I am focused on simplifying complex systems and building the future of secure communication. Rooted in Mathematical Engineering, I approach distributed architectures not just as code, but as logical problems to be solved with precision and rigorous security.
Implementing and optimizing distributed systems within a strict zero-trust environment for governments and enterprises. Engineered microservices using Go and NATS to achieve sub-millisecond latency for real-time encrypted messaging. Enhanced service-to-service efficiency with Protobuf and optimized data models on PostgreSQL and Couchbase.
Developed critical fintech solutions and money transfer infrastructures for global partners like Wise and Remitly. Managed high-traffic microservices architectures and API integrations, prioritizing security and system continuity.
Built an end-to-end interactive ed-tech platform supporting over 50 languages. Developed high-concurrency backend systems to power multiplayer games and live educational sessions.
Qualified for the Top-80 startups (out of 500+) in the ITU Cekirdek Big Bang 2021
Contributed to large-scale billing and data processing systems for Tier-1 telecom operators (e.g., Deutsche Telekom, Turk Telekom). Developed robust ETL pipelines for complex data synchronization and financial reporting engines.
Developed a full-scope corporate portal using ASP.NET MVC, featuring instant messaging and social feed capabilities, deployed for bank-wide internal use.
Mathematical Engineering
The theoretical ground where my passion for the logic behind distributed systems was ignited.
2013 - 2018
An in-depth exploration of implementing distributed tracing in Go microservices using OpenTelemetry, covering propagation context, sampling strategies, and performance optimization.
Why traditional HTTP/JSON architectures fail at scale, and how a binary-first, event-driven stack delivers real-time performance.