Mar 27, 2026 · IIoT
Revocation as a First-Class Control Plane in Secure IIoT Identity
A deconstruction of EVOKE for constrained-fleet trust, rollback resistance, and operational revocation convergence
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Articles are published for program teams, technical leadership, and architecture groups requiring rigor in cryptography, distributed systems, and adversarial resilience.
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8 articles found. Showing 1-8.
Mar 27, 2026 · IIoT
A deconstruction of EVOKE for constrained-fleet trust, rollback resistance, and operational revocation convergence
Apr 18, 2024 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on incident reconstitution under partial failure and adversarial operational constraints.
Mar 06, 2024 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on audit evidence chains and verifiable operations and adversarial operational constraints.
Feb 21, 2024 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on migration sequencing for high-assurance systems and adversarial operational constraints.
Jan 09, 2024 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on byzantine compromise assumptions and recovery paths and adversarial operational constraints.
Dec 23, 2023 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on invariant-oriented specification and verification and adversarial operational constraints.
Nov 11, 2023 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on latency-availability tradeoffs under adversarial load and adversarial operational constraints.
Oct 25, 2023 · Secure IIoT Systems
A formal engineering analysis of secure iiot systems with emphasis on failure containment and blast-radius boundaries and adversarial operational constraints.