pausing the mission.
FANET mesh communication
Every aircraft relays for its neighbours over a self-healing flying ad hoc network. With no central node, the swarm can elect a new leader and keep sharing position, battery and link state through dead zones.
Onboard autonomy
Real-time separation, collision avoidance and contingency logic run on the airframe, so the swarm keeps flying safely through a lost link instead of freezing.
Airspace & safety
Geofenced volumes, altitude bands, no-fly exclusions and per-aircraft return-to-home rules — enforced in the air, not just drawn on a map.
Replay & reporting
Every mission is recorded frame by frame. Scrub the timeline, export evidence packs, and hand regulators a complete flight record.
See it running in the console
Roster, airspace, telemetry and timeline — the view an operator actually flies from.
The console
A cockpit for the whole fleet.
One live view for the fleet, the airspace and every link in the mesh. The operator watches the mission; SwarmHub watches the aircraft.
SwarmHub GCS v2.4D1LeaderD2D3D4T 00:01:09Gps3D fixMavlinkConnFanet4/4≡ AutoE-stopFly mode↳ Plan missionFormation: diamond · sep 15 m · leg 3 of 5Survey volume 4.2 km²
Missions
One platform, many theatres.
The hard part of multi-drone work is the same everywhere. Coordination, coverage, contingency all taken care of, only the payload and the plan change.
Time-critical coverage
Search & rescue
When every minute matters, one operator can coordinate a three-drone swarm to search more ground at once. Faster, systematic coverage helps teams find critical leads sooner and reduces the risk of missed areas.
- Multi-drone coordination
- Systematic terrain coverage
- Golden Hour response
- 3×
- broader coverage
- 60%
- potential time reduction
- 5/5
- life-saving impact
Long-range monitoring
Infrastructure inspection
Inspect power lines, pipelines, and railways with a coordinated fleet instead of parallel crews. SwarmHub helps inspection teams extend coverage while reducing pilot costs and operational overhead.
- Power line inspection
- Pipeline monitoring
- Railway corridor surveys
- 1
- operator per swarm
- 3×
- simultaneous coverage
- 0
- extra pilot teams
Reliable field operations
Precision agriculture
Crop monitoring and field photogrammetry offer the ideal environment to validate swarm operations. Predictable terrain lets agricultural teams cover large fields efficiently and turn aerial data into better decisions.
- Crop monitoring
- Field photogrammetry
- Repeatable missions
- 3×
- field coverage
- 1
- operator
- 100%
- repeatable routes
Scalable operations
Drone services
Independent pilots and small drone companies can take on larger-area contracts without building a bigger flight crew. A single coordinated operation makes it easier to scale services while keeping control simple.
- Large-area contracts
- Lean flight teams
- Commercial missions
- 1
- operator
- 3
- coordinated drones
- More
- contracts in reach
Accessible swarm R&D
Research & education
Universities, research centres, and drone clubs need practical tools for testing swarm intelligence. SwarmHub gives students and research teams an open foundation for developing, validating, and teaching multi-drone systems.
- Swarm AI research
- Student development
- Drone club projects
- Open
- research platform
- Multi
- drone experiments
- Next
- generation talent
Workflow
Four moves, start to finish.
The operator makes decisions. Everything between the decision and the airframe is ours.
- 01
Draw the mission
Sketch an area, a corridor or a perimeter. Pick payloads and constraints. SwarmHub returns a flyable plan with roles, timing and a fuel-for-coverage budget.
- 02
Launch the swarm
Arm once. Aircraft stagger their departures, claim their legs and build the mesh on the way up. No per-airframe checklists, no second pilot.
- 03
Adapt in flight
Battery drops, a link fades, a target moves. The swarm re-allocates work around it and tells you what changed.
- 04
Debrief & prove it
Land, and the mission is already packaged: tracks, imagery, events and decisions, exportable as an evidence pack for clients or regulators.
Status · development
Still in
the hangar.
SwarmHub is being built right now. Currently we are not onboarding testers or taking sign-ups yet. If you want to know where this is heading, what and when the platform will fly, or you are working on something adjacent, write to us and we will tell you what we can.
- Partnerships
- Payload integration
- Technology
- Press