Hydrosat
Hydrosat develops satellite technology that provides precise thermal infrared imagery for tracking water stress, agricultural productivity, and environmental monitoring. Using advanced thermal cameras mounted on small satellites, the company creates high-resolution daily temperature maps of Earth’s surface. Their technology enables farmers to optimize irrigation, predict crop yields, and detect potential agricultural challenges before visible damage occurs. The data also supports climate research, public safety assessments, and ecosystem analysis by delivering unprecedented insights into land surface temperatures and water usage patterns.
Open Cosmos
Open Cosmos provides end-to-end satellite solutions, designing, building, launching, and operating advanced satellites for diverse global challenges. The company delivers high-resolution satellite data and insights across sectors like agriculture, logistics, climate monitoring, and disaster response. Its comprehensive platform enables organizations to access, analyze, and leverage satellite information through cutting-edge technology, supporting critical decision-making in environmental, scientific, and commercial applications.
Loft Orbital
Loft Orbital provides space infrastructure services that simplify satellite deployment for organizations. Their platform allows companies to quickly launch missions to low Earth orbit without managing complex satellite engineering. By offering pre-configured satellite platforms and standardized infrastructure, Loft enables customers to focus exclusively on their payload and data collection. The company transforms space access through modular technology, reducing deployment time from years to months and making satellite missions more accessible for businesses across various sectors including commercial, government, and technology industries.
ReOrbit
ReOrbit builds software-enabled satellites that transform space connectivity. The company creates autonomous satellites designed to network and share data efficiently across multiple orbits. By developing a flexible software architecture, ReOrbit enables satellites to reconfigure in-orbit, support various payloads, and communicate directly with each other. Their technology supports secure communications for government, institutional, and commercial satellite operators, reducing traditional hardware constraints and lowering time-to-orbit costs.
Rocket Factory Augsburg
Rocket Factory Augsburg develops low-cost, high-performance rockets to provide precise and flexible launch services for satellite deployment. The company creates the RFA ONE rocket with a payload capacity of 1,300 kg to Low Earth Orbit, offering competitive pricing at $3,000 to $4,000 per kilogram. Their innovative Redshift Orbital Transfer Vehicle enables precise payload positioning across multiple orbits, including LEO, MEO, and cis-lunar space. By leveraging automotive manufacturing techniques and standardized components, RFA creates cost-effective space transportation solutions that enable businesses and researchers to access orbital services more efficiently.
Planet
Planet Labs is a technology company that designs and operates a network of small satellites called CubeSats to capture daily high-resolution images of Earth’s entire landmass. The company provides geospatial data and imagery services to industries including agriculture, government, energy, finance, and environmental monitoring. By delivering frequent, detailed satellite imagery, Planet enables organizations to track global changes, optimize resource management, and make data-driven decisions across multiple sectors.
Pangea Aerospace
Pangea Aerospace develops advanced rocket propulsion technologies for space vehicles. The company specializes in creating innovative rocket engines, including the world’s first Methalox Aerospike engine, which provides highly efficient and sustainable propulsion solutions for launchers, satellites, and orbital transfer vehicles. Their cutting-edge propulsion systems are designed to reduce costs and improve performance in the space industry, with products like the ARCOS aerospike rocket engine and U-NYX thruster for small satellite applications.
Agnikul
Agnikul Cosmos develops customizable small satellite launch vehicles designed to deliver payloads up to 300 kg into low Earth orbit. The company creates two-stage rockets with 3D-printed semi-cryogenic engines that can launch from multiple global locations. Specializing in affordable and flexible launch solutions, Agnikul provides cost-effective services for micro and nano-satellite operators, research institutions, and space technology startups. Their flagship rocket, Agnibaan, offers precise orbital configurations and competitive pricing ranging from $1M to $8M depending on payload capacity.
TransAstra Corporation
TransAstra develops advanced space logistics technologies that enable satellite transportation, orbital debris removal, and space resource extraction. The company creates innovative spacecraft like Worker Bee space tugs that can move satellites between different orbits using water-powered solar thermal propulsion. Their breakthrough Sutter telescope technology can detect extremely faint objects in space 300,000 times more effectively than conventional telescopes, supporting space situational awareness and asteroid tracking. TransAstra is building technologies to support in-space transportation, asteroid mining, and sustainable space infrastructure.
Tesseract
Tesseract Space designs and manufactures spacecraft propulsion hardware for commercial satellites, robotic exploration missions, and human spaceflight. The company produces off-the-shelf thrusters, multi-thruster modules, and complete propulsion systems that enable precise satellite positioning and movement. Their components support small satellite missions ranging from 1U CubeSats to larger orbital transfer vehicles, providing cost-effective solutions for space exploration and commercial space infrastructure.