Container security

Securing containerized environments encompasses comprehensive protection of the application development process, CI/CD pipelines, image registries, and container clusters based on Kubernetes. Our approach to implementing security in such environments focuses on several key aspects.

Effective identification of vulnerabilities in the code, system components, libraries, and images is one of the pivotal elements. We also ensure robust protection of both running containers (pods) and the hosts they operate on.

In our approach, detecting and addressing configuration weaknesses that might weaken isolation mechanisms is crucial. We also establish policy configurations that enforce the application of appropriate protective mechanisms.

Protecting the K8S control layer API interfaces and cloud infrastructure is another key element of our approach. Proper application secrets management and stringent oversight over network communication between containers, within the implementation of the Zero Trust model, are integral parts of our efforts.

Moreover, we focus on establishing application behavior patterns and detecting any deviations and anomalies. Our aim also encompasses effective protection against malicious software, malicious content, and malicious communication.

We implement comprehensive monitoring and ensure strong accountability for administrative access. We combine all these efforts, leveraging our knowledge, best practices, industry standards, and top-notch solutions such as Cloud Workload Protection Platform (CWPP), Vault, Web Application and API Protection (WAAP/WAF), and vulnerability scanners for code and components. This ensures comprehensive protection of containerized environments.