Fabien Savy
Software Engineer at Stormshield
Toulouse, Occitania, France
Summary
👤
Senior🎓
Top SchoolFabien Savy is a software engineer with 21 years of hands-on experience spanning robotics, computer vision, and cybersecurity, currently contributing at Stormshield from Toulouse. He has deep expertise in camera-based control systems as lead developer on the long-running ViSP visual servoing platform and has integrated image-processing pipelines with robot control features. Fabien pairs research-grade engineering from Inria and a semester at UC Santa Cruz with pragmatic production work in Rust, building cross-platform module managers and low-level OS wrappers for TEHTRIS. He also set up multi-platform CI infrastructure and maintains internal tooling, demonstrating an aptitude for reliable developer workflows. Comfortable across C++/vision stacks and modern systems programming, he brings both long-term open-source stewardship and practical security-focused development to engineering teams.
20 years of coding experience
1 year of employment as a software developer
Engineer's degree Computer Science, Engineer's degree Computer Science at ENSEIRB-MATMECAUniversity of California Santa CruzBordeaux Preparatory Cycle (CPBx) Math Physics Computer Science, Bordeaux Preparatory Cycle (CPBx) Math Physics Computer Science at Université de Bordeaux
English, Spanish, French
Stackoverflow
1reputation
0reached
0answers
0questions
Github Skills (8)
computer-vision10
c-language10
robot-control10
cprogramming-language10
image-processing10
sensor-fusion9
system-integration9
cmake7
Programming languages (9)
Github contributions (5)
lagadic/visp
Jun 2005 - Dec 2022
Open Source Visual Servoing Platform
Role in this project:
Back-end & Computer Vision Engineer
Back-end & Computer Vision EngineerContributions:16 releases, 45 reviews, 8156 commits in 17 years 9 months
Contributions summary:Fabien's commits focus on enhancing the ViSP visual servoing platform. Their work includes removing exception handling in image acquisition, introducing new examples for visual servoing, and implementing and testing features related to a Flir PTU robot. The user demonstrates a strong understanding of camera-based control systems and image processing techniques, integrating these with robot control functionalities.
c-plus-pluscomputer-visionvispvisual-servoing
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