Python-Based
Define models, automate workflows, and explore new ideas with a familiar, open programming language.
Scientific computing, reimagined
Multiphysics without the walls.
Telion combines visual modeling, programmable workflows, and agentic AI to help engineers, students, and researchers simulate complex systems to develop commercial products, understand advanced engineering concepts, and accelerate scientific discovery.
Telion + real Git repository
Change the model. See exactly what changed.
Author a structural model in Telion, commit the baseline, edit its applied load, and inspect the genuine Git diff from the versioned project.
Python model · project commit · parameter edit · real Git diff
One environment, fewer compromises
Built for how technical work actually happens.
GPU-Accelerated
Use modern parallel hardware to massively accelerate simulations and deploy machine learning models.
Built in Agentic AI
Debug, analyze data, and automate the design process with OpenAI's Codex.
Version Control
Track model changes, employ test-driven development practices, and collaborate effectively with your team.
From question to evidence
Define
Describe geometry, materials, physics, and boundary conditions through a visual workspace or Python.
Solve
Run coupled studies on accelerated compute with transparent control over the numerical workflow.
Explore
Compare results, automate parameter studies, and turn simulation output into decisions.
Early access