
AI you can explain and account for — and a return you can show.
AI governance is an architecture discipline. Controls are designed where they can be enforced, inside the systems and processes that run the business, and integrated into the management system that already runs it. Governance directs and controls; management delivers.
Where could the AI deviate — either way?
Risk runs in both directions. ISO 31000 defines risk as the effect of uncertainty on objectives, and says risk management exists to create and protect value. ISO/IEC 42001 uses the harmonised form of that definition and keeps the note that matters most: an effect is a deviation from the expected, positive or negative. We follow the ISO 31000 process across the seven domains where AI creates exposure. And we start from an inventory, because nothing downstream is reliable without one.
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Start from an inventory
Every use case and every AI system in one place, proposed as well as running. A company may have Copilot, AI features in SuccessFactors, a customer-service model, engineers using ChatGPT and an agent inside a development platform. That's five AI systems with five different owners, now in one view. ISO/IEC 42001's Annex A asks for the resources behind each AI system to be identified and documented (A.4.2). NIST AI RMF asks for the inventory outright (GOVERN 1.6). The inventory doesn't stand alone: each AI system is tied to the business process it serves, its owner, its objectives and the information it depends on.
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Set the scope and the criteria
Which systems and processes are in scope, and whether each one makes you a provider or a deployer. Then what the organization has agreed it will tolerate. The board approves that, so it isn't left to whoever bought the licence.
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Assess, then decide what changes
We identify, analyse and evaluate against those criteria. That includes classification under the EU AI Act and assessment against NIST AI RMF and ISO/IEC 42001. Then comes treatment: design controls, accept the exposure, or stop the activity. That's the point where an assessment turns into a decision.
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Watch it, don't discover it
Indicators measured against the thresholds set earlier, so movement shows up before an auditor, a regulator, or an incident does.
Does the AI earn what it costs?
Keeping models reliable is only half the job. The other half is finding where AI could deliver more, and weighing that against what it exposes you to. Then investment can follow evidence instead of enthusiasm. We use the same inventory the risk work builds, and read it as an AI portfolio, for return.
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Value defined before the commitment
Start with the financial outcome: revenue, cost, cycle time or margin. Name it before you buy, enable or build. Otherwise it gets reverse-engineered afterwards from whatever happened to be measured.
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A gate every use case passes
Before anything goes live, we assess expected value, feasibility, risk and data readiness. That applies to a bought licence or a switched-on feature as much as to something you build. Stopping a weak proposal early counts as a success.
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Risk and return on one ledger
Every system carries both risk and return, and they reach a decision by different routes: different people, at different times, on different scales. We put them on the same ledger. Expected return is discounted for uncertainty, less the potential cost of failure and the cost of controls. That makes it easier to see where to invest, and where the risk no longer justifies the return.
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Reliability that protects the value
Models drift, hallucinate, and degrade under context load. Evaluation, monitoring, and traceability keep the return you built the case on from eroding after go-live.
Do the controls actually work?
Governance and a management system are two different things. The governing body sets direction: what AI is for, how much judgement it will delegate, and what it will tolerate. The management system delivers against that. Most of the effort goes into the management system, but it only holds together when the direction is clear. Responsible AI is a requirement, not a posture. Fairness, privacy, safety, transparency and human oversight become real when they're written as requirements a system has to meet and controls somebody has to operate.
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Direction, before delivery
What the organization will use AI for and what it won't, how much opacity is acceptable when an outcome affects a person, and what it will spend for what return. ISO/IEC 38507 places these questions with the governing body. No management system can answer them on its behalf.
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Accountability that names people
Roles, responsibilities and authorities are allocated under ISO/IEC 42001 clause 5.3, and extended to suppliers and third parties. Human oversight goes to someone with the competence and the authority to intervene. Without that authority, oversight isn't a control.
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Controls, and where they are enforced
EU AI Act Articles 9 to 15 state what a high-risk system must achieve. ISO/IEC 42001 Annex A supplies thirty-eight reference controls to compare against. The Statement of Applicability justifies every inclusion and exclusion. Then comes the architectural question: where in your system landscape is each control actually enforced, and not just written into a policy?
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Evidence that they still work
A control that's designed well but never tested is an assumption. Assurance and control indicators show whether it still works, and an ISO/IEC 42001 management system makes the whole thing auditable and connects it to your existing risk function. If you already run an ISMS or QMS — which already cover the business processes and information where your value lives — we determine what can be shared, what needs extending, and what genuinely needs to remain AI-specific.
Literacy for everyone, competence by role
Everyone who works with AI needs a basic level of competence. A few roles need much more than that. In the EU, the AI Act obliges providers and deployers to support the development of AI literacy among the people who operate their systems. Elsewhere, customers, insurers and auditors ask about the same thing. Either way, the work follows one order: first the capabilities an organization needs, then the roles that carry them, and only then the training that builds each role.
Courses
Training courses toward PECB certification for the roles the maps name. They cover all four domains on one ladder: Literate, Professional, Lead. PECB sets the exam and awards the credential. The course is where the role gets built.
Training & certificationCapability maps
Training is the last step, not the first. A capability map records what your organization has to be able to do in each domain, who carries that ability today, and which course leads there. Put it next to a real team and you see the gap before anyone books a seat.
Hold the map against your teamStandards
Every course and every map is built on named instruments: the EU AI Act, NIST AI RMF, ISO/IEC 42001 and the standards beneath them. They overlap, they apply to different roles, and they keep changing. The reference page keeps them in one place, so you can read the courses and maps against what actually applies to you.
See how they fit togetherThe longer arguments
Five pieces from Insights, each answering one question in full.
Who decides, who answers: what ISO/IEC 42001 leaves to the board
ISO/IEC 42001 marks two points where the decision belongs to the board. This piece is for board members, CROs and heads of AI governance: what those decisions are, what the board needs in front of it, and how to name who answers for each AI system.
What an AI control is, and where controls come from
ISO/IEC 42001 lists thirty-eight reference controls, and the EU AI Act sets requirements for high-risk systems. This piece is for compliance leads and anyone building an AI management system: what counts as a control, and how to arrive at one list that answers both.
Responsible AI as a requirement: ISO/IEC 42001, NIST AI RMF and IEEE 7000
Fairness, transparency and accountability are easy to agree on and harder to build. This piece is for heads of AI governance and delivery leads: how ISO/IEC 42001 turns those values into requirements, where NIST AI RMF names them as outcomes, and how IEEE 7000 gives a team the method.
AI controls in production: where they live, whether they still work, what to measure
A control written into a policy may never reach the running system. This piece is for enterprise architects and assurance leads: where AI controls have to be enforced, how to test that they still work, and which indicators show it.
ISO/IEC 42001 certification and EU AI Act Article 17: what each one covers
Article 17 of the EU AI Act requires providers of high-risk AI systems to operate a quality management system. This piece is for those providers and their quality and compliance leads: what an ISO/IEC 42001 certificate contributes, where its reach ends, and who the obligation applies to.
Where the work starts
AI governance, integrated with the management systems you already run.
The AI standards and regulation map sets out the EU AI Act, NIST AI RMF, ISO/IEC 42001 and the standards beneath them, the EU timetable, whether you are a provider or a deployer, and who supervises you.
Get direction and delivery working together.
Tell us what governance exists today and where AI actually runs. We will respond with a read on how the direction and the management system line up, and a sensible first step — often the AI governance and risk assessment.