About Me
I am a software architect focused on telecom platforms, charging systems, IMS/5G core flows, Java-based distributed backends and production-grade system reliability. My current interest is combining deep engineering experience with AI-assisted workflows to improve how software is designed, reviewed and delivered.
Quick highlights
- 18+ years in software engineering
- Telecom, datacom, embedded systems
- Java, C, distributed backend systems
- Charging systems, IMS/5G, protocol-driven platforms
- AI, LLMs, agentic workflows
Current Focus
For the last several years, I have worked deeply on telecom platforms, charging systems, IMS/5G core flows and Java-based distributed backends. My work sits close to real production systems where scale, reliability, latency, observability and failure handling matter every day.
Systems Foundation
Before telecom, I spent years in datacom and embedded systems, working with C, TCP/IP protocol stacks, application delivery controllers, switching/routing devices, DLNA platforms, OS internals and processor-level fundamentals. That foundation helps me design software from the protocol level up — not just at the API or framework level. My architecture style is shaped by production realities: traffic behavior, failure modes, SLA, state ownership, observability, deployment safety and 24×7 operational behavior.
Future Direction
I am currently expanding this foundation into LLMs, deep learning, agentic workflows, quantum computing and quantum cryptography. My focus is on how these technologies can improve engineering productivity, automation, security and the future of network systems.