ConvectiveStream.Real-time thermal analysis
marinAI.Propeller design and simulation- SpeedAPP.Real-time physics simulation
Real-time simulations and
AI-driven models.
Bringing high-performance computation to
everyday machines.
Real-World Impact.Shipping tools instead of just papers.
We transform advanced mathematical research into practical solutions for industry. By combining Reduced Order Models, Artificial Intelligence, and High-Performance Computing, we turn complex simulations into fast, scalable tools for real-time applications.
Our technologies enable digital twins that integrate sensor data for continuous monitoring, predictive maintenance, and data-driven optimization. CFD, multiphysics, data science, uncertainty quantification — we help companies reduce computational costs, energy consumption, and complexity while maintaining high accuracy.
Born within SISSA MathLab, we bridge the gap between research and industry, delivering advanced computational tools that accelerate innovation and enable real-time engineering workflows.
Our technology, applied. Real problems solved in real time.
Validated crowd dynamics for safer planning, optimized layouts, and real-world event design.
Three web portals, one pipeline. Sensor data in, simulation out, live in the browser.
The revolutionary online platform for the reduced order scientific computing. Experience fast simulations and utilize this powerful technology to boost your business.
A powerful simulation platform for complex medical and mathematical problems. Explore, analyze and simulate intricate scenarios in real time through a modern cloud-native interface.
The Live Demo of SMACT in Friuli-Venezia Giulia focused on the Digital Twin, the virtual representation of a physical asset, a highly integrated digital model capable of supporting the product during its entire life cycle.
A SISSA MathLab idea that became a company. Real-time simulations, real industry impact.
2022
FAST Computing, SISSA's new startup, was born from the SISSA mathLab applied mathematics research group, directed by Prof. Gianluigi Rozza.
2023
A technology company developing digital twin platforms and advanced computational solutions by combining simulation, AI, IoT integration, and scientific computing for industrial applications.
2025
Simplifica develops digital healthcare platforms that combine AI, predictive analytics, and advanced modeling to transform clinical data into actionable insights, supporting data-driven decision-making across healthcare and life sciences.
2026
In 2026, FAST Computing was selected for funding under the European Innovation Council (EIC) Transition programme, one of Europe's leading initiatives supporting breakthrough deep-tech innovations.
2028
EIC-funded deep-tech project developed by FAST Computing and born from the ARGOS research initiative at SISSA. The platform revolutionizes engineering simulations for industries such as automotive, aerospace, energy, and manufacturing by combining Reduced Order Modelling (ROM) and advanced Graph Neural Operators (GNOs).