Kubernetes provides powerful orchestration for containers but also introduces new security challenges. At SpiderCloud, we help secure your Kubernetes clusters across all stages: build, deployment, and runtime. Our expertise safeguards your applications against known vulnerabilities and emerging threats.
With increasing adoption of Kubernetes and containerised applications, organisations face new risks that require advanced security measures:
According to the fall 2020 edition of the "State of Container and Kubernetes Security" report, 90% of survey respondents had experienced a security incident in their container and Kubernetes environments over the last 12 months.
Vulnerabilities at the infrastructure layer put the entire system at risk.
API server and kubelet vulnerabilities can lead to unauthorised access and disruption.
Insecure images and privileged users expose applications to attacks.
Vulnerable dependencies, exposed ports, and lack of security in the application pipeline increase the risk of breaches.
Our Kubernetes security services are delivered as assessments, hardening initiatives, and ongoing security support depending on your platform maturity and operational needs.
Ensuring that your Kubernetes clusters are configured securely from the ground up. We apply best practices to limit exposure, secure configurations, and reduce the attack surface.
SpiderCloud secures your containerised workloads by enforcing strict security policies, scanning for vulnerabilities, and implementing runtime protection to prevent breaches in real time.
We provide real-time observability and continuous monitoring of your Kubernetes environments, allowing for rapid detection of security issues and immediate response to potential threats.
We focus on securing the core layers of Kubernetes platforms — from cluster configuration and access control to workload, network, and runtime security — using practical, production-ready controls.
Hardening cluster configurations, API server access controls, and admission policies.
Reviewing and tightening role-based access control, service accounts, and permissions.
Implementing Kubernetes NetworkPolicies to control pod-to-pod and namespace traffic..
Securing pod configurations, security contexts, and runtime behaviour.
Scanning container images and validating artifacts before deployment.
Secure handling of secrets and sensitive configuration data.
