AtharX delivers high-fidelity simulations for supersonic and hypersonic flows — combining AI and physics-based CFD to design faster, safer, and more resilient aerospace and defense systems.

AtharX models how air, heat, and shock waves interact with objects traveling at hypersonic speeds — enabling precise prediction of thermal loads, plasma formation, and aerodynamic heating.
These simulations drive innovation in re-entry vehicles, missiles, and advanced aerospace systems, ensuring stability, protection, and performance under extreme flight conditions.

Predicts heat transfer and aerodynamic pressure on high-speed vehicles with high accuracy.

Simulates plasma formation, ablation, and aerodynamic heating for spacecraft and re-entry capsules.

Enhances aerodynamic shapes for efficiency, stability, and reduced drag across supersonic and hypersonic regimes.

Cuts simulation time while maintaining precision in complex, high-temperature environments.
Simulations at Mach 5+ for re-entry vehicles, and advanced aerospace systems
Accurate modeling of thermochemical reactions and real gas effects under extreme conditions
Provide inform decision on heat shields and ablative materials for extreme re-entry environments
Precise capture of shock interactions, boundary layer transitions, and complex flow phenomena
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