A Governance-Layer Architecture for Human-Governed AI Workforces

by

The operator's architect: AI systems that survive production.

A design-science specification for human-governed, knowledge-compounding AI workforces. It specifies the Governance Layer — a per-agent performance ledger, earned resource budgets, a structured request queue, an HR-style evaluator, and explicit lifecycle states — plus first-class Observability and Tool Registry layers, and a clean engine/instance separation. Vendor-, model-, and runtime-agnostic. This is a working paper with an empirical validation roadmap (Section 3); it makes no claim of demonstrated superiority.

Read the paper

  • PDF (46 pp): download
  • arXiv: submission in progress (cs.AI, cross-listed cs.SE) — the arXiv ID will be added here on publication.

Reference artifacts (code + data)

An open, inspectable reference implementation of the Governance Layer — PostgreSQL schemas, the Rule H10 reward-hacking detector with automated tests (5/5 passing, stdlib-only), HR-evaluator SQL, templates, a synthetic 5-agent × 12-week ledger, the companion architecture specification, and the failure-mode catalogue. All included data is synthetic.

Figures & reproducibility

Figure sources and the reproducibility checklist ship in the GitHub repo (docs/, examples/, data/README.md). The empirical study (Phase A ledger study, Phase B architecture comparison) is being pre-registered on OSF — the registration URL will be added here. Results paper scheduled Q4 2026.

Cite

Delwar, T. (2026). A Governance-Layer Architecture for Human-Governed AI Workforces. Working paper. Artifacts: github.com/tashfindelwar/ai-workforce-governance-layer (DOI: 10.5281/zenodo.21396612).

Contact: tashfin@kotha.app