Advanced thermal materials / AI compute
Advanced carbon cooling for AI compute.
Carbon AI, INC is developing proprietary nano-material technology to protect and scale AI chips and data centers.
Engineering Targets
Carbon AI at a glance
Immediate temperature offset
Target 8°C on chip reduction
Low friction install
System and chip design agnostic, integrate with any system or chipset.
Failure rate & value retention
70% reduction in failure rate, 80% lifetime value retention of the chip
01 / Team
Sleeper team of high performers. Hitting full Speed in stealth.
Engineers from Ford, Amazon, Space Dynamics, and more.
Leadership and Advisors: Global Logistics and Supply Chain at Fortune 500 companies, Data Center Investment, Silicon Valley Tech Funds, etc.
Founder: 1 Patent in thermal management of combustion exhaust systems, Fortune 100 SAAS sales experience.
02 / Business impact
Three ways better cooling creates value.
Potential value areas under evaluation during prototype and bench testing.
01
Lower cooling costs
Designed to help reduce the energy and operating burden of keeping high-performance processors within target temperatures.
02
Fewer thermal failures
Designed to help reduce heat-driven stress that can contribute to instability, downtime, and premature component failure.
03
Preserve chip value
Designed to help preserve processor condition and useful life so high-value compute assets retain more productive value over time.
03 / Initial fit
Go to Market
First LOI’s signed. $6m signed, $30.1M pending.
Infrastructure operators
We work with the boots on the ground teams to ensure production stays at its peak.
System and OEM partners
Start with the system architecture, integration constraints, and the thermal-management infrastructure we can align with.
Investors and strategic partners
Helping those partners who fund these projects of the future retain earnings, protect public good with lower energy prices, and better collaborate with governments to execute at the highest level.
04 / Company
Owning the manufacturing and design.
We build the nanomaterials in house, and take advantage of our internal lab and plant economies to stay on the bleeding edge of chip management.
Where we begin
A metamaterial layer directly on chip and heat sink, alongside a custom board coating. Both are in prototype and bench testing.
Technology posture
Proprietary micro and nano technologies for a broader computing platform.
05 / Contact
Start a conversation.
Whether you operate AI infrastructure, design compute systems, or are exploring thermal materials, we would like to hear from you.
Investor or strategic partner?
Use this same form to start a conversation about the company, partnerships, or the broader platform vision.