Report-finding claim register
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — Claim Register
Direct answer
This register publishes 10 stable finding claims for Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters (REP-K04-053, source autonomous-nuclear-datacenter-security.md) and preserves the source hash, finding order, claim status, visible owner anchors, and limitations.
Source provenance
| Report ID | REP-K04-053 |
|---|---|
| Raw source title | Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters: Engineering for Zero-Latency Threat Neutralization |
| Source filename | autonomous-nuclear-datacenter-security.md |
| Original filename | Autonomous Nuclear Datacenter Security(2).md |
| SHA-256 | d801cb00e654e93d5e70e96a6cee4634bd569be6532208aadc462d5ceb0e73c1 |
| Visible synthesis | Report page |
Finding claims
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 1
Physical protection for nuclear-powered compute must cover the reactor, switchyard, cooling, data halls, communications, timing, access, emergency systems, and security infrastructure as one dependency graph.
Support relationship
REP-K04-053· Regulatory and Compliance Frameworks · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 2
Edge processing reduces reaction and network latency, but safety-critical actuation needs deterministic controls and independent failure containment.
Support relationship
REP-K04-053· Nuclear Regulatory Commission Directives: 10 CFR 73 · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 3
Multimodal sensing can improve classification in weather, clutter, darkness, and adversarial conditions when sensor provenance and time synchronization are protected.
Support relationship
REP-K04-053· Bulk Electric System Reliability: NERC CIP-014 · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 4
Cross-sensor consensus should detect disagreement and compromised nodes rather than letting a single model trigger a high-consequence response.
Support relationship
REP-K04-053· Data Center Information Security: NIST SP 800-53 Revision 5 · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 5
Autonomous physical delay, lockdown, and access reconfiguration can be pre-authorized when they preserve life safety, emergency egress, and recovery.
Support relationship
REP-K04-053· Legal Constraints on Autonomous Force and Airspace Sovereignty · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 6
Counter-UAS systems should first provide persistent awareness, evidence, and coordination with competent authorities; mitigation powers remain legally restricted and jurisdiction-specific.
Support relationship
REP-K04-053· Jurisprudence of Automated Force: Katko v. Briney · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 7
Electromagnetic shielding, filtered entry points, fiber isolation, redundant power, and protected timing support continuity against interference and pulse effects.
Support relationship
REP-K04-053· FAA Airspace Restrictions and Counter-UAS Authority · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 8
Perimeter edge nodes need tamper detection, protected keys, signed software, remote attestation, and safe zeroization or quarantine behavior.
Support relationship
REP-K04-053· Edge Intelligence and Deterministic Sensor Fusion · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 9
Autonomous force decisions cannot be derived directly from a Design Basis Threat, a sensor label, or facility ownership.
Support relationship
REP-K04-053· The Sub-Millisecond Sensor-to-Actuator Pipeline · GOVERNED REPORT FINDING
Autonomous Physical Security Architecture for Nuclear-Powered Mega Datacenters — finding 10
Readiness requires realistic testing against deception, spoofing, compromised sensors, communications loss, civilian presence, maintenance activity, and emergency response.
Support relationship
REP-K04-053· Precision Time Synchronization (IEEE 1588 PTP) · GOVERNED REPORT FINDING