Protect GNSS receivers, inertial navigation systems, and positioning data links against quantum computing threats. From PQC-authenticated GPS signals to AI-powered anti-spoofing with quantum-safe integrity across every navigation layer.
PQC-authenticated GNSS signal processing with M-code upgrade path, ensuring that satellite navigation signals cannot be forged by quantum-enabled adversaries.
Post-quantum encrypted INS/GPS data transmission for secure navigation data fusion, protecting positioning information against interception and quantum decryption.
ML-based GPS spoofing detection combined with PQC authentication chains, providing layered defense against quantum-era navigation warfare and signal manipulation.
GPS authentication and GNSS signal integrity rely on cryptographic signatures that will be broken by quantum computers. Adversaries with quantum capability can spoof authenticated GPS signals, forge navigation messages, and undermine the trust foundation of military positioning systems.
Inertial navigation system data links use RSA and ECC encryption for INS/GPS fusion data transmission. Quantum computers will break these protections, enabling interception and manipulation of navigation data. Navigation warfare — including coordinated spoofing, meaconing, and signal manipulation — becomes significantly more dangerous when classical authentication is quantum-compromised.
| Parameter | Value |
|---|---|
| Solutions Available | 5 quantum-safe solutions |
| FPGA Solutions | 4 (GNSS auth, INS datalink, QRNG, AI-PQC) |
| ASIC Solutions | 1 (navigation message auth) |
| Firmware & Platforms | 1 (AI anti-spoofing) |
| AI-Integrated | 1 (anti-spoofing detection) |
| Standards | FIPS 203, 204, CNSA 2.0 |
| Migration Phase | 2025-2030 (hybrid first) |
| Solution | Type | Description |
|---|---|---|
| QS-GNSS Authentication | FPGA | PQC-authenticated GNSS signals with M-code PQC upgrade for quantum-safe satellite navigation |
| PQC-Secured INS/GPS Datalink | FPGA | Post-quantum encrypted navigation data transmission for secure INS/GPS fusion links |
| QS Navigation Message Auth | ASIC | ML-DSA signed navigation messages for anti-spoofing with hardware-accelerated signature verification |
| QRNG for Navigation Integrity | FPGA | Quantum random challenge-response for navigation system authentication and integrity verification |
| AI-PQC Anti-Spoofing | Software, FPGA | ML-based GPS spoofing detection combined with PQC authentication chain for layered navigation defense |
| Solution | Description |
|---|---|
| QS-GNSS Authentication | Synthesizable RTL core implementing PQC-authenticated GNSS signal processing with M-code upgrade path. Supports ML-KEM key exchange and ML-DSA signature verification for satellite navigation authentication. |
| PQC-Secured INS/GPS Datalink | FPGA IP core for post-quantum encrypted INS/GPS data fusion transmission. Hybrid classical+PQC key exchange ensures navigation data integrity during quantum transition. |
| QRNG for Navigation Integrity | True quantum random number generator core driving challenge-response protocols for navigation system authentication. Provides mathematically proven unpredictability for anti-replay protection. |
| AI-PQC Anti-Spoofing | Neural network inference engine for real-time GPS spoofing detection with PQC-secured classification outputs and authenticated alert distribution. |
| Solution | Description |
|---|---|
| QS Navigation Message Auth | Dedicated ASIC for ML-DSA signed navigation message verification. Hardware-accelerated signature processing for high-throughput anti-spoofing with tamper-resistant packaging and lowest latency for production navigation receivers. |
| Solution | Description |
|---|---|
| AI-PQC Anti-Spoofing | Machine learning model trained to detect quantum-era GPS spoofing patterns including coordinated signal manipulation, meaconing attacks, and timing anomalies. All detection results are PQC-signed for chain-of-custody integrity with automated alert escalation and PQC-authenticated countermeasure activation. |
| AI-PQC Cognitive Navigation Guard | Cognitive navigation integrity monitor using ML for dynamic multi-source positioning validation combined with PQC-secured cross-referencing of GNSS, INS, and alternative navigation sources. Adapts detection thresholds based on threat environment. |
Choose the delivery model that matches your navigation platform's integration requirements.
Complete source cores for integration into your GNSS receiver, INS processor, or navigation FPGA or ASIC. Includes testbench, verification suite, and integration guides.
Pre-characterized for Xilinx UltraScale+, Intel Agilex, or specific ASIC nodes. Guaranteed timing closure and performance for navigation processing pipelines.
SOSA-aligned VPX modules for rapid PQC deployment into existing navigation platforms, GPS receivers, and INS systems without hardware redesign.
Quantum-safe solutions that complement navigation and positioning security.
Contact us for quantum vulnerability assessments, solution evaluations, or custom integration for your navigation platform.