I'm a backend developer focused on building scalable, maintainable, and cost-efficient systems.
My main background is in Java and Spring Boot, combined with experience designing modern products using Cloudflare, Supabase, Hono, Next.js, TypeScript, and Drizzle ORM.
I also work as Co-founder and CTO at Loopino, contributing to architecture, infrastructure, database modeling, integrations, and technical planning.
- 🎓 Degree in Systems Analysis and Development
- 🏗️ Postgraduate degree in Distributed Software Architecture
- ☕ Backend developer specialized in Java and Spring Boot
- ☁️ Strong experience with the Cloudflare ecosystem
- 🚀 Co-founder and CTO at Loopino
- 🧠 Interested in distributed systems, cloud architecture, performance, and AI integrations
Backend: Java, Spring Boot, Node.js, Hono and TypeScript
Frontend: Next.js and React
Database: PostgreSQL, Supabase, Drizzle ORM, Redis and MongoDB
Cloud: Cloudflare Workers, Queues, R2, KV, WAF and Hyperdrive
Architecture: REST APIs, Microservices, Event-Driven, Serverless and Multi-Tenant
DevOps: Docker, GitHub Actions and CI/CD
I have worked as one of the main technical decision-makers in the architecture and development of three larger products:
A digital media platform using Next.js, Hono, Supabase, Drizzle, Cloudflare Workers, Queues, R2, Docker, and AWS services for image processing, facial recognition, payments, and file delivery.
A logistics auditing platform using Next.js, React Native, Hono, Supabase, Drizzle, Cloudflare Workers, and R2 for GPS tracking, offline synchronization, route auditing, trip events, and report generation.
A multi-tenant WhatsApp customer service platform using Next.js, Hono, Supabase, PostgreSQL, Drizzle, Cloudflare Workers, Queues, and R2 for AI-assisted support, messaging workflows, audio processing, campaigns, templates, and usage tracking.
Across these products, I have contributed to architecture, backend development, infrastructure, database modeling, integrations, and technical evolution.
- Advanced Java and Spring Boot
- System Design and distributed systems
- Performance, concurrency, and resiliency
- Cloud-native and serverless architectures
- Artificial Intelligence integrations
Building reliable systems and solving real problems. 🚀