We design physics-informed AI models built around user requirements. Our models are trained on high-quality simulations or experimental data, yielding high precision at unprecedented speeds.
By combining deep physical understanding with cutting-edge AI, we enable design optimization that was previously impossible due to time and resource constraints.
1000x
Faster Than Traditional
85%
Time Reduction
95%+
Physics Accuracy
Our Solution
Inviscid AI revolutionizes simulation-based design by combining physics principles with advanced AI, dramatically accelerating optimization without sacrificing accuracy.
Physics-Informed AI
Our AI models are constrained by physical laws, ensuring predictions always adhere to real-world physics principles while delivering unprecedented speed.
Real-Time Optimization
Transform your design process with analysis-in-the-loop capabilities. Get immediate feedback and explore vastly more design options than ever before.
Adaptive Learning
Our models continually learn from new simulations, becoming more accurate and efficient over time through advanced machine learning techniques.
Wide Application
Applied across construction, automotive, energy, and engineering sectors - anywhere simulation-based optimization is needed for breakthrough results.
Trusted By
Leading organizations across industries trust our physics-informed AI solutions to revolutionize their design processes
Works
Selected Projects
Publicly announced content that demonstrates our impact
240x
Faster
40%
Improvement
Vent Airflow Optimization
40% improved air circulation through optimized vent placement and 30% reduction in stagnant air zones using physics-informed design optimization.
150+
Iterations
13%
Less Stress
Sea Wall Defense
13% reduction in structural stress and significantly improved wave dissipation through optimized coastal engineering design and real-time analysis.
600x
Speed Up
3x
Accuracy
Water Forecast Model
Replaced pure simulation with Physics Informed AI, doubling forecasting length while tripling accuracy for critical water management systems.
85%
Prevention
28%
Yield ↑
Smart Shrimp Farming
AI-powered monitoring system achieving 85%+ disease prevention rate and 28% yield increase through optimized environmental control.
Our Team
Kabir Jain
Founder
University of Oxford – Computer Science
International AI Olympiad Gold Medallist
Published at NeurIPS'24
Qiu Ziming
Co-founder
NUS – Computer Science and Mathematics
YHSA (Asia) – First Place
Singapore Young Physicist Tournament Gold
Martin Koh
Chief Physicist
University of Oxford – Physics
International Young Physicists' Tournament Gold
Published at Physica Scripta
Ready to work together?
Ready to accelerate your design optimization process? We're here to help you implement physics-informed AI solutions that deliver breakthrough results.
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