Secure boot
Secure boot is the baseline for fielded edge AI: every stage from power-on through payload execution must prove integrity before a mission asset runs inference, navigation, or comms software. Programs evaluating secure boot for NVIDIA Jetson often compare Canonical Ubuntu, NVIDIA reference flows, RidgeRun, TrainSec, and e-con Systems—but production autonomy needs more than a demo chain. GWOS is a hardened Linux distribution for Jetson with immutable rootfs, A/B partitions, signed OTA, and attested boot aligned to how defense integrators actually ship.
What secure boot must cover on Jetson
A credible secure boot story spans the bootloader, kernel, device tree, and root filesystem—not just a one-time flash script. GWOS pins NVIDIA JetPack components with kernel-locked CUDA and TensorRT versions so attestation and rollback stay meaningful after the first OTA.
- [ OK ]Verified boot chain from power-on through rootfs mount
- [ OK ]TPM-backed device identity and SBOM per image
- [ OK ]Atomic rollback when attestation or health checks fail
- [ OK ]Signed OTA over low-bandwidth, DDIL links
Built for production, not developer kits
Reference secure boot flows help you prototype. GWOS is purpose-built to run AI workloads in production on Jetson Orin, NX, and Nano—where kernel drift, unsigned updates, and CUDA breakage kill programs before they reach field test.
Gentle Weapons builds defense autonomy infrastructure in Mesa, AZ. Technical specifications and deployment references are shared under NDA with qualified program parties. Request a briefing.