Architecting the Thermal Backbone of the AI Era

World-class R&D and integration of cooling solutions by renowned thermal management experts.

Scalable, Production-Ready Thermal Architectures

We deliver end-to-end engineering from chip-level heat extraction to facility-level heat rejection.

Full-Stack Architecture: Direct-to-chip, single-phase, and two-phase immersion design.
Modeling: High-fidelity CFD and FEA modeling for transient workload thermal analysis.
Integration: Seamless rack-level CDU and facility loop integration.
Simulation: High-fidelity CFD and FEA of the cooling systems: from Chip-to-Chiller.
Prototyping: Rapid thermal testing and validationin lab settings. Publications and IP: IP generation, Technical Research Articles and White Paper Publications, Marketing Blogs, Conference and Exhibition Support.
Ecosystem Building: Creating Specifications, Requirements and working closely with the vendors to build the ecosystem and support the development and fast adoption of the newly minted technology.

Conventional cooling cannot handle the extreme heat of modern AI hardware and supercomputers.

Overheating reduces lifespan and poses significant safety risks to expensive compute infrastructure.

Human capital and R&D resources for cooling are becoming increasingly scarce and expensive.

Full stack simulation, prototyping, and testing.

Tailored liquid, immersion, and air cooling solutions.

Rapid thermal validation in specialized lab settings.

Technical white papers, patent filings, and research articles.

Working with vendors to fast-track technology adoption.

SOP development, commissioning, and field support.

We provide a 35–40% cost advantage over in-house R&D and deployment costs.

Our solutions reduce CapEx overbuild, shorten deployment cycles, and minimize operational risks.

We leverage deep R&D engagement with Industry leaders, Academia, and National Labs globally.