Inviscid AI

Inviscid AI

inviscidai.comAdded Sep 28, 2026

Inviscid AI builds physics-informed AI solutions that transform how buildings and data centers operate. By combining real-time IoT sensor data with computational fluid dynamics (CFD) modeling, we create digital twins that simulate building performance in real time and autonomously optimize operations. Our platform optimizes airflow patterns and ventilation strategies to eliminate dead zones, improve air distribution, and reduce the load on mechanical systems. On the energy side, we minimize HVAC power consumption, reduce cooling costs, and lower overall operational expenses while maintaining optimal thermal comfort and indoor air quality. Beyond immediate operational efficiency, we optimize equipment scheduling and maintenance cycles by predicting system behavior under different conditions, allowing facilities managers to proactively address issues before they become problems. Our physics first approach ensures that we're not just optimizing against historical patterns, but optimizing based on a deep understanding of how air, heat, and energy actually move through your building, enabling us to find solutions that traditional rule-based or purely data-driven systems would miss.

Visit website

Vendors

0

Third parties this company currently discloses, grouped by function when classified.

Filter vendors

0 loaded

No records

No disclosed vendors yet

Vendors appear only once a public disclosure or other published evidence names them.

Customers

0

Companies whose current disclosures name this company as a vendor.

Filter customers

0 loaded

No records

No observed customers yet

Customers appear when another company's current disclosure names this company as a vendor.

Potential customers

0

Companies using another vendor in one of Inviscid AI’s categories, excluding Inviscid AI’s observed customers.

No records

No potential customers found

Potential customers appear after Inviscid AI has a category assignment and current vendor relationships can be compared.