Scroll to Explore
VERITAS
Defence Applications
VERITAS
Verifiable, Resilient, and Intelligent Transport with Adaptive Security for Autonomous Systems
VERITAS is a forensics-aware, resilient communication and control framework for autonomous platforms — including UAVs, UGVs, and near-space systems — that maintains robust operation under RF jamming, GNSS spoofing, and hostile interference.
The system integrates multi-link transport via concurrent 5G/LTE and SATCOM channels, with multi-band (Sub-GHz/GHz) dual-frequency operation featuring real-time noise-floor estimation, AI-driven frequency switching/hopping, redundant transmissions, and FPGA/ASIC-based adaptive modulation/power control across multiple selectable RF chains.
For GNSS resilience, absolute positioning initializes with GPS alongside AI-processed inertial data from accelerometers/gyroscopes, fuses via Kalman filter, and selectively forwards the lowest-variance sensor stream to the flight controller. Edge AI enables adaptive channel selection, while a binary-encoded cryptographic packet framework with dynamic field reordering and fixed length enhances security, power efficiency, and traffic obfuscation on edge devices.
Core Capabilities
GNSS-Denied Flight
Maintains precise navigation without external satellite signals using onboard inertial fusion.
Multi-Link Transport
Concurrent 5G/LTE and SATCOM channels with continuous adaptive switching.
Adaptive Frequency Hopping
AI-driven rapid frequency switching based on real-time noise-floor estimation across Sub-GHz/GHz bands.
Kalman Filter Fusion
Merges AI-processed inertial telemetry from accelerometers/gyroscopes for absolute sensor certainty.
Cryptographic Packet Mapping
Binary-encoded, dynamic field reordering with fixed-length packets to enhance traffic obfuscation.
FPGA/ASIC Modulation
Hardware-level adaptive modulation and power control across multiple selectable RF chains.
Forensics-Ready Data Logs
Collects and secures intrusion telemetry for post-mission intelligence and cryptographic verification.
Mil-Spec Structural Build
Hardened platform resistant to physical and cyber-electromagnetic attacks.
Minimal-Sensor Fusion
Lowest-variance data streams forwarded selectively to the core flight controller for maximum stability.
System Architecture
Resilient Communication Layer
The communication framework is built to operate under severe adversarial conditions. By continuously analyzing the RF spectrum via AI, it avoids targeted interference dynamically — preserving the mission control link even when isolated RF chains fail.
Real-Time Noise-Floor Estimation
Evaluates the noise floor instantaneously across Sub-GHz and GHz bands to identify hostile jamming patterns and initiate frequency hops.
Encrypted Telemetry Obfuscation
Dynamically reorders packet boundaries with fixed-length encoding, preventing adversaries from reverse-engineering the command sequence.
Edge-AI Navigation Engine
Under total GNSS denial, the flight controller operates entirely independent of the global positioning network. Once interference is verified, it utilizes local physics — accelerometer and gyroscope fusion — to calculate true absolute positioning.
Kalman Filter Processing
Mathematical fusion of gyroscope and accelerometer variances selectively forwards the lowest-variance stream to the flight controller before steering directives.
Seamless Fallback Triggers
When spoofing vectors are identified, the system discards global coordinate data instantaneously, shifting to lowest-variance internal sensor streams without interruption.
Strategic Advantages
Forensics-Ready Reporting
Unlike commercial platforms, VERITAS maintains a cryptographically verified ledger of network intrusions and spoofing attempts, aiding post-mission intelligence gathering.
Cross-Band Redundancy
Concurrent satellite and terrestrial mobile frequencies ensure no single point of failure can sever the command link — a key differentiator over prior art.
Uncompromised Integrity
Adaptive packet restructuring and AES-256 protection guarantee unauthorized commands are discarded even if communication channels are hijacked.
Autonomous Continuation
If all external links fail, the vehicle calculates the lowest-variance return vector using internal physics components to safely extract assets from the contested zone.
Defence Innovations
VERITAS integrates natively with our robust suite of high-security autonomous systems.
Interested in VERITAS?
Contact us to learn more about this solution and how it can benefit your organization.
Contact Sales