About Me

I am a Principal Software Engineer with 15+ years of experience in Networking, Telecom, and Cloud Infrastructure, specializing in the evolution of carrier-grade systems from 2G radio access networks to 5G core architectures and modern cloud-native and edge computing platforms.

My work focuses on cloud networking, distributed systems, Kubernetes-based orchestration, Linux networking, and scalable network virtualization. I design and build enterprise edge orchestration platforms that transform complex business requirements into secure, high-performance, and highly available production systems. My primary languages include Go, Python, and C, with deep expertise in system reliability, observability, multi-homing, and service orchestration.

Beyond engineering execution, I write about technology strategy, architecture design, engineering process, and operational excellence. I explore how cloud-native principles, DevOps practices, and disciplined execution frameworks enable scalable network platforms and AI-ready infrastructure.

A growing focus of my work is the intersection of AI and networking — including intelligent automation, predictive network analytics, Generative AI in telecom, and the evolution toward self-healing, adaptive, and autonomous networks. I am particularly interested in how AI workloads reshape cloud networking, edge computing, and distributed infrastructure design.

Through this blog, I share insights on:

My goal is to connect Networking, Cloud, AI/ML, Strategy, and Execution — helping engineers and technology leaders understand how modern infrastructure is evolving to support the next generation of intelligent systems.