Vulnerability Management Program

Every program starts with an accurate asset inventory, because the vulnerability that gets you is usually on the box nobody remembered: a forgotten staging server, a cloud instance spun up for a test and left running, an appliance that quietly stopped receiving updates. We discover what is actually exposed, not just what is on your list, and keep that inventory current as your estate changes.

An unauthenticated scan sees your systems the way an anonymous attacker on the internet does, which is useful but shallow. An authenticated scan logs in and inspects installed software, patch levels and configuration from the inside, and it finds the missing patches and weak settings that an external view never reaches. A serious program uses both, and knows which to trust for what.

A CVSS score tells you how bad a vulnerability could be in the abstract. It says nothing about whether attackers are actually using it or whether it is even reachable in your environment. We layer on EPSS, which estimates the probability a vulnerability will be exploited, and the CISA Known Exploited Vulnerabilities catalog, which lists what is being exploited right now. A medium-CVSS issue on the KEV list often deserves attention before a high-CVSS one that no one has ever weaponised.

A critical flaw on an internal server behind three firewalls is a different problem from the same flaw on your internet-facing login. We factor in exposure, the sensitivity of what the system touches, and whether a real attack path exists. This is where our offensive background pays off: we prioritise the way an attacker would pick targets, not the way a scanner sorts a spreadsheet.

Cutting the false positives

Scanners over-report. A finding that turns out to be a back-ported patch the scanner misread, or a service that is not really running, wastes your engineers’ time and erodes their trust in the whole process. We manually triage the important findings so what reaches your team is real, prioritised and worth acting on.

We set clear targets: critical and actively exploited issues on a short clock, high severity within a defined window, and so on down. Those SLAs turn “we should patch that” into a tracked commitment with an owner and a date, which is what auditors and boards want to see and what actually moves the needle.

A patch marked done is not the same as a patch that worked. We rescan and, where it matters, manually confirm that the vulnerability is genuinely gone and that the fix did not open something new. Free retesting of remediated issues is part of how we work, so closure means closed.

Some risk is configuration, not a missing patch. We check systems against CIS Benchmarks for common platforms, flag weak settings such as exposed management interfaces or permissive defaults, and fold the hardening into the same program so you are not running two disconnected efforts.

Not every system can be patched on the same schedule, and pretending otherwise sets a program up to fail. A customer-facing web server and a fragile line-of-business application in the back office carry different change risk, so we agree a realistic patch cadence for each class of asset and route the work into your existing ticketing rather than a separate tracker nobody checks. The aim is a rhythm your team can actually sustain, because a program that demands the impossible gets abandoned by the second month.

Whether you compare the Qualys vulnerability management cost, the Tenable vulnerability management cost or an open-source option like OpenVAS, you are buying a scanner, not an outcome. Someone still has to scope the scans, tune out the noise, prioritise by real risk, chase the fixes and verify them. We provide that operation, and we can run it on a platform you already own so you are not paying twice.

For the findings that could genuinely hurt you, we do more than trust the scanner: we validate them by hand, confirm they are exploitable in your context, and sometimes demonstrate the impact so the priority is undeniable. That is the difference between a list and a program, and it is why our reports change what actually gets fixed first.

You get an executive view of your risk trend and a technical work list your engineers can pick up: each real finding with its severity, its exploitation likelihood, where it lives, and the specific fix. No raw scanner dump, no ten-thousand-row spreadsheet nobody opens.

PCI DSS 4.0 requirement 11.3 mandates regular internal and external scanning; ISO 27001 control A.8.8 covers the management of technical vulnerabilities; SOC 2 expects a defined process; and DORA requires financial entities to identify and remediate ICT vulnerabilities on an ongoing basis. We map the program to whichever apply and document it so an assessor gets evidence, not promises.

A mature program means your annual pentest is not wasted rediscovering missing patches. It frees that engagement to find the deeper logic and chaining flaws a scanner never will, which is where the real money in offensive testing lies.