Military-Grade GNSS-Independent Positioning
Defense Navigation Capabilities
AIXm Military Navigation
Conqorde delivers proven GNSS-independent positioning technology for defense platforms operating in contested, jammed, or satellite-denied environments. AIXm provides continuous location awareness through proprietary passive sensing methods, ensuring mission continuity when satellite navigation is unavailable or compromised.
Designed for ground vehicles, aircraft, naval vessels, and dismounted units, AIXm maintains positional accuracy without reliance on external signals. The system operates entirely passively, providing resilient navigation that cannot be jammed, spoofed, or denied by adversarial electronic warfare.
With field-proven performance and MOD export licensing, AIXm represents a fundamental advancement in military navigation resilience. The system integrates seamlessly with existing platform architectures, providing a hardened backup layer that activates automatically when GNSS signals degrade or disappear.
Mission-Critical Navigation Resilience
AIXm Technology Foundation
Conqorde’s AIXm technology provides defense organizations with proven GNSS-independent positioning capability refined through operational field testing. The system addresses the fundamental challenge of maintaining accurate navigation when satellite systems are jammed, spoofed, or unavailable.
AIXm employs proprietary passive sensing methods to resolve position without external infrastructure dependency. This approach ensures mission continuity across contested environments where traditional navigation fails, providing military forces with hardened positioning resilience that operates effectively under severe electromagnetic warfare conditions.
With MOD export licensing and field-proven performance, AIXm supports defense organizations requiring navigation solutions that maintain operational effectiveness when GPS is denied. The technology integrates seamlessly with existing platform architectures while providing autonomous backup capability that ensures mission success regardless of satellite signal availability.
Related Defense Capabilities
Resilient Tactical Communications
Maintain coordination and situational awareness under jamming and communications denial. Advanced networking capabilities ensure command and control continuity when conventional radio systems are suppressed or compromised by adversarial electronic warfare.
Jammer Detection & Localization
Identify and track hostile jamming sources in real-time. The system detects electromagnetic interference attempts and provides approximate jammer locations, enabling tactical response and route optimization around hostile RF environments.
Autonomous Logistics & Supply
AI-driven resupply operations in contested environments ensure mission continuity without centralized command infrastructure. Automated logistics coordination maintains supply chain resilience when traditional systems are degraded or denied.
Why Choose AIXm
Proven Technology Foundation
Built on field-tested technology refined through operational deployments with enforcement agencies across challenging environments. Real-world performance validates the system's effectiveness in GPS-denied scenarios.
MOD Export Licensed
Qualified for defense export with MOD licensing, ensuring compliance for international defense collaboration and deployment. Approved for use by allied defense organizations and government agencies.
Multi-Platform Integration
Compatible with ground vehicles, aircraft, UAVs, naval vessels, and dismounted personnel. Platform-agnostic architecture enables rapid deployment across diverse defense systems without modification.
Passive Operation
Entirely passive sensing ensures the system cannot be detected, jammed, or targeted by adversarial forces. No signal transmission maintains complete operational security during mission execution.
Electronic Warfare Resilient
Operates effectively under jamming, spoofing, and severe electromagnetic interference where traditional navigation systems fail. Designed specifically for contested electromagnetic environments.
Autonomous Activation
Automatically activates when GNSS signals degrade, providing seamless fallback without crew intervention. Continuous monitoring ensures mission continuity with zero manual transition requirements.