ADEPT RESILIENCE SYSTEMS LLC · SDVOSB · CISSP · CAGE 17PK1 · UEI RUXPQAAJ2ZB1 kirimi@adeptrs.tech
INTELLECTUAL PROPERTY

USPTO Provisional Patent 63/918,785

Adaptive Offline Update Orchestration System for Air-Gapped and Mission-Critical Networks. Filed November 17, 2025.

Conceptual offline update boundary showing external source domain feeding into a controlled ingest and verification boundary, then passing to an air-gapped operational domain.

Why it matters

Conventional update architectures assume connectivity to vendor infrastructure. In disconnected and classified environments, that assumption breaks. The alternatives — manual patching, physical media transfer, infrequent updates — create operational risk and accreditation pain.

This architecture bridges the gap: deterministic, integrity-verified workflows that respect the trust boundary between external sources and operational domains. No cloud dependency. No vendor runtime requirement. Policy enforcement at ingest.

Architecture principles

  • Trust-boundary enforcement — clear separation between external source domain, ingest and verification boundary and air-gapped operational domain
  • Integrity verification as a gate — every update artifact is verified before it reaches the operational side; verification failures halt the flow
  • Policy enforcement — programmatic approval gates aligned to accreditation and operational constraints
  • Deterministic behavior — the same inputs produce the same verification outcome every time, supporting audit and rollback
  • No runtime dependency on cloud or vendor infrastructure — the operational domain stays isolated as intended

Filing status

  • Application number: 63/918,785
  • Filing date: November 17, 2025
  • Status: Provisional
  • Assignee: Adept Resilience Systems LLC
  • Inventor: Marete M. Kirimi

Licensing and collaboration

Inquiries about licensing, collaboration, or integration into specific environments are welcome. This work is suited to defense, intelligence and critical-infrastructure customers operating in disconnected or high-assurance contexts.