
Data Collective (DCVC) powers new industries and revitalize old ones.
Headquartered in San Francisco, California, DCVC and its principals have backed brilliant people changing global-scale industries for over twenty years, helping create tens of billions of dollars of wealth for founders, employees, and our investors while also making the world a markedly better place. DCVC brings to bear a unique model that unites a team of experienced venture capitalists with more than 35 technology executives and experts (CTOs, CIOs, Chief Scientists, Principal Engineers, Professors at Stanford and Berkeley) with significant tenures at top 100 technology companies and research institutions worldwide. DCVC focuses on seed, Series A, and growth stage companies that apply deep compute, big data and IT infrastructure technologies to transform giant industries. From transforming unsustainable global manufacturing, to relieving an over-stressed global food supply, to curing seemingly incurable diseases, to supercharging the speed at which science becomes solutions, some of society’s biggest challenges are now some of the world’s greatest business opportunities and using Deep Tech, they can solve trillion-dollar problems while amplifying capitalism’s benefits and reducing its costs to the society. They invented the Equity Partner model, providing their portfolio companies with access to a unified pool of force-multiplying experts, including CTOs, CIOs, Chief Scientists and technical leaders at top 100 technology companies, as well as professors at top research institutions worldwide. These talented people are excited to engage with their companies throughout their lifecycle and do so cooperatively on a “one for all, all for one” basis.
Simbott
Simbott is recognized as a leading AR VR & MR company in India, delivering next-generation immersive simulator solutions that are transforming how industries train, upskill, and operate. With a strong focus on innovation and performance, the company helps organizations adopt smarter, more efficient training systems using virtual environments that replicate real-world conditions
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