I architect resilient multi-cloud foundations, zero-trust Kubernetes clusters, and automated DevSecOps pipelines. Focused on high-availability infrastructure, predictable cloud unit economics, and eliminating operational toil.
Architecture · Security · Reliability · Scale
Embedding automated security controls directly into CI/CD workflows—from container image vulnerability scanning and SBOM attestation to least-privilege IAM boundaries and SOC2 compliance guardrails.
Designing multi-account AWS Landing Zones, zero-downtime hybrid cloud migrations, and ARM64/Graviton compute right-sizing that routinely cuts infrastructure spend by 30–45%.
Operating multi-region Kubernetes platforms backed by SLO/error-budget frameworks, full-stack OpenTelemetry tracing, Prometheus/Grafana observability, and blameless incident response.
Replacing brittle manual runbooks with modular Terraform/OpenTofu blueprints, GitOps progressive delivery via ArgoCD, and custom CLI/operator tooling written in Go and Python.
Leading core Kubernetes multi-region platform engineering supporting 180+ microservices at 99.98% availability. Designed Karpenter + AWS Graviton autoscaling pipelines that lowered compute spend by $240k/yr.
Standardized Terraform modules across 40+ AWS accounts, built unified Prometheus/Loki/Tempo observability stacks, and cut MTTR by 62% through automated runbook remediation in Go.
Executed legacy monolith-to-container migrations onto Amazon ECS & EKS, implemented GitOps continuous delivery with ArgoCD, and hardened CI pipelines with automated SAST/DAST gates.
Available for advisory engagements, cloud architecture audits, Kubernetes platform builds, and senior/staff SRE opportunities.