Designing resilient, scalable infrastructure for distributed systems.
10+ years engineering high-availability platforms used by millions. Passionate about reliability, automation, and clean architecture.
I architect and build infrastructure that treats failure as inevitable and design as the antidote. With over a decade in distributed systems, I've led cloud migrations, built internal platforms, and shaped reliability practices for organizations ranging from early-stage startups to global enterprises.
My work sits at the intersection of systems engineering, platform thinking, and operational excellence. I believe infrastructure should be invisible, automated, and boringly predictable — and that the best systems are those that empower teams to move fast without breaking things.
I write Go and Rust for systems tooling, use Terraform and Kubernetes to codify infrastructure, and rely on observability to close the loop between deployment and understanding.
“Fault-tolerant consensus in geographically distributed systems” — Advised by Prof. Barbara Liskov. Proposed a novel quorum protocol reducing latency in wide-area consensus by 28% under asymmetric network partitions.