HiJoJo Partners

Oxford Quantum Circuits developing technology using the power of quantum to do things that have never been achieved before, from enabling life-changing drug discoveries to developing new battery technologies. OQC's quantum computer is a fully functional unit that includes the control system, hardware, and software. Customers can use OQC's quantum computers to streamline their businesses, pioneer new approaches, and help solve some of humanity's most pressing issues, such as slowing climate change and feeding a rapidly growing population.

Mojo Vision is focused on developing and commercializing high-performance micro-LED display technology for consumer, enterprise, and government applications. The company combines breakthrough technology, leading display and semiconductor expertise, and an advanced 300mm manufacturing process to deliver on the promise of micro-LED displays. Mojo’s proprietary quantum-dot technology brings full-color capability to its display platform and meets the superior performance demands for all form factors. Mojo Vision developed the world’s smallest, densest dynamic display for the first AR smart contact lens and is now applying this innovation and expertise to lead the disruption of the $160 billion display industry. Mojo Vision was founded in 2015 and headquartered in Saratoga, California.

Ispace Technologies is a space resource exploration company founded in 2013 to develop micro-robots that will locate the resources necessary to extend human life into outer space. Their main focus is to locate, extract, and deliver lunar ice to customers in cis-lunar space. Ispace manages the technological and business development operations of Team HAKUTO in the Google Lunar XPRIZE Competition. Team Hakuto is a front runner in the $30M competition to land a privately funded robot on the Moon and was one of only three teams to win a $500,000 Milestone Prize in mobility. Ispace utilizes 3D printed and commercially off the shelf products (COTS) for rapid prototyping while maximizing structural mass efficiency and shortening the developmental life cycle. Their micro-robots are able to explore larger areas of the Moon faster, at a fraction of the cost of large robots.