TargetBound Interdiction Simulation

NVIDIA Vera CPU Scalable Coherency Fabric (SCF) | Real-time DAG Validation
Authorized RoE Zone
Restricted Zone
Click within the zones to simulate a strike command.

Functional Description

This simulation demonstrates real-time governance of autonomous systems using NVIDIA Vera CPU technology.

  • Authorized Zone (Green): Strike commands are cryptographically validated by the silicon fabric within <1ms.
  • Restricted Zone (Red/Collateral): Strike commands are physically dropped at the silicon layer within <5ms due to a signed hash mismatch (0xBAD_INTENT).
  • Self-Healing: Upon interdiction, the system automatically triggers a re-planning cycle to comply with Rules of Engagement (RoE).

IBA Framework Technical Brief

Hardware: NVIDIA Rubin Platform / Vera CPU Scalable Coherency Fabric (SCF)
Compliance: NIST AI RMF (Validating and Verifying)

WitnessBound Audit Trail Integration

The interdiction event is not just a block; it is an auditable forensic event.

  1. Event Capture: When 0xBAD_INTENT is signaled by the SCF, a hardware-level interrupt is generated.
  2. Immutable Logging: The event, including the proposed action hash, the authorized DAG hash, and the timestamp, is immediately written to the WitnessBound immutable log structure in privileged fabric memory.
  3. Auditability: This log provides proof-of-compliance for international humanitarian law, ensuring that all unauthorized actions were halted by deterministic hardware, not probabilistic software.

IP Portfolio: Patent Pending GB2603013.0 | 5 NIST Filings Submitted