Category: Security

  • The finding is only the beginning…

    The finding is only the beginning…

    What risk ratings don’t tell you.

    A vulnerability appears in a penetration testing report.

    Risk Rating: Low

    It is easy to assume that a Low finding can be placed near the bottom of the ‘To Do’ list. There are Medium, High and Critical findings competing for attention, so surely the Low finding belongs somewhere near the bottom of the list?

    Sometimes it does.

    But that single word ‘Low’ does not tell you everything you need to know.

    When that label is derived from a CVSS Base score, it gives a standardised view of the vulnerability’s intrinsic technical risk. It does not, by itself, assess the risk the finding presents to a particular organisation.

    The finding tells you what was identified.

    The rating helps describe its risk.

    Understanding what it means in your environment requires another layer of thinking.

    Low on its own does not always mean low in context…

    A Low rating usually means that a weakness has limited technical impact or requires conditions that reduce its severity. That matters, and it should influence prioritisation. But the rating describes the finding as assessed, it does not guarantee that the finding will remain insignificant when it sits alongside other weaknesses.

    Attackers are not limited to using one weakness at a time. Information disclosed by one issue may make another easier to exploit. A minor configuration error may expose a service that was assumed to be unreachable. Weak permissions may then allow access to something more sensitive. Each step can be modest in isolation, while the route created by those steps carries a much greater risk.

    That does not turn every Low finding into a High one. The individual rating can remain Low while its contribution to a realistic attack path gives the organisation a reason to examine it more closely or treat it sooner.

    A simple example

    Imagine an internet-facing application with a weak password policy, no effective anti-automation controls, no multi-factor authentication and no restriction on concurrent logins. Assessed separately, each weakness may have limited impact or depend on other conditions before it can be exploited successfully.

    Together, however, they create a much stronger route to account compromise. The weak password policy makes guessable or reused credentials more likely, while the absence of anti-automation controls allows repeated, automated login attempts. Without MFA, a correct password may be enough to gain access, and concurrent logins can allow an attacker to maintain a session without immediately displacing or alerting the legitimate user.

    The individual findings have not automatically become High risk. What has changed is the understanding of how they interact. Together, they reduce the barriers to unauthorised access and may justify treating one or more of them as a higher remediation priority than their labels alone would suggest. The individual risks are Low, the aggregated risk is High

    This is not necessarily an argument for fixing Low findings first

    Critical and High findings will often demand the fastest response, particularly where exploitation is straightforward, important systems are exposed or serious impact has been demonstrated. They should not be ignored while a team investigates every theoretical combination of lower-risk issues.

    The point is to avoid treating the risk rating column as the entire decision. A sound remediation plan considers technical risk alongside exploitability, exposure, asset importance, existing controls, threat intelligence and the way findings interact. Sometimes that confirms the original order. Sometimes it moves a Low risk finding higher because it closes an important route through the environment.

    How can penetration testing help?

    Automated scanning and risk ratings are useful for identifying and describing weaknesses, but they do not always show how an attacker could move between them. A penetration tester can investigate those relationships, validate whether a suspected path is and demonstrate what access or impact can be evidenced.

    A useful report will still present individual findings clearly, but it will also explain relevant dependencies and attack paths. That gives the organisation a better basis for deciding what to remediate immediately, what to mitigate, what to monitor and what can reasonably be accepted for the time being.

    How Runewall Security can help

    Runewall Security looks beyond isolated labels to examine how weaknesses behave in the environment being tested. Our penetration testing considers the relationships between systems, access controls, exposed services and business relevant assets, helping to identify where an apparently modest issue contributes to a more meaningful route.

    We report what was identified, what was demonstrated and why it matters in context. The aim is not to inflate every Low finding or overwhelm teams with noise. It is to provide clear evidence and practical recommendations so that attention and remediation effort are directed where they can reduce risk most effectively.

    The finding is only the beginning…

    A Low risk finding may be exactly what its rating suggests: limited, contained and appropriately placed below more serious work. But it may also be one step in a chain that changes the organisation’s exposure. The right response is neither to panic nor to dismiss it. It is to ask what the finding connects to, where it could lead and whether addressing it would break a more significant attack path.

    Risk ratings start the conversation. Context, evidence and sound prioritisation determine what should happen next.

  • Who holds the keys to the kingdom?

    Who holds the keys to the kingdom?

    Your company is the target of a cyber attack. What does that look like?

    For a long time, it went something like this:

    • Compromise of a workstation
    • Elevation of privileges
    • Lateral movement
    • Compromise of Domain Admin
    • Own the enterprise

    The “Holy Grail” for the attacker was Domain Admin. The one account that was guaranteed to have access to everything, everywhere, either directly, or by virtue of being able to manage account and machines across the entire estate.

    But is this still true? The answer may seem like a clear “no”, but who actually does hold the keys to kingdom in 2026?

    The Domain Administrator wasn’t just that person that looked after your IT. The Domain Admin account had control over authentication, workstations, servers, Group Policy, software deployment, and user management. The objective was never really to get access to the DA account. The objective was control. DA was a convenient place to find it.

    Control over various domains has shifted in recent years. Some of these shifts have been obvious, such as the move of Identity to platforms such as Entra ID and Okta. Some may be less obvious as a source of authority, such as control of application source code through GitHub or Azure DevOps.

    Authority in the modern enterprise is fragmented across numerous control planes, each entrusted with administering a different aspect of the organisation, from identity and endpoints to cloud infrastructure and software delivery.

    Rather than targeting the route of workstation compromise, elevation of privileges, lateral movement and domain, attackers are targeting the systems that already posses the authority that they need.

    Recent vulnerabilities affecting Cisco FMC, N-central and Artifcatory lead to compromise of not just another server, but a platform trusted to administer infrastructure, manage endpoints or distribute software throughout the enterprise.

    In a recent attack on Coder’s registry infrastructure, attackers gained access to the platform responsible for distributing Terraform modules to customer environments. Rather than targeting individual workstations or attempting to gain Domain Admin privileges, the attackers targeted a trusted component of the software delivery process itself. By compromising a platform responsible for provisioning infrastructure and development environments, they gained access to cloud credentials, CI/CD secrets and other privileged artefacts. The objective was achieved through compromise of a trusted delivery mechanism rather than through traditional privilege escalation within the target environment.

    So what does this mean for you as the owner of these systems?

    It raises a number of uncomfortable questions:

    • What systems can make changes to other systems?
    • Which platforms can deploy code?
    • Which platforms can create identities?
    • Which platforms can access business-critical data?
    • Which platforms could perform organisation-wide actions without Domain Admin?

    These are the platforms that should form your real Tier 0 environment.

    Domain Admin was never the objective. Authority was. For many organisations, authority now lives across identity platforms, management systems, cloud control planes and software supply chains. Attackers appear to have noticed. The question is whether defenders have.

    If an attacker gained control of just one platform in your organisation, which platform would give them the greatest ability to affect every other system?