Strategic R&D
Battery Modernization
Complete retrofit programs for existing UAV, UGV and vehicle fleets. Replacement of legacy chemistry with next-gen high-energy-density cells, implementation of intelligent BMS with predictive health monitoring, active thermal management and dynamic power allocation. Achieves 45–80% increase in operational endurance while maintaining original form factor and weight.
Software Hardening
Comprehensive hardening of mission-critical software against cyber threats, reverse engineering and runtime attacks. Implementation of memory safety, control-flow integrity, anti-tampering mechanisms, obfuscation, secure boot verification and runtime integrity monitoring. Full compliance with DO-178C DAL-A / MIL-STD-498 and zero-trust architecture principles.
Secure Firmware Architecture
Design and certification of secure boot chains, hardware-rooted trust (TPM / PUFs), post-quantum cryptography in firmware, side-channel attack resistance and formal verification of critical code paths. Supports remote attestation, over-the-air secure updates and hardware-enforced isolation between safety-critical and non-critical partitions.
Legacy Fleet Upgrades
End-to-end modernization of aging platforms without full replacement. Integration of modern avionics, edge AI processors, encrypted mesh datalinks, new sensor suites and autonomous capabilities while preserving airframe, propulsion and certification status. Dramatically extends service life and multiplies combat effectiveness at a fraction of new platform cost.