Redefining Cooling. Empowering AI.




Meet Aegis
Aegis stands at the forefront of thermal management, delivering advanced liquid cooling solutions tailored for the fast-evolving AI and data center landscape.
Designed to meet the industry’s growing demands, Aegis systems offer the performance, reliability, and innovation needed to support next-generation computing—keeping you ahead in a world driven by data and intelligence.

The Liquid Cooling Revolution
Cooling AI with AI: AI-driven thermodynamic simulation combined with additive manufacturing reshapes the supply chain—optimizing both time and cost—while reinforcing AI infrastructure performance.


TurboPlate™
A patented 3D-printed microchannel heat sink that enables stable two-phase boiling via curved channels and engineered nucleation cores—addressing flow instability and wall superheat to deliver high-density heat rejection for AI chips in a compact form.

Scalable, Modular
Cooling Solutions
Our Two-Phase Coolant Distribution Unit (CDU) is engineered for next-generation data center cooling—where high-density workloads, AI clusters, and HPC environments demand maximum thermal efficiency, system reliability, and operational cost reduction.

Aegis is powered by Airsys – decades of expertise
Airsys has 30 years of experience in precision thermal control for critical industries including mission-critical data centers, medical imaging, and semiconductors. Aegis is leveraging that knowledge & infrastructure to accelerate AI cooling technologies.

Sustainable Solutions
Eco-friendly AI Cooling: innovative solutions with zero water usage. Aegis technology improves thermal performance while reducing material waste through 3D printing. By optimizing heat management, we contribute to lower energy consumption and enhanced system longevity, while offering substantial heat reuse capabilities.

Cooling for the Future
Aegis: Redefining AI Cooling
Limits – future-proof your data center today
Recommended News

Data Center Energy Efficiency: Which Metrics Matter Most?
Cooling systems drive a large share of data center energy use, making them one of the most critical areas to target for improving overall energy efficiency. As demands on data centers increase, cooling will be key to powering the next generation of data centers, further emphasizing the need to measure and manage its impact.

Colocation Cooling Strategies: From Air to Liquid and Everything in Between
Keeping colocation data centers cool isn’t just about temperature; it’s about trust. With multiple tenants relying on shared infrastructure to run critical operations, even minor fluctuations in cooling performance can ripple into major disruptions. As high-density data centers become the norm, the challenge grows, bringing greater heat loads, increased system complexity, and a shrinking margin for error.

Data Centers Scale on Flexible Cooling Strategies
Can you remember going on a road trip 15 years ago? Or how you got around your hometown? Chances are, you used a paper map. At the time, it was the only way to navigate unfamiliar areas. But as cities grew, routes developed, and technologies we couldn’t have imagined back then emerged, paper maps could no longer meet the need. Static maps couldn’t keep up with infrastructure expansion, let alone provide real-time traffic updates or recommend the best routes. And so, gradually, paper maps faded from our lives.

Data Center Energy Efficiency: Which Metrics Matter Most?
News | July 31, 2025

Colocation Cooling Strategies: From Air to Liquid and Everything in Between
News | July 22, 2025

Data Centers Scale on Flexible Cooling Strategies
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The future of liquid cooling is here