GRC framework: how to structure one in a regulated firm
A GRC framework joins governance, risk and compliance through one set of owners, one control library and one reporting line. Standards such as ISO 27001 and SOC 2 are inputs to the obligations register, not the framework itself. A lean regulated firm can build it in six steps, anchored in FCA SYSC 4.1.1R.
The board has asked to see your GRC framework. What you have is a folder of policies, a risk register in a spreadsheet and an ISO 27001 certificate, and none of them refer to each other. A regulator, auditor or enterprise client reading all three sees three documents, not a framework.
A GRC framework for a firm of 25 to 250 people does not start with a platform. It starts with five layers, named owners and one control library that every obligation maps to. This guide gives you that structure, six steps to build it and a worked example you can walk a supervisor through.
A GRC framework is the structure that connects who decides (governance), what could go wrong (risk) and what the firm must meet (compliance) through one set of owners, one control library and one reporting line. Standards such as ISO 27001 plug into it rather than replace it, and FCA SYSC 4.1.1R describes the same elements.
A framework is an operating structure, not a document. It answers three questions in one place: who is accountable for a risk, which obligations that risk touches, and what evidence shows the control is working.
The practical test is whether one change travels through all of it. When a client adds a security clause, the obligations register changes, the affected controls change, and the next board report shows the effect. If that means editing five documents, you have five frameworks.
The five layers are governance, risk, compliance, a single control library, and assurance and reporting. Each layer has a named owner and a defined artefact: the policy hierarchy, risk register, obligations register, control library and board report. Evidence and monitoring run underneath all five.
| Layer | What it holds | Who owns it | Artefact |
|---|---|---|---|
| Governance | Accountability, delegated authority and the rules the firm sets itself | The board and the senior managers it names | Policy hierarchy |
| Risk | Risk method, appetite and the risks the firm carries, each rated | Chief risk officer or the person who holds that role | Risk register |
| Compliance | Every regulation, standard and client requirement, one row each | Compliance lead | Obligations register |
| Control library | One set of controls, each with an ID, owner, frequency and evidence | Head of IT and the named control owners | Control library |
| Assurance and reporting | Test results, monitoring status and board metrics | COO or compliance lead, with independent review | Board report |
Read the table top to bottom as an order of dependency. Governance sets direction, risk decides what matters, compliance lists what the firm owes, and the control library is where one control answers many obligations. Assurance proves it to the board.
Evidence sits underneath. Each control produces evidence on a schedule, and that evidence feeds the board report instead of being assembled the week before an audit.
A GRC framework diagram shows external obligations (regulations, standards, client requirements) flowing into one obligations register, then through a shared control library to owners, evidence and board reporting. Draw it as five horizontal layers with obligations entering from the top and evidence rising from below.
Four moves produce a diagram that holds up in front of a supervisor:
Keep it to one page. A diagram a COO can walk a supervisor through in two minutes does more than a forty-page framework document nobody has read.
A regulation or standard states what the firm must meet; a GRC framework is how the firm organises itself to meet all of them once. ISO 27001, SOC 2, Cyber Essentials, DORA and UK GDPR are inputs to the obligations register, not the framework itself.
ISO 27001 is a standard for an information security management system, and clause 4.4 is where it asks you to run one. In this architecture, that system is the slice of the framework that covers information security. A SOC 2 report is an attestation to clients about controls, and it draws on the same control library.
Treat each input as a set of rows in the obligations register: source, clause or article, the requirement in plain words, and the controls that meet it. Cyber Essentials and UK GDPR enter the same way. A firm using AI adds ISO 42001 and, where it is in scope, the EU AI Act.
Choosing which standards to pursue is a separate decision from structuring the framework. This guide assumes you already know the obligations you carry.
SYSC 4.1.1R requires robust governance arrangements: clear lines of responsibility, effective processes to identify, manage, monitor and report risks, and internal control mechanisms. These map directly onto the governance, risk and control layers. DORA Article 6 applies only to firms in its scope, and the Cyber Governance Code is voluntary guidance for boards.
The rule's wording lines up with the layers one for one:
Article 6(1) of DORA requires financial entities to have a sound, comprehensive and well-documented ICT risk management framework as part of their overall risk management system. That describes the structure here: ICT risk sits inside the firm's risk method, not beside it. DORA is EU regulation, so a UK-only firm is outside it, but one with an EU-regulated entity or EU operations should check its scope.
The Cyber Governance Code of Practice is government guidance setting out the governance actions directors are responsible for in governing cyber risk. It is voluntary. Use it to shape director-level reporting and the cyber element of risk appetite.
SYSC 4.1.1R applies directly to common platform firms (broadly, banks and MiFID investment firms). SYSC 1 Annex 1 sets out how it applies to other firm types, so check whether it binds yours as a rule or as guidance. The FCA and PRA rulebooks go well beyond SYSC 4; this section anchors the structure and nothing more.
Structure it in six steps: scope your obligations, name owners, set the risk method, build one control library, map each obligation to controls, and set the reporting cadence. A lean firm of 25 to 250 people can do this with a shared register and clear ownership before buying any tooling.
Tooling comes later. A clean structure is what makes any tooling cheap to configure.
A practical example traces one access-control requirement through the framework: the regulation or standard that demands it, the control ID, the operational owner, the automated evidence and the board metric. One line of lineage shows the five layers working together in practice.
Take a requirement every regulated firm and its clients ask about: only authorised people can reach systems holding client data, and access ends when a role does.
The governance layer holds the policy that says access follows role. The risk register holds "unauthorised access to client data", linked to AC-01.
The lineage runs both ways. Start from the obligation and you reach the board metric. Start from a failing metric and you reach every obligation it puts at risk.
When the supervisor, the auditor and the client each ask about access, you hand all three the same line.
In cyber security, GRC stands for governance, risk and compliance applied to information and technology risk. The framework sits above security operations: continuous monitoring and automated evidence feed the control library, so assurance reflects how controls actually perform. Engineering detail sits in the monitoring and evidence-collection layer beneath it.
Continuous monitoring means controls report their own status on a schedule. Identity systems list stale accounts, endpoint management reports unpatched devices, and cloud configuration checks flag drift. Each result attaches to a control ID in the library.
That changes the assurance layer. Instead of sampling evidence before an audit, the board report draws on the current state of each control, and a failing check opens or updates an entry in the risk register.
The monitoring is what makes the framework's claims testable. Start with the controls guarding client data and access, automate their evidence first, and extend as the library settles.
The four common mistakes are building one framework per standard, leaving policies without an owner, keeping a risk register disconnected from controls, and reporting document counts rather than risk outcomes. Each one produces duplicated work and leaves nothing coherent to show a regulator or auditor.
One framework per standard. An ISO 27001 manual, a SOC 2 binder and a Cyber Essentials file each describe access control in their own words, with separate owners, separate evidence and no single answer for the board. The fix is step four: one library, many mappings.
Policies with no owner. A policy gets approved, filed and never reviewed, because no one's name is on it.
A policy with no named owner is a document, not a control.
Give every policy an owner, a review date and the controls that implement it.
A risk register disconnected from controls. A line reading "data breach: high" with no linked control cannot tell the board whether anything reduces it. Link each risk to the controls that treat it and the evidence that they work.
Reporting that counts documents. "Twelve policies approved" says nothing about exposure. Report outcomes: controls passing, risks outside appetite, overdue actions and obligations with no control.
Fix these four and the framework stops being a pile of artefacts. It becomes one structure the board can read and a supervisor can test.
Common examples are ISO 27001, SOC 2 and Cyber Essentials, each a defined set of requirements a firm can be assessed against. UK GDPR and FCA rules are regulations rather than compliance frameworks, though they enter the obligations register in the same way. Which to pursue depends on who is asking: a regulator, an insurer or a client's procurement team.
ISO 31000 and COSO ERM are the usual examples of risk management frameworks, and COSO's internal control framework is a common reference for control design. They supply the method behind step three, inside the risk layer. They do not replace the five-layer structure, so pick one, record it in your risk method and apply it consistently.
Enterprise risk management identifies and manages risks to the firm's objectives. GRC wraps that discipline in the governance that assigns accountability and the compliance obligations that constrain it. ERM is effectively the risk layer of a GRC framework.
No. An IT audit is an independent examination of whether technology controls work, and it produces findings. GRC is the ongoing structure that designs those controls, owns them and reports on them. Audit is one source of assurance feeding the assurance and reporting layer, and it should not be run by the people who own the controls.
Every guide in this domain, grouped by level — fundamentals, intermediate and advanced. Open any entry for its core practices, implementation steps and the evidence it produces.
Work with a Trust Architect to design a GRC programme that fits a 25 to 250-person firm: scoped, owned and built to run all year rather than in a scramble before each audit.