Zantasy Defence Systems
Illustrative conceptAssured autonomy when signals cannot be trusted.
Zantasy develops platform-independent navigation resilience, sensor-fusion and autonomy-assurance technology for uncrewed systems operating across land, air and maritime domains.
Operate when signals fail.
UK-based · Platform-independent · Human-authorised operations
01 — Operational problem
Autonomous systems depend on information they cannot always trust.
GNSS may be degraded, denied, unavailable or inconsistent with other navigation sources. Communications can be interrupted. Cameras can be obscured. Sensors can disagree.
In degraded and contested environments, an autonomous system must do more than follow a route. It must recognise uncertainty, identify which information remains reliable and move into an authorised safe behaviour before uncertainty becomes mission failure.
GNSS can disappear.
Communications can be interrupted.
Cameras can be obscured. Sensors can disagree.
02 — Three primary offerings
Navigation integrity, sensor fusion and autonomy assurance.
Three primary programmes form the core of the Zantasy portfolio — each at a clearly stated stage of development.
NavShield
Assured positioning, navigation and timing (PNT) and confidence-aware navigation.
Sentinel
Counter-UAS sensor fusion and command integration.
AssureLab
Simulation, testing and autonomy assurance.
03 — Resilience architecture
Sense. Verify. Decide. Supervise. Assure.
Sensors and platform inputs feed an integrity and confidence layer; the vehicle follows an authorised response under mission supervision, and testing and evidence close the loop.
04 — Multi-domain applications
One architecture across land, air and maritime systems.
LAND
Optionally crewed logistics, reconnaissance support, equipment carriage, casualty-evacuation support and hazardous-area operations.
AIR
Resilient route execution, lost-link behaviour, coordinated sensing and mission support for partner UAS programmes.
MARITIME
Harbour protection, patrol, survey, inspection, communications relay and mission support for uncrewed surface systems.
05 — Integration programmes
Autonomy integration for the platforms you already operate.
Staged integration programmes bring resilient navigation, supervision and assurance to suitable ground vehicles, partner UAS programmes and small craft.
06 — Evidence and development
Engineering experience, evidenced through controlled testing.
Vehicle autonomy and drive-by-wire
The team brings experience in vehicle autonomy and drive-by-wire integration, from control interfaces to supervised vehicle behaviour.
Simulation and controlled testing
Behaviours are developed and checked through simulation, hardware-in-the-loop evaluation and controlled testing before any wider use.
Perception and robotic systems
Experience across perception, sensor integration and robotic systems informs how Zantasy designs for degraded and conflicting inputs.
Evidence before deployment
Capabilities are stated as designed intent and demonstrated only within a defined, controlled test scope — not claimed as operational history.
07 — Current collaboration priorities
Where we are focusing now.
- 01UGV platform integrationGroundKit integration with a representative ground platform, in stages.
- 02Navigation evaluationAssureLab evaluation of navigation integrity where GNSS may be degraded, denied, unavailable or inconsistent with other navigation sources.
- 03Counter-UAS sensor integrationSentinel correlation of partner counter-UAS sensors into one trusted operating picture.
- 04Maritime platform partnershipsSeaKit integration with established small-craft and USV manufacturers.
08 — Engagement routes
Three ways to work with Zantasy.
INTEGRATE
Bring Zantasy resilience and assurance technology onto your existing or next-generation platform.
Discuss a programmeEVALUATE
Prove how your system behaves under degraded conditions through an AssureLab test programme.
Discuss a programmePARTNER
Work with Zantasy as a platform manufacturer, integrator or research partner.
Discuss a programme09 — Discuss a programme
Zantasy works with defence users, primes, platform manufacturers and qualified technology partners to integrate, test and demonstrate resilient autonomy for degraded and contested environments.
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