Crosswalk pair
FedRAMP 20x and ISO 9001, control by control
4 canonical controls in Keel’s library satisfy clauses of both FedRAMP 20x and ISO 9001. Implement each once, attach the evidence once, and it counts toward each standard. The overlap is the work you don’t repeat.
The overlap
What the two libraries have in common
Every figure here counts canonical controls in Keel’s library, not clauses of either standard. Each standard’s own authored count is on its framework page.
4
Controls that satisfy both
Canonical controls that crosswalk to at least one clause of each.
27
In Keel’s library for FedRAMP 20x
15% of them also map to ISO 9001.
43
In Keel’s library for ISO 9001
9% of them also map to FedRAMP 20x.
14
Evidence artifacts expected
Across the shared controls, from Keel’s evidence guidance. Gathered once.
-
FedRAMP 20x 15%
4 controls of 27 in Keel’s library for FedRAMP 20x also map to ISO 9001.
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ISO 9001 9%
4 controls of 43 in Keel’s library for ISO 9001 also map to FedRAMP 20x.
The mapping
Controls that satisfy both
Each row is one control in Keel’s library and the clauses it answers on each side. Do the work once; both columns are then evidenced by the same artifacts.
| Canonical control | FedRAMP 20x clauses | ISO 9001 clauses |
|---|---|---|
| Governance & Risk | ||
| Continual improvement Improvement of the management system is run as an activity with a record, not held as an intention. Opportunities are captured from everywhere they arise - audit findings, the results of measurement and evaluation, decisions out of management reviews, incidents and near misses, and suggestions from the people actually doing the work - and held in one place instead of in the meeting each came out of. Each is evaluated and either taken forward with an owner and a date or closed with the reason it was not, so a rejected idea is a decision rather than a silence. Once an improvement is made, its effect on the suitability, adequacy and effectiveness of the system is checked, so improvement is something that can be shown to have happened rather than asserted at the next audit. The routine execution of the work counts as a source in its own right: what the operational processes, procedures and activities themselves show while they are being run - the step that is always skipped, the check that never fires, the manual workaround everybody has quietly adopted - is captured on the same terms as a finding from an audit, because the people running a process daily see more of it than any evaluation does. Where the thing being improved is an AI system, the improvement activity is built into the system’s own update cycle and is measurable: an update carries the improvement it is meant to deliver and the measure that will show whether it did, checked afterwards rather than asserted, and interested parties - the people who operate the system, the people it is used on, and those who represent them - are engaged regularly as part of that cycle rather than consulted once at launch. The opportunities are not confined to the system: what the organization delivers is in scope too. Improving products and services to meet known requirements and to address needs and expectations that are coming rather than current, correcting, preventing or reducing undesired effects, and improving how the system itself performs are all determined and selected against as improvement opportunities, rather than run as three unrelated programs. And the standing question - what in the system’s suitability, adequacy and effectiveness should be improved next - is answered from evidence rather than appetite: the results of analysis and evaluation and the outputs of management review are considered together to decide whether there is a need or an opportunity that has to be addressed. | KSI-SVC-EIS | 10.1, 10.3 |
| Leadership commitment & accountability Top management is accountable for whether the management system works, and the accountability is exercised rather than asserted. It approves the policy and the objectives and satisfies itself that they fit the direction the organization is actually going in; it requires the system’s requirements to be built into how the business already runs rather than bolted alongside it; it makes sure the resources the system needs are available; it tells the organization why conforming to the system matters, in its own voice; it directs and supports the people whose work makes the system effective; it promotes improvement; and it backs other managers in exercising leadership over the parts of the system that are theirs. What it decided, when, and on what basis is recorded, so the commitment is evidenced by acts rather than by a signature on a policy. Leadership is accountable for cybersecurity risk itself and not only for the system that manages it, and it fosters the culture that has to go with that: risk-aware, ethical, and expected to keep improving rather than to hold a standard once reached. It also requires cybersecurity risk management activities and their outcomes to be carried inside the organization’s enterprise risk management process - the same register, the same reporting line, the same committee that hears the other risks - rather than in a security-only record that never reaches the people who allocate capital against it. It promotes two habits by name rather than by implication: the process approach, meaning the work is understood, run and improved as connected processes with defined inputs, outputs and owners; and risk-based thinking, meaning what could go wrong is considered while the work is being planned rather than after it has gone wrong. And it satisfies itself that the system achieves the results it was set up to achieve - the intended outcomes, checked - so leadership answers for the system’s effect and not only for its existence. | KSI-PIY-RES | 5.1.1 |
| Resources for the management system The resources the management system needs in order to be established, run, kept running and improved are determined and provided, not assumed: the people and the time they are actually given rather than the time the plan says they have, the tools and technology, the information, and the budget. The determination distinguishes what the organization can meet from its own capability from what it has to obtain from outside, and it is written down so a shortfall is visible as a shortfall. It is revisited when the system’s scope, its workload or the organization changes, so a system that has grown is not still resourced for the size it was when it started. Security and privacy are budgeted as a discrete line rather than absorbed into a general technology allocation. The high-level security and privacy requirements for a system or a service are determined while the business process it serves is being planned, rather than after the design is fixed; what it will cost to protect it is then determined, documented and allocated as part of the organization’s capital planning and investment process; and that amount appears as a discrete line item in the programming and budgeting record - so an underfunded control is a visible decision rather than an unexplained gap. Adequacy is judged against the risk strategy rather than against last year’s allocation: what is provided is set commensurate with the risks the organization has said it will manage, the roles it has assigned and the policies it has issued - and where it is not, the shortfall is recorded against the part of the strategy it fails to fund. People are determined as their own class of resource rather than counted inside a budget line: the persons necessary for the system to be implemented effectively, and for its processes to be operated and controlled, are identified from the work that has to be done and are then actually provided - so a process with nobody assigned to run it is visible before it fails rather than after. Where the management system depends on data and on computing capacity - not only on people, tools and money - those are determined and provided as resource classes in their own right, so a system planned without the data it needs, or without the compute to run what it plans, is a visible shortfall rather than a later discovery. | KSI-PIY-RIS | 7.1.1, 7.1.2 |
| Third-party Risk | ||
| Third-party / vendor risk management Due diligence, contractual safeguards, and ongoing monitoring of vendors that handle your data: the agreement obliges the vendor to comply in its own right with the security requirements that apply to it - an absolute standard, not a promise to match whatever you happen to do - to pass those obligations down to any subcontractor it brings in BY ENTERING INTO a contract or equivalent written arrangement with that subcontractor rather than by merely requiring equivalent practice of it, and to report to you, within a stated time, security incidents it becomes aware of and confirmed breaches of your data. Where a contract is not the instrument available, an equivalent written arrangement carrying the same obligations discharges the duty. The same obligations, together with the separation that keeps a related organization out of data it is not entitled to, are written into the governing document of any other arrangement that puts your data in the hands of a sponsor, parent, affiliate or plan. Diligence is not confined to security where the relationship warrants more: for suppliers significant enough to matter, the organization states the standards of conduct it expects of them - how they behave commercially and how they treat the environment around their operations - and screens candidates and incumbents against those stated expectations as part of the same selection and monitoring cycle, rather than accepting a signature on a code as evidence of it. Where the vendor handles personal data, the agreement binds it to privacy obligations no weaker than the commitments the organization has itself made about that data - the purposes it may be used for, the limits on passing it on further, and the help the organization needs in order to answer the requests individuals make about it - and the reporting duty above reaches a suspected as well as a confirmed compromise of that personal data, on the same stated clock. Which requirements apply to a given supplier is decided by the TYPE of relationship rather than by one clause set issued to everyone - what data it touches, what access it holds, whether it can affect the organization’s own service, and what it would cost if it failed - and the requirements are agreed and recorded before access begins rather than negotiated after go-live. Once the relationship is running, what the supplier actually delivers is reviewed against what was agreed on a stated cadence: the service records, the security reports and assurance the agreement entitles the organization to, the incidents it has declared, and the findings of any audit or test right the organization holds - exercised rather than merely retained. A change on the supplier’s side is managed as a change rather than discovered - a new subcontractor, a new location or jurisdiction, a change of ownership, a material change to the technology or to the people delivering the service is notified in advance under the agreement, assessed for what it does to the risk, and approved or refused before it takes effect. ACQUISITION is governed as its own act, under a documented system and services acquisition policy with supporting procedures, owned by a named role and reviewed on a defined cadence. When a system, a component or a service is bought, the contract states the security and privacy requirements it must meet - the functional requirements, meaning what the controls have to do; the strength requirements; the assurance requirements, meaning what evidence the supplier must produce that they work; the documentation the supplier must deliver and how it must be protected and distributed; the description of the development environment and of the environment the product will run in; and the acceptance criteria the delivery is measured against - all stated in the solicitation before a supplier is chosen rather than negotiated after award, and all expressed in terms of the applicable laws and standards. The supplier is required to describe the functional properties of the controls it will implement, and to provide design and implementation information for those controls at a level of detail the organization has specified, so the organization can judge them rather than take their existence on trust. It is also required to identify the functions, ports, protocols and other services the delivered product intends to use in the organization’s environment - and, for an external service provider, the ones its service requires - so an integration does not open a path nobody asked for. The program has three artifacts of its own. An INVENTORY of service providers lists every one the organization knows of, records the classification given to it and names the person inside the organization who owns the relationship, and is reviewed on a defined cadence and whenever a change to the organization would alter it. A POLICY governs the whole cycle - how providers are classified, how the inventory is kept, how they are assessed, how they are monitored and how they are decommissioned - owned by a named role and reviewed on the same terms. And a CLASSIFICATION is applied to each provider against stated criteria such as the sensitivity and volume of the data it holds, the availability the organization depends on it for, the regulation that reaches it, and the risk that remains after the controls in place - reviewed rather than assigned once. DECOMMISSIONING is performed rather than allowed to lapse: when a relationship ends, the user and service accounts are deactivated, the data flows into and out of the provider are terminated, and the organization’s data held in the provider’s systems is disposed of and the disposal evidenced. Who does what is settled before the relationship starts and written down on both sides: the cybersecurity roles and responsibilities of the organization, of the supplier, and of the customers and partners the arrangement reaches are established, communicated to each of them and coordinated between them, so a duty is not left in the gap where each party assumed the other held it. Planning and due diligence come before the agreement rather than after it - what the relationship would expose, what the candidate’s security actually looks like, and what would have to be true before it starts are established while declining is still an option. The risk a supplier carries is then held as a record rather than as an impression: understood, written down, prioritized against the other suppliers, assessed on a stated cadence, responded to with an owner and a date, and monitored for the whole life of the relationship instead of at onboarding only. The provider inventory records the SERVICES each one actually provides as well as its name, so what the organization has placed outside itself is answerable from the list. Where a PROCESS itself is provided from outside, it stays inside the management system’s control rather than leaving it: the controls the organization intends to apply to the external provider and the controls it intends to apply to the resulting output are defined separately and both are applied, because a well-governed supplier can still ship a nonconforming output. What the arrangement could do to the organization’s own ability to consistently meet its customers’ requirements is considered when those controls are set, and the verification or other activity necessary to establish that what arrives meets requirements is determined in advance and carried out rather than inferred from the supplier’s own assurances. Where a regime requires the CHAIN OF CUSTODY of a device to be established before it enters the environment, the organization documents and maintains that custody, replacement devices included, so the integrity of what arrives is demonstrated rather than assumed. | KSI-SCR-MIT | 8.4.1, 8.4.2, 8.4.3 |
Beyond the pair
Where else this work counts
A framework is lit when a shared control above also maps to it. Unlit means none of them do, which is an absence rather than a judgment about that standard.
Also reached by these 4 controls
- AI Governance Essentials not reached
- Amazon Appstore Child-Directed Apps not reached
- Apple App Store Kids Category not reached
- CIS Critical Security Controls also reached
- COPPA also reached
- ESG Essentials also reached
- EU AI Act not reached
- FedRAMP Consolidated Rules not reached
- FedRAMP Rev5 Class B also reached
- FedRAMP Rev5 Class C also reached
- FedRAMP Rev5 Class D also reached
- GDPR also reached
- Google Play Families not reached
- HIPAA also reached
- ISO/IEC 27001 also reached
- ISO/IEC 42001 also reached
- NIST AI Risk Management Framework also reached
- NIST Cybersecurity Framework also reached
- NIST SP 800-171 not reached
- NIST SP 800-53 also reached
- PCI DSS also reached
- PIPEDA also reached
- SOC 2 also reached
- SOX (Sarbanes-Oxley) Section 404 also reached
- US Employment Law - Federal Baseline not reached
Nearby pairs
- FedRAMP 20x and FedRAMP Rev5 Class C 25 shared controls
- FedRAMP 20x and FedRAMP Rev5 Class D 25 shared controls
- FedRAMP 20x and ISO/IEC 27001 25 shared controls
- FedRAMP 20x and NIST SP 800-53 25 shared controls
- FedRAMP 20x and FedRAMP Rev5 Class B 22 shared controls
- FedRAMP 20x and NIST Cybersecurity Framework 21 shared controls
The thesis
Why this is one project, not two
On a crosswalk-native model, ISO 9001 mostly lights up controls you already built for FedRAMP 20x. You’re not re-uploading the same screenshot for a second audit. You apply the framework and see the genuine delta worth working. That’s the whole idea behind collect once, comply everywhere.
Next step
Add ISO 9001 to the work you already did
Apply both frameworks in one workspace and see the overlap measured against the controls you already hold.