Beyond GPS. Beyond Assumptions.
AnchorPoint builds verified positioning systems that remain operational when every satellite, sensor, or network has failed.
This is the next era of navigation – autonomous, sovereign, and incorruptible.
Why It Matters
The world still navigates with systems designed for a simpler era. GPS and GNSS were never built for contested skies or intelligent interference. Today they are targets – jammed, spoofed, and manipulated by anyone with the intent and capability. This growing vulnerability has made global navigation dangerously dependent on signals that can no longer be trusted.
AnchorPoint ends that dependency.
Across the industry, many approaches attempt to reinforce the old model – adding layers of hardware, correction feeds, or simulated redundancy while remaining tied to the same fragile foundation. Even large-scale programmes have invested hundreds of millions without achieving true independence from satellite infrastructure.
AIX defines a new order of navigation based on autonomous verification rather than satellite reliance. It reads the environment, learns from it, and confirms positional truth internally. This is not redundancy; it is replacement – a verified, self-reliant system that cannot be jammed, spoofed, or externally controlled.
VIDAR Safety is the operational proof of this architecture. Developed for aviation, it maintains positional integrity through an independent assurance path when GPS collapses – already validated across other high-integrity sectors and now entering pilot stage for civil authorization.
According to the European Union Aviation Safety Agency (EASA), GNSS disruptions are a recognised operational hazard across Europe. AnchorPoint does not mitigate that risk – it removes its operational impact.
Together, AIX and VIDAR establish a new foundation for navigation integrity – one where position, timing, and truth are verified within the system itself, not borrowed from space.
Pilot Stage – A Strategic Invitation
VIDAR Safety has progressed beyond concept into a fully functional architecture. Its underlying framework has already been proven through successful use in other high-integrity industries. The aviation version is now ready for its first dedicated pilot program.
This is a rare opportunity for an authorized operator, regulator, or national partner to participate in the first real-world implementation of a GPS-independent navigation assurance system. Each function presented here represents a technically verified capability, ready to be adapted to meet specific partner and regulatory requirements.
Because aviation frequencies are internationally protected, final validation must take place under approved and controlled conditions. We are seeking a strategic launch partner – a nation, airline, or aviation authority prepared to lead the transition toward resilient navigation in the post-GNSS era.
Joining the pilot means taking part in shaping the future global standard for navigation integrity and operational assurance.
VIDAR
Guardian of Airspace Integrity
VIDAR
Guardian of Airspace Integrity
AIX
Autonomous Integrity Exchange
AIX
Autonomous Integrity Exchange
AIX Navigation
The system that makes GPS optional.
AIX is not built on existing frameworks – it replaces them. It redefines how position, timing, and motion are understood and verified, creating a navigation architecture that operates entirely outside the limits of GPS and GNSS.
Through autonomous environmental correlation and advanced AI reasoning, AIX generates its own verified spatial truth. It continuously validates accuracy across domains, sustaining assured navigation even in total signal denial or deception.
Born from the same research discipline that earned the European Commission’s Seal of Excellence in AI innovation, AIX applies that precision to a far broader mission – the creation of navigation intelligence that no longer depends on external systems.
AIX is engineered for sovereign resilience. It marks the transition from dependent positioning to autonomous assurance – a framework capable of supporting everything from individual platforms to national infrastructures.
This is not speculation or concept work. It is the result of nearly three decades of research and engineering, built on a deep understanding of how the world itself leaves measurable fingerprints every second. AIX captures those patterns and turns them into verified navigation truth.
Key Benefits
Protects crews and assets with trusted alerts across air, sea, and land
Maintains operational safety during GPS/GNSS disruption
Reduces operational costs by avoiding unnecessary diversions and downtime
Builds fleet-wide intelligence for operators and sovereign networks
About AnchorPOINT
AnchorPoint develops sovereign-grade systems that safeguard the world’s mobility infrastructure when GPS and GNSS can no longer be trusted. Our work spans aviation, maritime, and terrestrial domains—delivering verified navigation, operational continuity, and data integrity under the most demanding conditions.
At the core of this mission are VIDAR and AIX—technologies that establish independent navigation assurance through autonomous reasoning and multi-domain correlation. Together they provide nations, operators, and ANSPs with a secure foundation for navigation truth and strategic resilience.
Recognised by the European Commission with the Seal of Excellence, AnchorPoint applies the same research discipline and precision engineering to every deployment, ensuring measurable reliability and long-term sovereignty for its partners.
Our purpose is simple: to redefine navigation integrity for the modern world—transforming vulnerability into verified confidence across every layer of global transport.