AVERY CORE KINETICS // PRE-GOVERNED HYBRID AI STACKAI-06 // HARDWARE CYBER & BUS ISOLATION
Intercept host-level kernel compromises, unauthorized bus traversals, and firmware modification attempts by anchoring AI memory spaces behind bare-metal AXI/PCIe hardware isolation gates.
HYBRID STACK = OPEN LLM / VLA RUNTIME + BASE GOVERNANCE (ASSETS 1–4) + AI-06 CYBER-LOCK™ VHDL SOFT IP + [PROTECTED BY ASSETS 65–69]
- Customer-selected open-weight models execute in hardware-partitioned memory regions with no direct host bus mastership
- INT8 / FP16 inference buffers are fenced behind AXI4 and PCIe address-window checks
- Model weights, KV caches, and tool-call queues are measured and bound to authenticated firmware states
- Host kernel, hypervisor, and driver layers are treated as untrusted relative to protected registers
- Unauthorized AXI/PCIe traversal, DMA remap, or out-of-window memory access
- Firmware or bitstream modification outside NIST SP 800-193 protect / detect / recover states
- Kernel-level privilege escalation attempting to write AI memory or control registers
- Watchdog loss, clock fault, or attestation mismatch isolates the bus under the sub-2.8µs target
VHDL SOFT IP ARCHITECTURE
- Inline VHDL-2008 bus isolation gate between host fabric and AI accelerator memory
- Hardware address-window comparators and DMA allow-lists with no software round trip
- PUF-anchored measured boot and read-only calibration of isolation policy tables
- Deterministic fail-closed isolation output with auditable hardware fault events
— DOMAIN DEPLOYMENT CASES // NIST SP 800-193 AI —
- 01Edge AI server isolating model memory from a compromised host kernel
- 02Industrial gateway rejecting unauthorized PCIe DMA into inference buffers
- 03Accelerator card enforcing NIST SP 800-193 firmware resilience during local inference
- 04Air-gapped enclave blocking firmware tampering across AI memory spaces
MODEL WEIGHTS REMAIN CUSTOMER-SELECTED · SUB-2.8µs TARGET REQUIRES DEVICE-SPECIFIC TIMING CLOSURE
