Patch what is exploited and reachable first
CloudLens scans your VMs and container images agentlessly, straight from the disk, matches CVEs against OS and package feeds, enriches them with CISA KEV, and ranks them by what is actually exposed — not by raw CVSS alone.
- 1The real findings list
Every open finding in one list — severity, service, where it sits and SLA, ranked by what it actually reaches.
- 2Open it on the right
Click a finding and it opens in a side panel: what it means, and every data store it can reach.
- 3See why it's critical
The access path from the scan’s network graph shows how an attacker reaches the data — internet, workload, role, store.
- 4File it
One click raises a Jira issue with the evidence attached, mirrored to Slack and Teams so the owner is paged.
A CVE list nobody can finish
Thousands of criticals, an agent that never got deployed, and no way to tell which ones matter.
Agents never cover everything
What usually happens: A scanner that needs an agent misses the hosts and images where the agent was never installed — often the oldest, riskiest ones.
How CloudLens resolves it: CloudLens reads the disk agentlessly, so coverage does not depend on a rollout that never finished.
ResolvedCVSS alone is not priority
What usually happens: Ten thousand criticals sorted by CVSS put an unreachable library next to one exposed to the internet.
How CloudLens resolves it: Findings are ranked by reach — known-exploited and internet-facing first — so the queue starts with real risk.
ResolvedHosts and images drift apart
What usually happens: VM scanning and image scanning live in separate tools, so the same CVE is triaged twice with different owners.
How CloudLens resolves it: Hosts and container images land in one list, matched the same way, so a CVE is one finding with one fix.
ResolvedFrom a CVE to the fixed version
Open a vulnerability and you see the exploit status, where it runs, whether it is reachable, and the version that fixes it.
- Click a finding — it opens in a right-hand panel
- Reach, access path and owner in one view
- File to Jira, mirrored to Slack & Teams
See them with misconfigurations and data in one graph
How Log4Shell on the checkout image got patched the same day
A morning at Lumora Retail: a KEV-listed CVE turns up on an internet-facing image.
Lumora Retail is a fictional company. The people, names and numbers are sample data.
A KEV-listed Critical appears
Confirms the reach
Bumps and rebuilds
Clears on the next scan
Vulnerability management you can finish
Agentless coverage
Hosts and images are read from the disk, so coverage does not depend on an agent rollout that never finished.
Reach over CVSS
Known-exploited and internet-facing CVEs come first, so the short list at the top is the one that matters.
One list, hosts and images
VMs and container images are matched the same way and ranked together, so nothing is triaged twice.
Vulnerability management questions
No. CloudLens scans VMs and container images agentlessly by reading the filesystem, so coverage does not depend on deploying and maintaining an agent on every host.
Installed OS and language packages are matched against distribution and ecosystem feeds (for example Ubuntu, Amazon Linux and Debian), then enriched with the CISA Known Exploited Vulnerabilities catalog.
By reach: whether the CVE is known-exploited, and whether the asset it is on is internet-facing or otherwise exposed. CVSS is one input, not the whole order.
Yes. Running container images and host VMs are scanned the same way and shown in one list, so a shared package is one finding, not two.
Ready to see CloudLens in action?
Connect a read-only AWS role or Azure service principal. We'll walk you through your bill, your security graph and the first things worth fixing.