We develop next-generation, GPU-native, high-fidelity CFD solvers for re-entry and high-speed vehicles—supporting thermal protection design, active debris removal, and mission risk reduction.
Improve solar-wind and geomagnetic forecast accuracy to protect national assets in orbit and support future deep-space missions.
Push the boundaries of AI innovation with high-fidelity simulations for high-speed flows. From shock-wave interactions to aerodynamic optimization, our CFD solutions enable exploration of extreme conditions and support advanced aerospace and defense missions.
We develop urban micro-weather toolchains that combine numerical weather prediction, high-resolution CFD, and AI to deliver meter-scale forecasts and risk maps for safe UAM/AAM operations.
Achieve exceptional performance in low-speed flow regimes with precision-driven CFD enhanced by AI. Whether optimizing airfoil designs or improving aircraft aerodynamics, we deliver efficient, reliable, and high-fidelity solutions for commercial aviation.
Physics-informed ML models trained on high-fidelity data provide real-time decision support across space, aerospace, and atmospheric missions. These models support trajectory prediction, risk assessment, satellite operations, and mission planning when full-fidelity simulations are too costly to run in real time.
AtharX transforms advanced AI-enhanced simulations into real-world solutions that power national industries. From aerospace and defense to energy and urban development, our technologies accelerate innovation, enhance performance, and enable smarter, more sustainable systems aligned with Saudi Vision 2030.
