Cloud security means safeguarding data, applications, and infrastructure across AWS, Azure, GCP, and hybrid environments — where the fastest route to a breach is usually a misconfiguration, not an exploit.
I assess and harden identity and access management, network design, encryption and key management, logging, and workload isolation against CIS benchmarks and cloud-provider best practice. Kubernetes and container platforms get the same treatment: RBAC, admission control, network policy, and runtime posture.
I then codify what good looks like — landing zones, Terraform modules, guardrail policies, and CSPM alerting — so new accounts and workloads start secure by default and drift is detected automatically instead of during the next audit.
Why it matters
- Misconfiguration is the leading cause of cloud data exposure
- Least-privilege IAM contains the blast radius of any single compromise
- Secure landing zones make every future workload safer by default
- Continuous posture monitoring catches drift within minutes
My approach
How the engagement runs
Typical engagement: multi-account posture assessment, IAM and network remediation, hardened landing zone and IaC modules, CSPM tuning, and Kubernetes hardening review.