Governance runtime
How can policy, permissions, escalation and human decision rights remain machine-enforceable during execution?
BPM RED Academy explores governance runtime, model-fleet orchestration, evidence engineering and sovereign/high-accountability deployment as connected engineering problems.
The research programme is organized around the gap between what AI can do and what an accountable system should be allowed to do.
How can policy, permissions, escalation and human decision rights remain machine-enforceable during execution?
How should different models, agents and tools be selected and coordinated without granting any one component uncontrolled authority?
What artifacts are required to make runtime behaviour repeatable, reviewable and suitable for accountable acceptance?
Which governance properties must remain stable when workloads move across compute, model or deployment environments?
These are research theses and design positions. Their presence here does not imply universal proof or standardisation status.
Increasing model capability should not automatically increase permissions, decision rights or operational reach.
A governance layer is incomplete if its decisions, overrides and failures cannot produce inspectable evidence.
Governance claims should be tested independently of a single model or compute environment when portability matters.
BPM uses status language so a working thesis is not presented as a validated result.
Public research should help external reviewers understand the problem, the validation logic and the limits of the claim.
Internal thresholds, credentials, private repositories, proprietary orchestration logic and sensitive deployment information are not required for a useful public evidence layer.
Each release separates demonstrated behaviour, limitations and planned validation rather than converting exploratory evidence into a broader claim.
Current B300 and bounded-governance evidence baseline, the claim boundary, and the method for the planned independent repeat.
Research conversations are most useful when the claim, authority boundary and validation question are concrete.