“Fortune favors the audacious.”
Perot Jain is an early stage venture capital firm committed to partnering with bold and innovative entrepreneurs to build highly disruptive, industry transforming companies.
We are a Dallas-based venture capital firm founded by long-time business partners, Ross Perot Jr. and Anurag Jain, in 2014.
Multidisciplinary team with significant expertise as entrepreneurs, operators and advisors.
Our diverse team combines deep operating expertise within the technology sector along with extensive strategic advisory experience. We have all been bitten by the entrepreneurial bug, some more than once. We have each been a part of multi-billion dollar exits as owners, operators or advisors.
Unique ability to leverage our affiliated operating entities to accelerate growth for our portfolio.
Hillwood is a premier real estate developer. It’s founding project, AllianceTexas, is the nation’s largest inland port and is home to more than 600 companies. Access Healthcare provides technology-driven revenue cycle management services to healthcare providers through an India off-shore model.
Longstanding presence in a business community that possesses attractive B2B end markets.
While our investments are spread around the world, Texas provides access to real companies with real problems.
- 50 Fortune 500 companies
- 42 Fortune 1000 companies in DFW
- Thousands of middle market companies
- Large pools of private capital
We are practical investors with patient capital and a strong desire to add value to our portfolio.
We are not a fund so our decision making is not driven by artificial capital constraints. Integrity, accountability and humility shape our culture and are traits we seek in our founders. We are purposefully small and nimble to match the pace of our portfolio and have no fear of getting in the trenches with our founders in order to add real value.
Our mission is to provide timely capital and resources while delivering the highest quality strategic advice to assist our portfolio companies in achieving their maximum potential.