Continuous Penetration Testing

We begin with a full manual penetration test of the scope, the same depth you would expect from a standalone engagement. This establishes the baseline: every known issue found, rated and reported, so continuous testing from then on is watching a known-good state rather than starting blind.

Your external footprint is tracked continuously. When a new subdomain, port, service or application appears, it enters scope and gets looked at by a person, not just fingerprinted by a tool. Shadow IT and forgotten staging environments are exactly the things that get compromised, and they are exactly what an annual test misses.

When you ship a significant change, we test the affected functionality. Authentication changes, new API endpoints, payment flows and permission model changes get manual attention, because those are where a regression becomes a real vulnerability. Smaller changes are covered by lighter checks so the cadence stays practical.

When a serious vulnerability lands in software you run, we check whether your instance is exposed and tell you, rather than leaving you to correlate a news headline with your own asset inventory. That turns a scramble into a short, calm message with a clear answer.

Injection, broken access control and IDOR, authentication and session flaws, SSRF, and business-logic abuse across your applications and their APIs. New endpoints from a release get the same scrutiny as the originals.

Exposed management interfaces, misconfigured services, weak TLS, and unpatched software on internet-facing hosts. This is where the continuous surface map earns its cost, because the risky thing is usually the host nobody remembered was public.

Cloud misconfigurations, over-permissive roles, storage that quietly became public, and credentials that appear in a repository. These drift in over time between formal tests, which is precisely the interval continuous testing is built to cover.

No waiting for a quarterly PDF. A confirmed high-severity issue is in front of your team the same day, with everything needed to reproduce and fix it.

When you need a formal report for an auditor, a customer or a board, we generate one from the current state of findings, so your compliance evidence is always a click away rather than a project.

Scope drift is the quiet enemy of continuous testing. Assets get added, environments get spun up for a demo and forgotten, a subsidiary launches something on a subdomain nobody told security about. We reconcile the live surface map against your agreed scope regularly and raise anything new, so testing follows reality rather than a document written a year ago. When something falls out of scope, we say so rather than quietly testing it.

Continuous does not mean unpredictable. We agree the rules once, in writing: which environments are fair game, which checks are considered intrusive and need a window, and who to call if a test ever appears to cause a problem. Those rules travel with the engagement, so your team is never surprised by a test and never has to re-authorize the basics every month.

The metric that matters is how long a vulnerability stays live in production. Annual testing measures that window in months. Continuous testing measures it in days, because the issue is found close to when it was introduced and retested close to when it was fixed. For an internet-facing application, that difference is the difference between a near miss and an incident.

Because the work is ongoing, you can see whether your security is improving. Are the same classes of bug recurring release after release? Is a particular team shipping cleaner code than it did last quarter? The portal turns testing into a signal your engineering leadership can act on, not a once-a-year verdict with no context around it.

When a pattern repeats, the fix is usually upstream of the code. If the same authorization gap appears in three services, the answer is a shared library or a design standard, not three separate patches. We flag those patterns as they emerge and suggest where a guardrail in your pipeline or a check in code review would stop the class of bug at the source. Over a year that turns continuous testing from a safety net into something that measurably raises the baseline quality of what your team ships, which is a return no single annual report can offer.