Track the CVEs Affecting Your Company's Software

Hundreds of new CVEs are published around the world every day. You can't handle them all, and thankfully you shouldn't try: a CVE only matters when the affected software is actually installed in your organization, in a vulnerable version. The real challenge is therefore not reading every security bulletin on the planet, but linking this constant stream to the concrete state of your device fleet. That link is what separates anxious, sterile monitoring from effective risk management.

Many organizations swing between two equally unproductive extremes: ignoring the topic entirely, or trying to track every vulnerability feed and burning out without ever knowing which ones truly concern them. The right approach sits in between, and rests entirely on systematically cross-referencing published CVEs with your real software inventory.

Understanding what a CVE is

A CVE (Common Vulnerabilities and Exposures) is a standard identifier, recognized across the whole industry, that describes a specific vulnerability in a given product and version range. It is a shared language that lets every security actor refer to the same flaw without ambiguity.

• A unique identifier (for example CVE-2024-XXXXX) shared across the whole industry.
• A severity score (CVSS) indicating the flaw's potential criticality.
• The affected versions and the fixed version published by the vendor.
• Sometimes a note of active exploitation already observed in the wild.

The CVSS score isn't everything

The CVSS score gives a first indication of severity, but it takes no account of your context. A flaw rated 9 on software absent from your fleet does not concern you, whereas a flaw rated 6 but actively exploited on an app present everywhere demands a fast response. That is why the score should always be weighted by real exposure and by the existence of known exploits.

Linking CVEs to your fleet

Tracking CVEs without an inventory means reading an abstract list of threats, with no idea which ones actually concern you. The useful approach systematically connects both worlds, which means starting from a reliable, up-to-date inventory.

1. 1Keep an up-to-date inventory of installed software and versions on the devices.
2. 2Automatically match those versions against published CVEs.
3. 3Prioritize by CVSS score, known exploitation and number of exposed devices.
4. 4Trigger the fix and verify it was applied across the fleet.

Without this inventory, the best monitoring in the world stays theoretical: you will know a flaw exists, but not whether it touches you. With it, each bulletin becomes either a non-event to ignore or a precise action to carry out on identified devices.

Prioritize rather than handle everything

A critical, actively exploited CVE on software present across the whole fleet demands an immediate response. A minor flaw on a rarely used utility can wait for the normal update cycle. Prioritization prevents team burnout and focuses effort where the risk is real, rather than scattering attention across theoretical threats.

This triage requires having, in one place, the link between each vulnerability and the devices it affects. Without that link, prioritization stays theoretical and remediation becomes a matter of chance. With it, you can decide quickly and consistently: fix now, schedule it for the next cycle, or accept the risk while documenting the reasoning behind that choice.

Fit CVE tracking into a continuous cycle

Tracking CVEs is not a one-off task but a regular rhythm, ideally tied to your patch management cycle. Each new relevant vulnerability should trigger a clear, traceable decision, rather than getting lost in an inbox saturated with generic alerts.

1. 1Receive CVE alerts that actually concern your fleet, not the whole ecosystem.
2. 2Decide on an urgency level based on criticality and exposure.
3. 3Schedule or trigger the fix through your deployment tool.
4. 4Document the decisions for compliance and future audits.

Common mistakes in CVE tracking

A few recurring habits drain CVE tracking of its effectiveness. Spotting them helps build a process that genuinely protects.

• Subscribing to generic feeds without ever cross-referencing them with your own fleet.
• Reacting only to the CVSS score while ignoring real exploitation and exposure.
• Fixing without then verifying that the patch reached every device.
• Documenting nothing, making any demonstration impossible during an audit.

A concrete CVE-triage example

Suppose that in one week, three security bulletins concern software present in your organization. The first targets a browser version installed on a hundred machines, with a critical flaw already exploited in the wild. The second affects a mail client on forty machines, with a moderate flaw and no known exploit. The third concerns a utility installed on two machines, with a theoretically critical flaw but no observed exploitation. Without cross-referencing the inventory, these three alerts would look alike; with it, the hierarchy becomes obvious.

1. 1Urgently handle the browser flaw: critical, exploited and massively present.
2. 2Schedule the mail-client fix within the current cycle.
3. 3Document the utility flaw and fix it in the next normal cycle.
4. 4Afterward, verify that each fix actually reached the targeted devices.

This triage illustrates the fundamental principle of CVE tracking: what matters is not the number of bulletins, but the ability to link each one to the real state of the fleet in order to decide quickly and correctly. A critical CVE on software absent from your org warrants no action; a moderate but exploited flaw on a ubiquitous app demands an immediate response. This contextualized reading, traced decision by decision, turns anxious monitoring into controlled risk management.

How AuPoint helps

AuPoint makes this match for SMBs and MSSPs: from the inventory of apps installed across the fleet, the platform identifies the CVEs affecting your precise versions, ranks them by criticality and exposure, then offers to deploy the fixed version through Intune using official vendor installers. You track your software vulnerabilities from a single dashboard, without sifting through security bulletins one by one, and you keep a record of the decisions made.

Frequently asked questions

Do I need to handle every published CVE?

No, and it would be counterproductive. Only the CVEs affecting software actually installed in your org, in a vulnerable version, matter. The rest is noise that a good cross-reference with the inventory eliminates automatically, leaving you a short, actionable list rather than an endless feed you can never keep up with.

Is the CVSS score enough to prioritize?

No. CVSS measures potential severity, but not your exposure. A moderate flaw that is actively exploited on a ubiquitous app can be more urgent than a theoretically critical one absent from your fleet. Always combine severity, real-world exploitation and the number of affected devices before deciding what to fix first.

How often should I track CVEs?

Continuously, tied to the patch cycle. The most dangerous vulnerabilities are often exploited within days of disclosure; monthly or quarterly tracking leaves far too wide a window during which an attacker can act. Automatic, permanent cross-referencing between new CVEs and your inventory is the only realistic approach for a team that cannot watch every feed by hand.

What do I do with a CVE that has no fix yet?

When no patch has been published, you are facing a vulnerability with no immediate remedy. You must then document the risk and apply temporary mitigations: restrict use of the software, isolate the affected machines or disable the vulnerable feature. The tracking must keep a record of this situation so the fix can be triggered as soon as the vendor releases it.

Stop chasing bulletins that, for the most part, do not concern you. With AuPoint, link CVEs to your fleet's real inventory, prioritize the ones that matter and fix them through Intune. Request a demo to see your software vulnerabilities from a single dashboard.