

High-performing solutions for the video game industry, utilizing technologies like VR, Unity, and Unreal Engine. You will have access to the knowledge gained in working for the CNR in high-performance programming using C and C++ to reach the highest results in every situation.

We design and engineer immersive, responsive, and scalable game technologies—built for performance and accessibility. Our team has hands-on experience with Unreal Engine and real-time rendering pipelines, delivering solutions that span entertainment, education, and sport.
In collaboration with the University of Pisa and the CNR, we developed a low-latency streaming system for AlphaHub that enables real-time highlight generation of live events and on-demand VR experiences. The system runs on low-budget equipment, making immersive tech viable for schools, minor sports teams, and budget-sensitive sectors.
Whether it’s multiplayer architecture, interactive storytelling, or VR deployment, we build game-ready systems that perform under pressure and scale with purpose.

We specialize in high-efficiency codebases and modular architectures that power demanding applications—from media orchestration to real-time content delivery. Our developers write clean, maintainable code across C++, Python, and cloud-native stacks, always tuned for speed and scalability.
AlphaHub’s real-time highlight engine is a prime example: built to process live streams, generate dynamic clips, and distribute immersive content with minimal latency. We optimize for edge devices, constrained networks, and cross-platform compatibility—without compromising quality.
Whether you need low-level performance tuning or full-stack engineering, we bring clarity, control, and technical depth to every line of code.
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Landscape works too but the site does not look as great as in Portrait.
Please swap on Portrait view for the best user experience