I build the platforms engineering teams depend on β and the infrastructure that makes AI trustworthy in production.
Most organisations can get an AI demo working. Fewer can get one to production that performs under real load, survives a security audit, and holds up at 5M+ users. That gap β between demo and production-grade β is where I spend my time.
I design and lead platforms that don't just work in a boardroom presentation. They perform under real pressure, real edge cases, and real regulatory scrutiny β across teams, time zones, and cloud providers.
| Platform / Initiative | Outcome |
|---|---|
| Enterprise Platform Engineering | 5M+ users Β· 99.9% uptime sustained |
| CI/CD Pipeline Modernisation | 70% faster deployments (4 hrs β 45 min) |
| FinOps Governance Framework | 35% cloud cost reduction |
| Zero Trust Security Architecture | 85% reduction in security incidents |
| Compliance Automation | ISO 27001 & SOC2 across 10+ enterprise apps |
Making AI trustworthy in production.
That means building the observability, governance, and platform guardrails that sit between an LLM demo and a real production system:
- π LLMOps & Observability β RAG pipelines, vector search, embeddings, Langfuse + OpenTelemetry for model monitoring
- π AI Governance β PII protection, data privacy, compliance frameworks that survive audits
- π AI Platform Engineering β Automated LLM deployment via CI/CD, Docker, Helm, ArgoCD
- π Hybrid LLM Integrations β OpenAI, Claude, LLaMA, Ollama at enterprise scale
These repositories reflect my actual platform engineering work. Each one is a reference implementation, not a tutorial clone.
| Repository | What It Demonstrates |
|---|---|
| π§ devops-platform-iac | Full Terraform + Ansible IaC for production K8s platform (VPC, EKS, RDS, ALB, Route53) |
| π devsecops-pipeline | SAST + SCA + SBOM + Cosign + Trivy in a complete GitHub Actions CI/CD pipeline |
| π€ llmops-platform | RAG pipeline with OTel observability, Langfuse monitoring, and Vault-backed secret management |
| π k8s-observability-stack | kube-prometheus-stack + Loki + Jaeger + Grafana dashboards provisioned as code |
| π gitops-argocd-setup | App-of-Apps ArgoCD bootstrap β dev β staging β prod with Argo Rollouts canary |
| π devops-youtube-course | 69-session DevOps + DevSecOps teaching curriculum β Courses 1β7 fully structured |
Principal Architect
β
βββ Platform Engineering
β βββ Internal Developer Platforms (IDPs)
β βββ Kubernetes-first golden paths
β βββ GitOps (ArgoCD Β· Flux)
β βββ Infrastructure as Code (Terraform Β· Ansible)
β
βββ Cloud Architecture
β βββ Multi-cloud strategy (AWS Β· GCP Β· Azure)
β βββ Event-driven & serverless systems
β βββ FinOps governance & cost optimisation
β βββ Multi-region HA/DR design
β
βββ DevSecOps & Security
β βββ Zero Trust architecture
β βββ SAST Β· DAST Β· SCA automated pipelines
β βββ ISO 27001 & SOC2 compliance
β βββ Threat modelling at design stage
β
βββ AI/LLM Platform Engineering
βββ RAG pipelines & vector search
βββ LLMOps observability & governance
βββ Hybrid LLM integrations
βββ AI compliance & PII protection
I believe great engineers share what they know. Here is where I do that:
- πΊ YouTube DevOps Course β A 7-course, 69-session production DevOps + DevSecOps curriculum I am building openly. From Linux Foundations to Capstone Platform Engineering.
- π Architecture Decision Records β Every major design choice in my public repos includes an ADR explaining context, alternatives considered, and consequences.
- π‘ LinkedIn β I write about platform engineering, AI governance, and hard-won lessons from enterprise architecture. Follow here.
I work best with global, distributed, async-first teams. The best architecture decisions I have been part of happened across time zones β driven by clear written thinking, not just whiteboards.
I am open to conversations about:
- Platform engineering at scale
- AI infrastructure and LLMOps
- Cloud security architecture
- Technical leadership and architecture governance
- Speaking & teaching β conferences, workshops, YouTube collaborations




