AI Governance Operating Model & Evidence Baseline

Make artificial-intelligence governance work around real systems.

DDAI turns governance intentions into named ownership, operating processes, review points, and evidence connected to the organisation’s AI systems.

The problem

Policies do not govern a system by themselves.

Organisations may have principles and acceptable-use guidance but still lack a reliable system inventory, accountable owners, supplier review, human-oversight design, incident handling, evidence retention, and reassessment. The result is governance that cannot be reconstructed when a buyer, board, or assurance team asks what actually happened.

Workstreams

System and use-case inventory

Roles, accountability, and decision rights

Policy and acceptable-use structure

Risk and control model

Human-oversight and escalation design

Supplier, model, and service review

Incident, exception, and remediation process

Evidence-retention and disclosure approach

Training and competence records

Monitoring, change, and reassessment

Board and assurance reporting

Initial AI Evidence Passport structure

Deliverables

Governed system register

Responsibility and approval matrix

AI policy set

Risk and control matrix

Human-oversight model

Supplier-assurance process

Incident and escalation workflow

Evidence model and review cadence

Ninety-day implementation backlog

Leadership decision report

Evidary-ready evidence baseline

Standards and regulation

DDAI can organise evidence against relevant public guidance, procurement criteria, and licensed or permitted standards mappings. It does not determine certification, conformity, or legal sufficiency.

Evidary route

Organisations that need the record to remain current across several systems can move into Governance Workspace or Assurance Programme.

Move governance from a document set into an operating system.

DDAI can help you connect business value, technical implementation, human oversight, and governance evidence from day one.

Build the operating model