ADIPEC 2026|Paper: The Invisible Domino in the Maritime & Port Ecosystems · 5 November 2026

ASR Engine · Decision support

Individually certified components fail at the point of inter-domain interaction.

Conventional frameworks such as NIST validate vendors or systems within discrete domains. The ASR Engine validates the space between them — where CrowdStrike met Microsoft, and where the next cascade will start.

Sentinel Engine by ASR logo
Software

Sentinel Engine by ASR

The deployed software layer of the ASR framework — node registries, cross-domain fragility scoring, and live System Resilience Value tracking.

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01 · Multi-domain validation

The validation gap NIST was not designed to close.

Existing frameworks certify components inside a single domain. When those components are integrated across domains — digital into physical, physical into institutional — no framework in the certifying stack owns the interaction. ASR operates across all six domain layers simultaneously to find and quantify that interaction risk.

Case in point

“CrowdStrike met Microsoft, and both were certified.”

The 2024 global IT outage was not caused by an uncertified component. It was caused by two individually certified components interacting at a boundary neither vendor owned. This is the class of failure ASR is built to anticipate.

02 · Analysis pipeline

Node registry, layered analysis, and net-fragility metrics.

A
Node registry

Registers nodes across the six domain layers with exposure, dependency, and replaceability scoring per node.

B
Flow sovereignty mapping

Maps sovereign flows across single-path and multi-path networks to surface convergence points.

C
Net fragility metric

Calculates net fragility per node and feeds the composite System Resilience Value (SRV).

03 · Digital-twin smoke testing

Observe trigger behavior, node prioritization, and shock propagation — before it matters.

ASR conducts smoke testing using digital twins to observe trigger behavior, node prioritization, and the real-time propagation of shocks through pivot nodes. This process quantifies shock magnitude, propagation timing, and the scope of affected systems.

04 · Integration surface

Designed to sit alongside what you already run.

  • Integration
    Black-box modeling

    Compatible with black-box modeling for opaque control systems.

  • Integration
    Response-surface modeling

    Operates alongside response-surface modeling in tuning campaigns.

  • Integration
    NIST & comparable frameworks

    Capable of operating alongside or circumventing exploits within existing certifications.

  • Integration
    Governance & observability

    Integrable with governance stacks and observability tooling already in place.