Container Security
We secure your containers and Kubernetes platforms end to end, from the images you build to the clusters you run, closing the gaps that let attackers break out, move sideways and take control.
We secure your containers and clusters end to end
Containers move fast and change often, which makes them easy to misconfigure and hard to keep secure. We assess your images, registries, runtime and orchestration against CIS Benchmarks to find where an attacker could break in or break out.
Image Vulnerabilities
Outdated packages and known flaws baked into the images you ship to production.
Registry Security
Unsigned images, weak access controls and untrusted sources in your supply chain.
Runtime Isolation
Privileged containers and weak isolation that let a breach escape onto the host.
Cluster Networking
Flat pod networks and missing policies that let threats move freely between workloads.
RBAC & Access
Over-broad Kubernetes roles and service accounts that grant far too much power.
Secrets Handling
Secrets stored in plain text, mounted carelessly or exposed through the API.
Containers Ship Fast. Their Risks Ship With Them.
Containers let your teams build and deploy at speed, but every image carries whatever went into it, and every cluster inherits whatever it was configured to allow. A vulnerable base image, a privileged container or a wide-open role can turn a single compromised pod into a foothold across your whole platform. The speed that makes containers useful is the same speed that spreads a mistake.
Our team secures the full lifecycle, from the images in your registry to the workloads running in your cluster. We scan for vulnerabilities, harden your Docker and Kubernetes configuration against CIS Benchmarks, tighten RBAC and network policy, and check how secrets are handled. You come away with a hardened platform and practical guidance your engineers can fold into their pipelines.
Standards and Frameworks We Assess Against
- We assess your platform against the CIS Docker Benchmark and the CIS Kubernetes Benchmark, together with upstream Kubernetes hardening guidance.
- Controls are aligned to the NIST Application Container Security Guide (SP 800-190) and the security expectations of your cloud provider’s managed Kubernetes service.
- Supply chain findings map to established practice such as SLSA and image signing, so what runs in production is what you actually trust.
Aligned to the frameworks that matter
Our testing follows the methodologies that set the global standard for application security.