ᚲ.com

Integrated mission assurance

Cyber-Physical Protection

Direct answer

Cyber-physical protection treats datacenter compute, power, cooling, operational technology, timing, management controllers, communications, physical access, and restoration as one interdependent mission system while preserving deterministic safety separation.

Stable record
K04-STRATEGY-CAPABILITIES-CYBER-PHYSICAL-PROTECTION
Claim status
PROJECT DOCTRINE
Last reviewed
Research cutoff
Source type
GOVERNED PROJECT KNOWLEDGE
Currentness
Current for release 2.1.0; external sources require periodic revalidation.
Correction state
No unresolved public correction recorded for this release.
Machine record
Static JSON record
Evidence and authority boundary: This is a public architecture and readiness position. It does not claim a deployed system, completed mission, regulatory approval, classified access, target authority, or permission for unilateral external cyber or kinetic action.

Protected domains

Power and grid interface

Generation, switchgear, substations, protection relays, synchronization, islanding, load shedding, black start, and alternate supply.

Cooling and environmental control

Heat rejection, pumps, water, liquid loops, containment, leak detection, thermal limits, and safe degraded modes.

Compute and management plane

Servers, accelerators, fabrics, firmware, BMCs, orchestration, confidential computing, workload identity, and recovery images.

OT and safety boundaries

PLCs, instrumentation, protective systems, data diodes, protocol allowlists, physical invariants, and independent shutdown paths.

Physical and electromagnetic protection

Perimeters, vital areas, access, UAS awareness, tamper evidence, shielding, protected cabling, and alternate communications.

Evidence and restoration

Trusted time, immutable logs, clean-room rebuild, dependency validation, staged return to service, and after-action reconstruction.

Core design rule

Optimize security actions against physical consequence. A network isolation that protects confidentiality but disables cooling, a service migration that destabilizes power, or a safety response that destroys mission continuity without necessity is not a successful defense. The protection system must evaluate cyber state, physical process, mission priority, and authority together.