🔭 Currently Working On
Architecting and shipping production microservices across three ecosystems:
- ⚙️ Java/Spring Boot — REST APIs, Spring Data JPA, Spring Security, Spring AI, JWT Auth, Keycloak, Spring Cloud, Git, Docker, API Integrations
- 🟣 .NET/C# — ASP.NET Core APIs, Entity Framework Core, Microsoft Entra ID, MSAL, JWT Auth, Azure, Git, Docker, API Integrations
- 🟢 Node.js/NestJS — REST APIs, TypeScript, JWT Auth, Keycloak, PostgreSQL, TypeORM/Prisma, Git, Docker, API Integrations
🌱 Currently Deepening
- Advanced distributed systems patterns — saga, CQRS, event sourcing
- Multi-cloud deployment strategies and infrastructure as code (AWS · Terraform)
- CI/CD pipeline optimization for microservices at scale
- Performance tuning and observability (tracing, metrics, alerting)
👯 Open to Collaborating On
- Production-grade microservices and event-driven architectures
- Open source backend tooling across .NET/C# · Java/Spring Boot · Node.js/NestJS
- Developer tools that make backend engineering faster and more reliable
- Side projects that solve real problems at scale
💬 Ask Me About
- Choosing between .NET/C# · Java/Spring Boot for your backend
- Designing APIs and microservices that actually scale under load
- Async messaging patterns with Kafka & RabbitMQ
- ORM tradeoffs — Entity Framework Core vs Spring Data JPA
📫 Reach Me
⚡ Fun Fact
I've built the same microservice in .NET/C#, and Spring Boot — not because I had to, but because understanding how two ecosystems solve the same problem makes me a significantly better engineer. 🧠
