ALT-PNT

GPS-independent. Quantum-precise. Built for environments where satellite signals end.

Bandelier's Alt-PNT platform uses nitrogen-vacancy (NV) diamond quantum sensing to navigate without GPS, GNSS, or any external satellite infrastructure.

The system reads Earth's magnetic field with sub-picotesla precision, pairing a passive quantum sensor with an onboard ML model for GPS-grade accuracy in jammed, spoofed, and denied environments — across air, ground, and undersea domains.

It emits nothing. It cannot be jammed or detected. It gets more valuable as the electromagnetic environment degrades.

Key Features

  • NV Diamond Quantum Magnetometry
    Sub-picotesla sensitivity at room temperature. No cryogenics, no moving parts.

  • Fully GPS-Independent
    Operates in jammed, spoofed, or signal-blocked environments across air, ground, and undersea domains.

  • ML-Powered Map-Matching
    Onboard ML fuses quantum sensor data with geomagnetic maps for precise, continuously improving positioning.

  • Passive and Unjammable
    Emits nothing. Cannot be jammed, spoofed, or triangulated.

  • Multi-Domain Ready
    Single navigation architecture across UAVs, undersea vehicles, and autonomous ground platforms.

  • Compact, Low-SWaP

    Optimized for size-, weight-, and power-constrained autonomous systems.

Additional materials and information about Bandelier’s ATL-PNT capabilities may be requested here.