I build robust, high-performance software ecosystems. With over 25 years of experience, I architect and develop solutions that bridge the gap between complex technical challenges and real-world business needs—from industrial vision systems in regulated environments to enterprise-grade open-source platforms.
I believe the best way to demonstrate expertise is through the work itself. Here are a few projects I conceived, architected, and built from the ground up.
Ditana GNU/Linux
Architecting an Enterprise-Grade Operating System
A secure, highly configurable Linux distribution for developers, featuring a custom installer and a global repository infrastructure. I architected the entire ecosystem, from the Raku-based installer to a modular package management system.
Technologies: Raku, Ansible, ZFS, Linux Kernel, CI/CD.
Cbeam & nexuslua
A Modern Concurrency Framework for C++ and Lua
A high-performance C++ library for concurrency, paired with a Lua extension that enables true hardware multithreading. I designed the innovative shared-memory approach and the multi-core extension for Lua.
Technologies: C++17, Concurrency, IPC, Lua, CMake.
zelph
Taming Big Data with a Semantic Network
A system that processes the entire 1.4 TB Wikidata dataset in just 9.2 GB of RAM. I developed a novel architecture where relationships are first-class nodes, enabling sophisticated meta-reasoning and contradiction detection.
Technologies: C++, Semantic Networks, Big Data, Inference Systems.
acrionphoto
An Asynchronous, Plugin-Driven Image Editor
A Qt desktop application for image processing built on a powerful, asynchronous plugin system. The architecture keeps the UI responsive by offloading all heavy lifting—from I/O to interactive tools—to non-blocking Lua plugins.
Technologies: Qt, C++, Lua, nexuslua, CMake.
I’m always interested in discussing challenging technical problems and new opportunities.