A collection of projects I've worked on, from web applications to system tools and everything in between. Each project represents a challenge solved and skills developed.
TripTracker is a mobile app we built as a team to make exploring cities on foot more enjoyable and social. The idea was to go beyond maps and directions — to create curated walking itineraries around interesting spots, where users could record their own paths, share them, and discover new ones from the community.
Discover walking routes created by others.
As part of a distributed systems course at EPFL, me and my group built Dynaster, a Dynamo-inspired key-value store written in Go. The idea was to recreate some of the concepts behind Amazon’s Dynamo — high availability, replication, and fault tolerance — but in a simplified, educational setting.
The project runs on top of Peerster, a decentralized messaging and storage system we had been developing throughout the semester. Dynaster adds a new layer on top of it to manage how data gets distributed, stored, and recovered when things go wrong.
Winners of the TravelPerk challenge at HackUPC in Barcelona, the biggest student Hackathon in Europe
This project was done in a team of 3, with Nicolas Font, and Jeremy Kun.
A high-throughput encrypted traffic classification system built using CUDA and DPDK, designed to process network flows at over 75 Gbps. Developed for real-time inference and cybersecurity research.
This project focuses on classifying encrypted network traffic in real-time using GPU acceleration. It combines DPDK for high-speed packet ingestion with a custom neural network inference engine written in CUDA. The system targets cybersecurity and traffic engineering applications where line-rate classification is essential.