Tyraxe
A platform for contested environments.
Three Layers. One Platform.
Navigation. Coordination. Logistics. Three independent layers, one integrated platform. Each layer functions under severe electromagnetic stress on its own and reinforces the others when connectivity allows. When GPS is denied and communications collapse, Tyraxe keeps forces operational across ground, air, and maritime domains.
AIX - Navigation Without Satellites
AIX is a passive, GNSS-independent navigation layer that provides continuous positioning when satellite signals are jammed, spoofed, or unavailable. AIX detects and approximates the location of active jamming sources..
AIX mounts as a compact module on aircraft, ground vehicles, UAVs, and dismounted personnel. It integrates as an auxiliary navigation source within existing platform avionics and mission systems.
Developed in two variants: AIXc (civil) and AIXm (military), sharing the same core architecture with separate certification paths.
Key outcomes:
- Continuous positioning in full GPS denial
- Operates without broadcasting or external infrastructure.
- Jammer detection and localisation
- Platform-agnostic integration
- Automatic failover when GNSS degrades
Core Capabilities
AIX Navigation
Continuous positioning when satellite signals are jammed or unavailable. Passive operation with automatic electromagnetic threat detection.
Link Communications
Self-forming mesh networks maintain coordination under jamming. Autonomous network formation using existing military radios without infrastructure dependency.
Flow Logistics
Distributed architecture enables autonomous supply coordination without centralised command. Each platform maintains independent decision capability.
Link - Coordination Under Fire
Link is a coordination layer that preserves inter-unit awareness when conventional communications are jammed or denied. It deploys onto existing communications equipment, no additional form factor.
Link maintains shared coordinates and relative positioning across distributed forces even when individual platforms lose their own navigation source. It enables units to retain a coherent operational picture under severe RF disruption.
Link does not replace AIX as a navigation engine. It distributes, reinforces, and stabilises position data force-wide, ensuring navigation continuity even when individual platforms experience partial sensor denial.
Key outcomes:
- Force-wide coordination when standard radios are suppressed
- Position sharing and navigation reinforcement across platforms
- No new hardware – runs on radios the force already carries
- Operates without network backbone or centralised infrastructure
- Resilient under electronic warfare conditions
Flow - Autonomous Mission Intelligence
Flow is the operational decision layer that maintains force readiness, supply continuity, and mission coherence when centralised command infrastructure is denied.
Flow enables distributed autonomous decision-making across the force. Each platform maintains independent operational awareness and acts on local priorities aligned with theatre-level objectives, forming consensus across dispersed units without requiring continuous communication.
This is not swarm behaviour. Each node maintains mission coherence independently. Flow scales from squad-level operations to brigade and division level with no dependency on uninterrupted C2.
Key outcomes:
- Autonomous logistics and supply coordination without central command
- Predictive resource management across ammunition, fuel, medical, and materiel
- Distributed decision-making that survives node loss and network fragmentation
- Scales from squad to division without fixed infrastructure
- Maintains mission coherence when only fragments of the force remain connected
Operational Domains
Ground Operations
Maintain navigation and coordination for armored formations, mechanized units, and ground vehicles operating in GPS-denied environments.
Aviation Operations
Provide continuous positioning for manned aircraft and UAV platforms when satellite navigation is jammed or unreliable.
Maritime Operations
Enable naval vessel navigation and coordination in contested waters where GPS jamming threatens operational capability.
Multi-Domain Coordination
Unified capability across ground, air, and maritime forces ensures mission coherence despite electromagnetic warfare.
Platform Integration
Tyraxe integrates with existing military platform architectures as an autonomous backup layer. Modular design enables deployment across diverse vehicle types, aircraft, and vessel classes without platform-specific modifications. Open interfaces support integration with standard military systems.