ISO 27001 Penetration Testing

Not explicitly. ISO/IEC 27001:2022 is a risk-based standard, so unlike PCI DSS it does not contain a clause mandating a penetration test on a fixed schedule. What it does require, through Annex A control 8.8 on technical vulnerability management, is that you obtain information about technical vulnerabilities of the systems you use, evaluate your exposure and take appropriate measures, and a penetration test is the most practical and widely accepted way to do that and to show an auditor you have. The secure-development controls, 8.25 to 8.29, add an expectation of security testing in development and acceptance, which application pentesting evidences. So while a certification auditor cannot point to a line that says "you must run an annual pentest", in practice they expect to see recent testing as evidence that these controls operate rather than merely exist on paper, and a Statement of Applicability that includes 8.8 with no testing behind it is a weak spot. We scope the test to your ISMS and map findings to the controls, so it reads as the evidence the audit wants.

Most directly, Annex A control 8.8, technical vulnerability management, which requires that information about technical vulnerabilities is obtained, exposure evaluated and measures taken; a penetration test is the practical mechanism for all three and the evidence that the control operates. Application testing also supports the secure-development set, controls 8.25 to 8.29, which cover security requirements, secure coding and security testing in development and acceptance, because a pentest before a release demonstrates that security testing is part of how you ship. The test does not stand alone: it is read against your risk assessment under clause 6.1.2 and your Statement of Applicability under 6.1.3, which is why we scope it to your ISMS boundary rather than to everything you run and map each finding to the control it bears on. That mapping is the difference between a generic security report and ISO 27001 evidence: the auditor can trace a tested system to the control it demonstrates. If your auditor has flagged particular controls, tell us on the scoping call and we will foreground them.

The systems inside your ISMS scope, as your Statement of Applicability and scope statement define them, not everything your organisation runs. ISO 27001 lets you define the boundary of the information security management system under clause 4.3, and the Statement of Applicability under 6.1.3 lists which Annex A controls apply and why, so the penetration test follows that boundary: the applications, APIs, cloud infrastructure and network inside the certified scope, plus the systems that support them. Getting this right matters because testing outside the ISMS scope wastes budget, while leaving an in-scope, internet-facing system untested is exactly the gap an auditor will find. On the scoping call we map the test to your ISMS boundary and SoA, and where the scope is still being drawn for a first certification we help you set one that is defensible to the auditor and honest about what the certified service depends on, rather than drawn narrowly to make the audit look easier than it is. The result is evidence that lines up with what the certification body actually assesses.

Before Stage 2, with enough room to fix and retest. An ISO 27001 certification runs as a Stage 1 documentation review followed by a Stage 2 audit of how the ISMS operates, and the evidence an auditor wants at Stage 2 includes recent testing of the technical controls, so a penetration test needs to be complete, with exploitable findings remediated and retested, before Stage 2 rather than during it. Run it too late and you are presenting open findings to an auditor; too early, and it may look stale by the time fieldwork happens. For a first certification we usually test early enough that remediation and a clean retest are both captured as evidence the control operates. After certification, the annual surveillance audit and the three-year recertification each expect current testing, so most certified clients settle into an annual cycle, plus a test after any major change to an in-scope system. On the scoping call we place the test against your audit calendar so the evidence is current when the auditor asks.

A report that stands as evidence to someone who was not in the room and needs to trace it to controls. That means the scope that was agreed and when, the methodology and standard behind each surface tested, every finding with a proof of concept that shows the issue was reproduced rather than inferred, a justified severity, a remediation naming the component to change, and a retest recording what closed and what still stands. For ISO 27001 specifically, findings should be mapped to the controls they bear on, chiefly 8.8 and the secure-development set, so the auditor can read the test as evidence that those controls operate rather than as a standalone document they must interpret. SecureRoot writes findings that way and keeps the retest inside the engagement, so the original report and the closure evidence share one methodology and one team. If your auditor or your consultant has a preferred format or specific controls in focus, tell us on the scoping call and we will shape the report to it so it slots into your evidence pack cleanly.

Usually yes, when it is scoped for it from the start. A single penetration test, scoped to the right boundary and written to map findings to controls, is evidence for several things at once: the ISO 27001 technical-vulnerability and secure-development controls, the SOC 2 Trust Services Criteria, and the recent-pentest line enterprise customers put in their vendor security questionnaires. Because the same team at SecureRoot runs those programmes, we scope the test to the controls driving it so the report satisfies each rather than being re-interpreted or re-run for the next framework. The limit is scope: a test cannot be stretched to cover a system it never looked at, so where your ISO 27001 ISMS scope and your SOC 2 system boundary genuinely differ we will say where one test covers both and where an addition is needed, rather than imply a single report answers everything. Tell us on the scoping call which frameworks and which customer questionnaires are in play, and we design a single engagement that produces evidence for each, which is usually cheaper and quicker than commissioning separate tests.

No to both, and the distinction matters. Your ISO 27001 certificate is issued by an accredited certification body after a Stage 1 and Stage 2 audit, and that body has to stay independent of the work it certifies, so a single firm cannot both consult on your ISMS and issue your certificate; SecureRoot is not your certification body and does not issue the certificate. What we do is the readiness and the penetration testing the certification audit relies on, and because SecureRoot Risk Advisory LLP holds ISO/IEC 27001:2022 itself, certificate IN60432E, we have run the same management system we are testing you for. Separately, CERT-In empanelment is an Indian scheme that matters only where a regulator or a tender specifically requires the formal VAPT report to be signed by an empanelled auditor; it is not part of ISO 27001 certification, and SecureRoot is not CERT-In empanelled. Where your situation genuinely needs a certification body or an empanelled signature, that is a different party, and we tell you which one on the scoping call.