Container Security Services
Secure your containerized applications from development to production with end-to-end vulnerability management and hardened orchestration.
Secure your containerized applications from development to production with end-to-end vulnerability management and hardened orchestration.
Reduce attack surface by enforcing continuous security across container build, deployment, and runtime stages.
Identify vulnerabilities and insecure configurations in container images before deployment to prevent exploitable workloads.
Monitor running containers to detect suspicious behavior, malicious activity, and policy violations in real time.
Secure container registries by restricting image access, enforcing authentication, and preventing unauthorized image usage.
Apply consistent security policies across Kubernetes clusters to protect pods, nodes, and orchestration components.
Enforce strong segmentation between container workloads to limit lateral movement and blast radius during attacks.
Expertise, innovation, scalability, security, and proven success.
Cloud-Native Security Expertise
Deep experience securing containerized workloads in dynamic, microservices-based architectures.
Kubernetes-Centric Approach
Proven ability to secure complex Kubernetes environments at scale without disrupting operations.
End-to-End Container Coverage
Security spanning image creation, registry management, runtime execution, and orchestration layers.
DevOps-Aligned Implementation
Security controls designed to integrate seamlessly into existing CI/CD and DevOps workflows.
Threat-Aware Defense Strategy
Focus on detecting and stopping real-world container and runtime attack techniques.
Scalable Security Frameworks
Solutions that evolve with growing clusters, workloads, and deployment complexity.
Secure your containerized applications with continuous protection from image creation to runtime execution.
Success,
in their own words.
President, CRO and COO
Dorothy AI
CEO
The Clearvue Ltd
CTO
Vestaplus
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Containers share the host OS kernel, making them faster but creating different risks. While VMs are isolated at the hardware level, container security focuses on isolating processes and securing the "images" they are built from, requiring much more granular control over the runtime environment.
Runtime drift happens when a container is modified while it’s running. We enforce "immutability," meaning containers cannot be changed after deployment. If a container starts behaving differently from its original image, our system flags or kills it immediately.
Yes. By default, K8s allows all pods to talk to each other. We design and implement "Least Privilege" network policies that ensure only the necessary microservices can communicate, effectively preventing lateral movement through your network.
We move secrets out of your container images and environment variables. Instead, we integrate with secure vaults (such as HashiCorp Vault or AWS Secrets Manager) to inject credentials into the container only when they are needed.
Scanning catches known bugs before deployment, but it cannot stop a new attack that happens while the container is actually running. Our services combine image scanning with Runtime Protection to provide 24/7 coverage against both known and unknown threats.
