Madrone

Description

Provides external data center cooling that supplies cool water without chillers, helping hyperscale builds and retrofits support denser AI compute in high-temperature environments.

Related

• Lambda RoboticsBuilds autonomous robots for data centers and facilities, supporting AI infrastructure by handling physical work needed to keep compute…
• Arista Networks ($ANET)Builds cloud networking software and high-performance 800G systems for accelerated computing, data centers, service provider backbones, AI…
• Akash SystemsBuilds diamond-based cooling technology, AI servers, and heat management systems for semiconductors and electronic devices, serving data…
• MarengoBuilds AI tools and engineering services that automate data center design, helping teams speed due diligence, FEED, permitting, and trusted…
• Atomarine, Inc.Atomarine builds floating data centers on standardized offshore barges, using standalone nuclear-ship power and efficient cooling to…
• Standard MachinesBuilds environments and evaluations for advanced chip design, including reinforcement learning environments for long-horizon design tasks…
• Kyoto Group ASBuilds molten-salt thermal batteries for efficient, high-temperature energy storage, used to provide low-cost, clean, continuous industrial…
• Coolbrook OyDevelops RotoDynamic electrification technology for high-temperature industrial processes, used by heavy industries such as cement, iron &…
• HT Materials ScienceDevelops a drop-in heat transfer fluid additive that improves heat transfer for water-based cooling and heating systems, used in…
• MaingenBenchmark models for safely running industrial systems, provide industrial deployment research, and schedule conversations to discuss…
• MicoraBuilds and deploys portable microgrid systems using solar blocks, battery containers, generators, and fuel cells for remote or mobile power…
• Sophia SpaceDevelops orbital data centers and modular in-space computing architecture, combining power, compute, and thermal management for space-based…