About
The computing power we hold today in the palm of our hands exceeds what most believed possible when the first microprocessors were built 50 years ago. Despite this incredible progress, a material gap has developed in the past decade between the expected improvements from Moore’s Law and current capabilities for computing power. This gap will only widen as traditional semiconductor manufacturing technology approaches fundamental limits.
The deceleration of improvements in classical computing hardware is happening exactly when demand for computing power is exploding, driven by traditional industry and emerging technologies such as autonomous vehicles, personalized medicine, and smart cities. Data centers, smart edge devices, robots, and factories all need continued advancements in semiconductors, memory, interconnects, sensors, and low-level software that consume less energy and produce less heat. None of this can be realized without new computing paradigms.
Investment criteria
Pre-seed
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Seed
Invests
Series A
Invests
Series B
Invests
Growth
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- Sectors
- Manufacturing & IndustrialGovernment & Public SectorHardware & ElectronicsVenture Capital & Private Equity
- Geographies
- United States
- Round role
- Leads and co-leads rounds
Highlights
Highlights coming soon
Notable work and milestones will show up here.

