Built for the hardest industrial physics
Our platform is purpose-built around the physical bottlenecks that define high-value industrial and quantum infrastructure.
Data Center Liquid Cooling
9.2M Nodes · 7.2 min H100 solve time
Conjugate Heat Transfer for 1MW+ racks, enabling high-fidelity thermal modeling and cooling optimization before power and uptime constraints emerge.
EV Battery & Thermal Management
Real-time CHT simulation
Model battery pack cooling in real time to prevent thermal runaway, optimize cell degradation, and improve safety across demanding charge-discharge cycles.
Rugged Edge Systems
0.52ms Latency · < 2 Watts
Low-latency physical modeling for tactical, subsea, and industrial edge compute where power budgets and thermal survivability are mission-critical.
Quantum Error Correction
Sub-microsecond syndrome decoding · 270x speedup
Cryogenic cooling control and fault-tolerant decoding workflows designed for next-generation quantum infrastructure and ultra-low-latency error correction.
Active validations across critical environments
These engagements validate our solver stack in live operational settings before scaling to broader enterprise deployment.
Subsea AI Infrastructure
Subsea NeoCloud Pioneer
Validated thermal and flow optimization for dense edge compute infrastructure under harsh operating conditions.
Aerospace & High-Assurance Edge
Global Aerospace Prime
Accelerated high-assurance edge compute and thermal control architectures for mission-critical hardware deployments.
Autonomous AI Control
Autonomous Systems Lab
Closed-loop optimization and simulation intelligence for autonomous decision systems with strict control and safety constraints.
Want to see this in your environment?
We work with enterprise operators, aerospace, and mission-critical engineering teams to benchmark the platform against live thermal and control constraints.
Discuss Your Use Case