Secure your Docker surface
Image provenance, embedded credentials, and registries that let anyone pull your production images. We don’t connect to Docker to collect evidence for its own sake — we connect to secure it, and the compliance artefacts follow from that work.
Book a Demo[01] What This Surface Exposes
Where Docker goes wrong
Docker goes wrong in the layers: a secret removed in a later instruction is still recoverable from the image that ships.
- Images built on base layers with known unpatched vulnerabilities
- Credentials, tokens, and private keys baked into image layers and recoverable from history
- Registries permitting anonymous pull, or push from over-scoped CI credentials
- Containers granted capabilities far beyond what the workload needs
- Images running in production with no signature and no traceable build origin
[02] What We Secure
What we watch, catch and fix on Docker
On Docker we scan layer history for credentials and tie running containers back to the commit that built them.
- Layer-level secret scanning, because a secret removed in a later layer is still in the image
- Base image currency tracked against the images actually deployed, not the ones in the repo
- Registry access reviewed as an access surface in its own right
- Vulnerability findings prioritised by whether the affected component is reachable at runtime
- Build provenance linked from running container back to commit
[03] Where It Lands
Where Docker lands in your registers
Every cloud resource we discover becomes an entry in your asset register with an owner, a criticality rating, and its data classification. Access reviews cover the IAM principals attached to it, and the risk register carries the mapping between the asset and the risks it actually carries — so a public bucket is a named risk against a named asset, not a line item in a scan report.
[04] How We Engage
On Docker specifically
On Docker, we remediate registry permissions and drive base image upgrades through your pipeline. Rebuilding images to strip embedded secrets, and rotating whatever those secrets protected, we coordinate with your engineers as an incident.
Platform licence
Everything you need to find and fix it yourself, with no ceiling on the depth of the answer.
- Every connected tool monitored for misconfiguration and drift, with findings mapped to the assets and risks they affect
- Remediation guidance that tells you what is wrong and exactly how to fix it — however deep or awkward the issue is. We are engineers running a security company, so the answer is the real one, not a link to vendor documentation
- Assets, access reviews, and risk register populated from the tools themselves rather than from spreadsheets
- Unlimited integrations and unlimited users, with anything missing built within two weeks
Managed service
Every tool you connect through Konfirmity comes under our care, with our team doing the work.
- Continuous misconfiguration and drift monitoring across every connected tool, watched by our analysts rather than by a dashboard waiting for you
- Incident response led by us, with containment coordinated with your team
- Remediation performed directly wherever you have granted us the authority to act — and where we cannot act, we project-manage the fix to completion rather than handing you a ticket
- Decision support on the tools themselves: where something is failing you on capability or costing more than it returns, we will tell you, and help you replace it
[05] Docker FAQs
Do you scan images or running containers?
Both, and the distinction matters. An image scanned in CI is not necessarily the image running in production weeks later. Konfirmity reconciles registry contents against deployed workloads, so an old image still running somewhere is a visible finding rather than an assumption.
What happens when you find a secret in an image?
We treat it as an incident, not a scan result. The image is the symptom; the live credential is the problem. We identify what the secret grants access to, drive rotation of that credential, and only then deal with rebuilding the image without it.
Amazon Web Services
Google Cloud Platform
Microsoft Azure
Kubernetes
Terraform