Applied interoperability research
NeoMundi × OASSE Common Metrological Layer Research
August 4, 2026
Status: Controlled pilot evidence
By Oak & Sparrow Systems Enterprise LLC, NeoMundi
Research summary
Research on preserving independent deterministic authority while consuming an external runtime measurement layer. The work includes a focused 60-request benchmark and a controlled 1,000-request experiment with trace reconciliation and evidence-chain verification.
Claim boundary
The controlled articulation supports operational interoperability in the tested pilot. It does not establish universal interoperability, production readiness, universal decision relevance, legal compliance, or cross-architecture generalization without further replication.
The integration separates measurement from authority. NeoMundi supplies runtime measurements. OASSE independently interprets the available measurements under declared policy, Gatekeeper determines downstream action, and the resulting evidence is sealed.
The research asks whether heterogeneous systems can share a useful metrological layer without collapsing their authority boundaries into one system. In the controlled pilot, routing, traceability, auditability, and evidence quality remained separable from the final execution decision.
The stronger cross-architecture claim remains open. Additional independent articulations and replication are required before generalizing the result.
Research themes
NeoMundi · metrology · runtime measurement · interoperability · Gatekeeper