Cloud Security
We harden cloud environments against misconfiguration, the leading cause of cloud breaches. From posture management to workload protection, our cloud security keeps pace with infrastructure that changes daily.
We baseline your current cloud posture against CIS benchmarks, automate detection of drift and misconfiguration, and build guardrails that prevent common mistakes rather than just flagging them after the fact.
Capabilities
Cloud Security Posture Management
Continuous scanning for misconfigurations across AWS, GCP, and Azure.
Container & Kubernetes Security
Image scanning, runtime protection, and hardened cluster configuration.
Infrastructure Guardrails
Policy-as-code that blocks insecure infrastructure before it deploys.
Cloud IAM Hardening
Least-privilege cloud roles and permission boundary enforcement.
How It Comes Together
A typical security engagement architecture
Current posture, assets, and threat model evaluated.
Controls and architecture changes prioritized by risk.
Fixes, hardening, and access controls rolled out incrementally.
Monitoring and runbooks catch and contain incidents fast.
Evidence collection keeps you ready for the next assessment.
In Practice
Misconfiguration, not sophisticated exploits, causes most cloud breaches: a storage bucket left public, an overly permissive IAM role, a security group opened wider than it needed to be. We build continuous posture monitoring that catches drift as it happens rather than relying on periodic manual audits that miss the misconfiguration introduced on a Tuesday and exploited on a Thursday before the next quarterly review. Guardrails get implemented as policy-as-code that blocks insecure infrastructure from deploying in the first place, catching the mistake before it reaches production rather than flagging it afterward when the exposure window has already existed. Container and Kubernetes security gets specific attention since it's where a lot of cloud security tooling built for traditional VM-based infrastructure falls short, image scanning, runtime protection, and cluster configuration hardening tuned to how containerized workloads actually fail. Cloud IAM gets audited and tightened to least privilege the same way we approach traditional IAM, since cloud permission sprawl follows the same pattern as on-prem access sprawl, just faster, because provisioning a new role in the cloud takes seconds instead of a change request.
Ready to get started with Cloud Security?