About Zeus WPI
Zeus WPI is the student association for Computer Science at Ghent University. Our goal is to provide a stimulating environment for motivated students looking to expand their skills by engaging in interesting real-world projects.
We organize various tech related events, such as talks by experts, hands-on coding events and introductory lectures for interesting technologies. Together we build applications for Ghent University students (Hydra), for 12urenloop and of course for ourselves.
2025-08-31 • Hannes Klinckaert • Zeus maandelijks nieuws
Wat heeft Zeus gedaan, de afgelopen maan? We kijken even naar wat er is gebeurd tijdens de zomermaanden! Het is zomer, wat kun je anders doen dan je in een kelder verstoppen voor de hitte en een hoop code schrijven? Dat is in ieder geval gebeurd! De highlights zijn: Zeus Profile Images Zeus heeft nu profielfotos! Er is een centrale site om je profielfoto in te stellen: https://zpi.zeus.gent/ Je foto zal (langzaam maar zeker) zichtbaar zijn in meerdere Zeus-applicaties. Op dit moment kun...
2024-03-09 • Jasper Devreker • Solution of the 'Additional problems' cryptography challenge
Title: Additional Problems Category: cryptography Points: 500 Solves: 2 Description: Version 1.0 of our new encryption service has just launched! It is blazingly fast and uses state-of-the-art encryption. Stay tuned for version 2.0; I hear it will bring tons of improvements and security fixes. Download challenge files Access the server via nc IP_ADDRESS PORT (the server is now down, but you can run it yourself) Introduction This challenge proved to be among the hardest challenges at ...
2023-12-07 • Jasper Devreker • Reverse engineering the ESP32 Wi-Fi receive registers and showing off a proof-of-concept
This is the second article in a series about reverse engineering the ESP32 Wi-Fi networking stack, with the goal of building our own open-source MAC layer. In the previous article in this series, we built static and dynamic analysis tools for reverse engineering. We also started reverse engineering the transmit path of sending packets, and concluded with a rough roadmap and a call for contributors. In this part, we’ll continue reverse engineering, starting with the ‘receiving packets’ functi...
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