"Why ITIL, COBIT, DORA, NIS2, ISO 27001, Zero Trust, FinOps, and AI Guardrails belong in a single Policy-as-Code execution gate instead of weekly CAB meetings."

Most enterprise IT organizations are currently trying to satisfy a dozen overlapping standards, regulations, and best-practice frameworks using spreadsheets, endless PDFs, and weekly Change Advisory Board (CAB) meetings.

We treat ITIL 4, COBIT, TOGAF, ISO 27001, ISO 22301, ISO 20000, ISO 31000, NIST CSF, NIST AI RMF, SOC 2, CIS Controls, DORA, NIS2, EU AI Act, Zero Trust (NIST SP 800-207), and FinOps as separate bureaucratic silos—each with its own committee, Jira workflow, and audit binder.

Instead of writing more policy documents, what if you collapsed all of them into a single deterministic runtime control plane?

The Core Idea: Governance as Runtime Physics

That is the premise behind BIGF (Business Impact Governance Framework): translating abstract governance requirements into a single Policy-as-Code execution gate:

Authority = f(B, S, T)

Before any production change, deployment, or autonomous AI agent tool call executes, the engine evaluates three real-time vectors in milliseconds:

  1. B (Business Impact): The verified criticality and blast radius of the target service.
  2. S (Situational State): Live operational reality—active P1 incidents, change freezes, or degraded dependencies.
  3. T (Telemetry & Trust): Freshness, cryptographic integrity, and completeness of the underlying observability data.

What This Single Deterministic Engine Solves in Production

  • Kills CAB Theater (ITIL 4 / ISO 20000): Replaces slow change boards and manual approval queues. Safe routine changes auto-approve in milliseconds; high-risk changes hit hard architectural boundaries.
  • Enforces Real Zero Trust (NIST SP 800-207 / CIS Controls): Blocks unauthorized or anomalous runtime mutations even if credentials are compromised, because execution is bounded by mathematical B × S × T physics.
  • Automates FinOps Guardrails (FinOps Framework): Prevents runaway cloud scaling or expensive resource provisioning by enforcing cost and business-impact thresholds directly at the deployment/API gate.
  • Compiles Regulation into Code (DORA, NIS2, EU AI Act, GDPR): Turns legal and operational resilience mandates into executable Rego/OPA policies instead of static compliance Excel trackers.
  • Unifies Enterprise & Security Governance (ISO 27001, ISO 31000, SOC 2, NIST CSF, COBIT, TOGAF): Eliminates redundant architecture review boards and static slideware by enforcing architectural and risk invariants directly in CI/CD and runtime proxies.
  • Enforces Continuous Resilience & BCM (ISO 22301): Keeps systems within defined RTO/RPO boundaries automatically and provides a cryptographically governed Break-Glass override for real P1 emergencies.
  • Hardens Autonomous AI Agents (NIST AI RMF / EU AI Act): Acts as a deterministic actuation proxy in front of AI agent tool calls—preventing hallucinated or destructive production commands where polite system prompts fail.
  • Exposes Shadow IT & Stale Dependencies: Forces hidden dependencies into the light—if fresh, verified telemetry (the T-axis) is missing or stale, the gate fails closed (403 Hard Halt).
  • Protects Executive Liability (NIS2 / DORA): Gives leadership cryptographic proof that hard risk boundaries were set and technically enforced, not just wished for in a policy PDF.
  • Automates Audits with Zero Screenshot Theater: Every decision outputs a cryptographically signed Canonical Decision Record (CDR) (JSON + SHA-256 hash + timestamp). Audits become a deterministic log query instead of a two-week screenshot scramble.

Why Runtime Enforcement Beats Static Documentation

Governance shouldn't rely on human approval queues or hope. If it isn't enforced at runtime, it's just theater.

Explore the architecture & open-access whitepapers:

just google it:BIG framework Erkki Laine (available on Zenodo & ORCID under CC BY-NC 4.0) ✌️