Embedded & Defense
Systems that protect nations
Defense and embedded systems operate at the intersection of custom hardware and highly secure software. We build systems where security is enforced by architecture, not just policy—and where failure is not an option.
Industry Challenges
Embedded and defense systems face constraints that commercial software never encounters.
Defense and embedded systems require tight coupling between custom hardware and software. Development must account for hardware constraints, timing requirements, and physical security boundaries.
Systems handling classified information require security architectures that go far beyond commercial standards. Hardware security modules, separation kernels, and formal verification are baseline requirements.
Mission-critical systems must operate in hostile environments without failure. Software must be designed for graceful degradation, fault tolerance, and operation under adverse conditions.
Defense systems undergo extensive certification and accreditation. Development must plan for multi-year approval processes while maintaining the ability to address security findings.
What we build
Our defense and embedded experience spans secure architectures, hardware integration, and systems requiring the highest levels of assurance.
- Secure operating system and kernel development
- Hardware security module integration
- Cryptographic system implementation
- Embedded real-time systems development
- Secure communication protocol design
- Separation kernel and virtualization security
- Post-quantum cryptography integration
- Central management and monitoring systems
Why long-term partnerships matter in defense
Defense systems are built for decades of operation. The partnerships that build them must match that timeline.
Security clearances and trust
Defense work requires cleared personnel who understand classification requirements. Building and maintaining this capability takes years, not months.
Systems span decades
Defense platforms are deployed for 20-30 years. The teams that build them must be available for ongoing maintenance, security updates, and capability enhancements.
Institutional knowledge is irreplaceable
Understanding the intersection of hardware constraints, security requirements, and operational needs takes years to develop. Continuity preserves this critical knowledge.
Building high-assurance systems?
Let's discuss how we can support secure architecture, hardware integration, or embedded development.