The View
One Operating Picture Across Every Domain
Air, ground, maritime, and space sensors usually arrive as separate feeds, each watched and reconciled by hand. Callandor fuses them into one shared picture, where an unknown contact resolves into a single fused track.
- Edge-Native
- Hardware-Agnostic
- Tactical-Map Ready
The stack
One Mission Stack.
Four Capability Surfaces.
Designed as one integrated system from the start. Each capability feeds the next, so the stack works as a whole.
- 01 Perception Find what matters.
- 02 Localization Coordinates you can stand behind.
- 03 Simulation Rehearse on real terrain.
- 04 AutonomyIn Development Command at scale.
01 Perception
Perception: Find what matters.
Detect, classify, and track contacts in real time at the edge, adapting in the field to novel targets. Every detection carries a certainty calibrated to the evidence behind it.
- Real-Time Detection
- Multi-Sensor Inputs
- Rapid Adaptation
- Edge Deployment
02 Localization
Localization: Coordinates you can stand behind.
Geolocate and track targets when GPS, geometry, and comms degrade. When GNSS is lost, visual odometry carries navigation forward from the last known fix. The system never reports a precise number it can't stand behind.
- Target Geolocation
- GNSS-Denied Navigation
- Explicit Uncertainty
03 Simulation
Simulation: Rehearse on real terrain.
Generate photorealistic, geospatially exact digital twins from a drone flight over a real area. Wargame, rehearse, and test on the actual objective.
- Real-Terrain Reconstruction
- Photorealistic EO / IR
- Test & Rehearse
04 AutonomyIn Development
Autonomy: From sight to action.
Perceive, decide, and act on the platform, at the edge. When the link is cut, the vehicle keeps carrying out the mission on its own, sharing what it sees with the platforms around it. We're building systems across air, ground, and sea, built on one stack, that you task in plain language and trust to run the mission themselves.
- 3D Reconstruction
- On-Board Detection
- Vision-Language-Action
Command at scale
One operator, many platforms.
Full autonomy is the force multiplier for unmanned systems. One operator sets the intent and the whole swarm carries it out at machine speed, even when GPS and comms are denied.
- One-to-Many Control
- Comms-Denied Operation
Why Callandor
Built for Contested Environments
Camouflaged targets, jammed GNSS, a stale map, a dropped link. In a contested environment they arrive at once. Callandor's technology is built to keep the picture together through them, and to report its uncertainty when the picture won't hold.
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Sovereign Canadian IP
No foreign cloud and no foreign vendor in the loop. Built to satisfy procurement that scores sovereignty.
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Edge-Native Compute
Runs on a single GPU on the platform and works disconnected by default. No link, no cloud, so it keeps operating when comms drop.
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Hardware-Agnostic
Works with the platforms and models you already use. Outputs are standard formats that drop straight into your tools.
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Standards-First
Speaks the standard military formats natively, including STANAG 4609 / MISB metadata, Cursor-on-Target, MGRS grids and MIL-STD-2525 symbology as native data paths.
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Multi-Domain
Air, ground, maritime, and space run on the same stack and the same tracks. Integrate once and cover every platform type.
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Honest About Uncertainty
When localization or optics degrade, the system reports its uncertainty and flags when it can't produce a reliable fix.