Dillon Browne
Engineering resilient, scalable infrastructure for the AI era — from multi-cloud architecture to production ML pipelines.
"cloud": ["AWS", "Azure", "GCP"],
"devops": ["K8s", "Terraform", "ArgoCD"],
"ai_ml": ["LangChain", "MCP", "vLLM"],
"scale": "50TB+ daily traffic"
}
Core capabilities
Cloud & Platform
Multi-cloud architecture across AWS, Azure, GCP. Systems handling 50TB+ daily with 99.99% uptime.
AI/ML Infrastructure
Tool-using agents, production LLM serving, GPU orchestration. <100ms at scale.
DevOps & Automation
CI/CD pipelines, GitOps, IaC. 75% faster deployments across 100+ services.
Security Engineering
Zero-trust, DevSecOps, compliance automation. SOC 2 & ISO 27001, and an agent endpoint hardened in public.
Selected work
Impact & results
Technologies
From push to your browser
The path this page took to reach you. Every number below is either a committed artifact you can read in the repo or a measurement taken when you press the button.
// a merge request gets a preview Worker instead
// prerendered pages never invoke the Worker
edge: kv: proto: tls: build:
How I operate
Infrastructure as Code First
- — 100% reproducible infrastructure
- — Version controlled everything
- — Immutable infrastructure patterns
Security by Design
- — Zero-trust architecture
- — Secrets management automation
- — Compliance as code
AI-Augmented Operations
- — Intelligent alerting & anomaly detection
- — Predictive scaling
- — Automated incident response
Cost-Optimized Engineering
- — FinOps best practices
- — Resource right-sizing
- — Spot instance optimization
Frequently asked
What do you do?
I'm a Staff Engineer and Cloud Architect — 10+ years of resilient infrastructure at scale: multi-cloud, Kubernetes, IaC, observability, and security. Lately, production AI platform work: agents, LLM serving, GPU orchestration.
Are you available for work?
Yes. I take on full-time roles and contract engagements, remote or on-site, and typically respond within 24 hours. Use the contact form to start a conversation about your project or role.
What kind of AI infrastructure work do you do?
Production LLM deployments and the plumbing tool-using agents need: typed tool schemas, capability scoping, context pipelines, GPU orchestration. The hard part isn't what a model knows — it's what an agent is allowed to do. I've shipped MCP servers with OAuth 2.1, least-privilege scopes, short-lived credentials, and audit trails that say which AI system reached which data.
Where does security fit into the cloud and AI work?
Underneath it. I came in from the offensive side — red team, network exploitation, app and API security — so the threat model comes before the control: what an agent may do, what happens when a tool hands the model hostile text, what an anonymous caller can cost you. The agent on this site is the worked example: every control fails closed, and /work lists each one beside its implementation and its test.
How do you approach cost optimization?
Right-sizing, spot/committed-use strategy, autoscaling tuned to real demand, storage-tier and egress review, and continuous FinOps measurement. Past engagements have delivered roughly 40% average infrastructure cost reduction without sacrificing reliability.
How was this website built?
Edge-first: Astro static site with React islands, deployed on Cloudflare Workers with serverless functions, Workers AI for the chat assistant, and KV for rate limiting and caching. Read the full write-up in the "How I Built This" blog post.
What engagement models do you offer?
From advisory and architecture review through to hands-on implementation and operation — cloud migrations, Kubernetes platforms, CI/CD and GitOps, observability, and AI/infrastructure integration, scoped to your needs and outcomes.
Get in touch
Ready to discuss your next project? Fill out the form below and I'll get back to you within 24 hours.