Every exploitable gap in a communication system traces back to an unverified assumption in the protocol. We audit, harden, and formally verify communication stacks across aeronautical data links, tactical networks, and orbital buses — eliminating those assumptions before adversaries find them.
Capabilities
Rigorous verification architectures combined with cost-effective defensive integration methodologies.
We perform deep-dive protocol analysis and mathematical verification of communication stacks to detect structural vulnerabilities, race conditions, and implementation flaws before deployment. By auditing state machines, data-link framing, and session management logic, we verify correct and reproducible behavior across all safety-critical operating conditions.
Comprehensive risk assessments tailored for denied, degraded, and bandwidth-constrained environments. We model protocol behavior against active electronic warfare threats — signal spoofing, replay attacks, and malicious injection — ensuring operational continuity under contested conditions.
Securing infrastructure shouldn't require tearing it down. We engineer cost-effective, protocol-level security solutions that embed post-quantum algorithms directly into live network stacks, preserving legacy hardware investments while achieving modern compliance.
We perform advanced protocol engineering and security hardening for aerospace and non-terrestrial platforms. We secure aeronautical communication links, harden orbital bus protocols against injection and replay threats, and implement verified hardware/software isolation to safeguard critical flight systems from payload-originated attacks across contested spectrum.
Operational Domains
Next-generation Air Traffic Management (ATM), air-to-ground datalinks, and onboard avionics networks where communication latency and integrity directly affect flight safety.
Hardened satellite communication protocols, tactical ground-to-space uplinks, and inter-domain command channels operating under active electronic warfare and RF jamming threats.
High-security telemetry, smart grid control planes, and transport management systems requiring continuous availability and tamper-evident data integrity.
We specialize in assessing high-vulnerability communication points, conducting tactical threat analyses, and injecting cost-effective cyber defenses directly into system architectures without compromising lifecycle budgets.
