Viridian Space

Viridian Space develops air-breathing electric propulsion that lets satellites collect air in very low Earth orbit and use it as fuel. This cuts reliance on stored propellant, keeps spacecraft in lower orbits for longer, and supports better imaging and broadband coverage. The technology is built for reusable satellite platforms, in-orbit servicing, and active space-debris removal missions.
Yuri

Yuri is a space biotech company that provides microgravity labs and mission services for life-science organizations. It designs, builds, and operates compact research facilities that run biological experiments in orbit. Customers use Yuri’s platforms to test drugs, grow tissues, and develop new biomaterials under weightless conditions. The company manages experiment setup, launch logistics, in-orbit operation, and data delivery so research teams can focus on scientific results.
Venus Aerospace

Venus Aerospace builds next-generation rocket propulsion that makes flight and space access faster and more efficient. The company develops rotating detonation rocket engines and detonation ramjets that support space launch, hypersonic defense systems, and future high-speed passenger aircraft. Its reusable engine platform is designed to deliver higher thrust with less fuel, enabling vehicles to reach speeds above Mach 4 from conventional runways.
Ascent Solar Technologies

Ascent Solar develops and manufactures flexible thin-film solar panels that work where rigid panels cannot. Its ultralight CIGS modules deliver high power in space, aerospace and agrivoltaic projects, handling curves, weight limits and harsh conditions. The company provides custom solar films that integrate into equipment, structures and vehicles to generate reliable on-the-go power.
IQRobotics

IQ Robotics develops robotic automation for warehouses. It turns manual storage into robotic fulfillment centers using autonomous mobile robots and cloud software. The systems handle picking, sorting, and inventory tasks to speed up ecommerce orders and lower operational costs. Companies in logistics use these tools to manage high-volume shipping with less human labor. This setup improves accuracy and scales with demand in busy supply chains.
Infravision

Infravision deploys aerial robots to string power lines and install hardware. Utilities hire them for projects that speed up transmission and distribution builds. The TX System handles automation to boost grid capacity with less labor. Contractors use it for repairs that keep power flowing reliably. This cuts costs on large energy infrastructure jobs.
InOrbit

InOrbit creates cloud-based software that lets robotics companies run fleets of robots. The platform gathers real-time data from any robot type, tracks performance, spots issues fast, and supports remote fixes. Teams use it to coordinate multiple robots, cut downtime, and improve operations without hardware changes. This helps scale robot use in warehouses, factories, and other sites.
Robot.com

Robot.com builds delivery, logistics and advertising robots. These wheeled robots transport goods, run digital ads in high-traffic areas and perform inspections on sidewalks. They work indoors and outdoors for Fortune 500 customers. The company has completed over 1.7 million tasks across multiple countries. Robots operate at Level 4 autonomy with proven uptime.
Kitchen Robotics

Kitchen Robotics develops Beastro, an autonomous robotic kitchen machine. Beastro prepares complete dishes using thousands of daily fresh ingredients across multiple cuisines. It predicts orders, cuts waste and labor costs with AI software. The system self-cleans pots between orders and needs under 24 hours to learn. Restaurants use it for consistent quality in high-volume operations. Deployed by large companies, it starts at $3,970 monthly with full support included.
KABAM Robotics

Kabam develops robots for security patrolling and surveillance. These machines move on their own through buildings and outdoor areas. They spot intruders or problems right away using onboard cameras and sensors. A central system links the robots to building controls for smooth operation. Customers use them to replace guards and maintenance workers on repetitive tasks. This lowers expenses while keeping sites secure around the clock.