Cloud & Container Security Testing
Cloud breaches rarely need an exploit — they follow misconfigured identity and access. Our cloud and container security testing maps the attacker paths through your AWS, Azure, GCP and Kubernetes environments, from public exposure to full account or cluster takeover.
AWS Penetration Testing
AWS penetration testing — IAM privilege escalation, S3 and storage exposure, SSRF-to-metadata, and misconfiguration review mapped to attacker paths.
./open →Azure Penetration Testing
Azure penetration testing — Entra ID (Azure AD) attack paths, role and consent abuse, storage exposure and misconfiguration across your Azure tenant.
./open →GCP Penetration Testing
Google Cloud Platform penetration testing — service account abuse, IAM privilege escalation, storage exposure and project-level misconfiguration review.
./open →Kubernetes Penetration Testing
Kubernetes penetration testing — container escape, RBAC misconfiguration, exposed control plane, and pod-to-cluster-admin escalation across your clusters.
./open →Cloud Configuration Review
Cloud configuration review across AWS, Azure and GCP — CIS benchmark gaps, IAM hygiene, exposure and logging coverage mapped to a prioritized…
./open →Container Security Assessment
Container security assessment — Docker image analysis, supply-chain review, runtime hardening and registry exposure across your containerized workloads.
./open →What cloud and container testing covers
AWS, Azure and GCP penetration testing target the identity and privilege-escalation paths that dominate cloud compromise — over-privileged roles, exposed storage, SSRF-to-metadata and secrets sprawl. Kubernetes penetration testing chains container escapes, RBAC gaps and exposed control-plane components into full-cluster compromise. Container security assessment reviews your Docker images, registries and runtime for vulnerable dependencies and leaked secrets. And cloud configuration review provides a thorough, benchmark-driven audit across all your clouds when you need assurance and a roadmap rather than active exploitation.
Why cloud security matters
In the cloud, identity is the perimeter, and a single leaked key or over-scoped role can be escalated into control of an entire account or cluster. The shared-responsibility model means securing your workloads and configuration is your job, not your provider's — and misconfiguration, not zero-days, causes the overwhelming majority of cloud incidents. Cloud penetration testing shows you the real attack paths a compromised credential or workload could take, quantifies the blast radius, and gives you the least-privilege changes that break the most paths at once — while supporting your SOC 2, ISO 27001 and customer security reviews.
How to choose the right service
If you run primarily on one provider, start with AWS, Azure or GCP penetration testing for hands-on attack-path analysis. Container-native teams should prioritize Kubernetes penetration testing and a container security assessment. If you need broad assurance across a multi-cloud estate — or a prioritized remediation roadmap before deeper testing — begin with a cloud configuration review. We routinely combine these into a single engagement and normalize the findings into one prioritized report.
Frequently asked questions
Do we need our cloud provider's permission to test?
Is a configuration review the same as a cloud penetration test?
Can you test multi-cloud and Kubernetes together?
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