Engineered by a TCAS-II aviation veteran, our architecture rejects probabilistic guessing. True autonomy requires absolute, localized hardware safety and mathematically verifiable governance. The SBALF and SBUD operate under a strict, defense-grade framework:

• Hardware-Enforced Physical Veto: Immune to software hacking. Corrupted vectors or Electronic Warfare (EW) interference immediately trigger a ~3ms Tier 1 FPGA override. As the ultimate failsafe, an IEC60204-1 Category 1 hardware relay physically severs the 12V servo rail.
• Intrinsic Cognitive Security: Zero reliance on vulnerable cloud LLMs. Running bare-metal on a RISC-V substrate, our Vector Symbolic Cognitive Core (VSCC) uses 4K-D or 64K-D vector algebra across a tiered architecture to enforce mathematically immutable boundaries—rendering the system immune to prompt injection and data poisoning.
• Defense-Grade Zero-Trust Enclave: An air-gapped, "Deny All" command hierarchy built on a DISA STIG-compliant RHEL 9.8 foundation. Security is mathematically enforced via FIPS 140-3 cryptography, SELinux MAC, and a fully on-device DevSecOps pipeline for absolute data sovereignty.