Site reliability engineer building
reliable fintech, platform & distributed
systems.
For most of my career, I've worked on critical financial infrastructure,
building the systems and reliability loops that make complex, high-stakes financial
services easier to operate. I love going deep into Linux, networking, eBPF, distributed systems,
and the machinery underneath modern infrastructure.
I'm also drawn to Psycho-Pass, Lies of P, and stories that wrestle with
technology, morality, identity, and the human condition.
You can also learn more about me,
or contact me.
Career
2024 - now
Lead Site Reliability Engineer
Hubtel
- Led the design, reliability, security, and scalability of critical financial, credit, risk, compute, and data platforms, achieving 99.99% uptime across critical services, reducing accidental financial losses by 99% and fraud by 70%, preventing tens of millions in revenue leakage, and supporting systems serving millions of customers and 200+ financial institutions.
- Currently focused on building and securing the compute and data platforms underpinning Hubtel’s critical financial and utility services, supporting 13M+ customers and 30B+ USD in transaction processing.
2022 - 2024
Senior Site Reliability Engineer
Qface Solutions
- Led end-to-end SRE engagements for external partners, assessing infrastructure constraints and leading the design and deployment of custom, secure, cloud-native architectures that integrated and operated critical applications within their environments.
- Modernized partner infrastructure through observability, automation, and secure delivery practices, achieving 60× improvements in service latency, 90% less internet exposure, 3× faster infrastructure provisioning, and fully private CI/CD deployments.
2022 - 2024
Research Systems Engineer
Thi Startup
- Researched and engineered low-level cloud infrastructure, building and automating Firecracker microVM runtimes, custom Linux kernels, container isolation sandboxes, and networking systems to improve reproducibility, performance, and developer understanding of container internals.
Projects
Low-level XDP/eBPF network observability tool that streams real-time packet and traffic metrics directly from Linux interfaces, enabling fast, lightweight inspection of network behavior.
GoeBPFXDP
OCI-to-Firecracker init system that turns minimal container images into lightweight, isolated microVMs, bridging the simplicity of containers with the security and isolation of virtual machines.
GoFirecrackerLinux