Horizons Ventures

Fleet Space Technologies operates a constellation of commercial micro-satellites, offering enhanced mineral exploration services globally. They have pioneered the world's first 3D printed all-metal patch antenna for space, significantly improving throughput efficiency.

Q-CTRL develops software tools and firmware for quantum computing to reduce and control quantum bit errors in quantum hardware. Its quantum control infrastructure software supports research and development professionals and end users, accelerating the pathway to the first useful quantum computers and underpinning software-defined quantum sensors for defence, intelligence, navigation, and earth observation. The company collaborates with universities, national labs, and industry partners to advance hardware error management and stability in quantum systems.

Q-CTRL develops software tools and firmware for quantum computing to reduce and control quantum bit errors in quantum hardware. Its quantum control infrastructure software supports research and development professionals and end users, accelerating the pathway to the first useful quantum computers and underpinning software-defined quantum sensors for defence, intelligence, navigation, and earth observation. The company collaborates with universities, national labs, and industry partners to advance hardware error management and stability in quantum systems.

Fleet Space Technologies operates a constellation of commercial micro-satellites, offering enhanced mineral exploration services globally. They have pioneered the world's first 3D printed all-metal patch antenna for space, significantly improving throughput efficiency.

Q-CTRL develops software tools and firmware for quantum computing to reduce and control quantum bit errors in quantum hardware. Its quantum control infrastructure software supports research and development professionals and end users, accelerating the pathway to the first useful quantum computers and underpinning software-defined quantum sensors for defence, intelligence, navigation, and earth observation. The company collaborates with universities, national labs, and industry partners to advance hardware error management and stability in quantum systems.

Fleet Space Technologies operates a constellation of commercial micro-satellites, offering enhanced mineral exploration services globally. They have pioneered the world's first 3D printed all-metal patch antenna for space, significantly improving throughput efficiency.

LeoLabs, Inc. designs and operates phased-array radar systems to track objects in low Earth orbit and provides space situational awareness data and services. It offers LeoLabs Collision Avoidance, a platform that automates satellite operations and enhances conjunction assessment and collision risk management, along with foundational LEO mapping data and services such as rapid orbit determination and ongoing orbit awareness. The company serves commercial satellite operators, government regulators and space agencies, and satellite management services markets. Founded in 2015 and headquartered in Menlo Park, California, LeoLabs provides a software platform with open API access that underpins space situational awareness and traffic safety services for safe and sustainable operations in space.

Seismic, established in 2015 and based in Menlo Park, California, specializes in the production and development of custom garments equipped with built-in flexible electric motors. These garments, known as Powered Clothing, are designed to assist wearers in everyday tasks by providing intelligent wearable strength and natural mobility to muscles and joints. Seismic's team comprises experts in textiles, industrial design, robotics, biomechanics, and data science, working together to create lightweight, connected apparel that can be comfortably worn under any outfit. The company's technology was initially developed at SRI International for a DARPA-funded program aimed at reducing injury risk and enhancing soldier endurance. Seismic spun out of SRI to explore the technology's potential for consumer applications, initially focusing on the aging market due to its size and need.

Divergent develops and manufactures 3D-printed cars and has created the Divergent Adaptive Production System (DAPS), an end-to-end software-hardware platform for industrial digital manufacturing. DAPS enables customers to design, additively manufacture, and automatically assemble complex vehicle structures for automotive, aerospace, and defense applications. The system aims to optimize designs, reduce material use, and eliminate upfront capital expenditure by removing tooling needs and dematerializing components, thereby improving manufacturing efficiency and environmental sustainability across vehicle programs. Divergent's approach targets radical reductions in cost and lead times while enabling scalable, custom manufacturing, addressing decarbonization and demand for lighter, stronger structures.

Q-CTRL develops software tools and firmware for quantum computing to reduce and control quantum bit errors in quantum hardware. Its quantum control infrastructure software supports research and development professionals and end users, accelerating the pathway to the first useful quantum computers and underpinning software-defined quantum sensors for defence, intelligence, navigation, and earth observation. The company collaborates with universities, national labs, and industry partners to advance hardware error management and stability in quantum systems.

Seismic, established in 2015 and based in Menlo Park, California, specializes in the production and development of custom garments equipped with built-in flexible electric motors. These garments, known as Powered Clothing, are designed to assist wearers in everyday tasks by providing intelligent wearable strength and natural mobility to muscles and joints. Seismic's team comprises experts in textiles, industrial design, robotics, biomechanics, and data science, working together to create lightweight, connected apparel that can be comfortably worn under any outfit. The company's technology was initially developed at SRI International for a DARPA-funded program aimed at reducing injury risk and enhancing soldier endurance. Seismic spun out of SRI to explore the technology's potential for consumer applications, initially focusing on the aging market due to its size and need.

LeoLabs, Inc. designs and operates phased-array radar systems to track objects in low Earth orbit and provides space situational awareness data and services. It offers LeoLabs Collision Avoidance, a platform that automates satellite operations and enhances conjunction assessment and collision risk management, along with foundational LEO mapping data and services such as rapid orbit determination and ongoing orbit awareness. The company serves commercial satellite operators, government regulators and space agencies, and satellite management services markets. Founded in 2015 and headquartered in Menlo Park, California, LeoLabs provides a software platform with open API access that underpins space situational awareness and traffic safety services for safe and sustainable operations in space.

Divergent develops and manufactures 3D-printed cars and has created the Divergent Adaptive Production System (DAPS), an end-to-end software-hardware platform for industrial digital manufacturing. DAPS enables customers to design, additively manufacture, and automatically assemble complex vehicle structures for automotive, aerospace, and defense applications. The system aims to optimize designs, reduce material use, and eliminate upfront capital expenditure by removing tooling needs and dematerializing components, thereby improving manufacturing efficiency and environmental sustainability across vehicle programs. Divergent's approach targets radical reductions in cost and lead times while enabling scalable, custom manufacturing, addressing decarbonization and demand for lighter, stronger structures.

Seismic, established in 2015 and based in Menlo Park, California, specializes in the production and development of custom garments equipped with built-in flexible electric motors. These garments, known as Powered Clothing, are designed to assist wearers in everyday tasks by providing intelligent wearable strength and natural mobility to muscles and joints. Seismic's team comprises experts in textiles, industrial design, robotics, biomechanics, and data science, working together to create lightweight, connected apparel that can be comfortably worn under any outfit. The company's technology was initially developed at SRI International for a DARPA-funded program aimed at reducing injury risk and enhancing soldier endurance. Seismic spun out of SRI to explore the technology's potential for consumer applications, initially focusing on the aging market due to its size and need.