Celerity

Wyld Networks enables low power, low-cost global connectivity for the Internet of Things via low earth orbit satellites using LoRa protocol. Founded in 2016, Wyld's hybrid solution enables IoT objects to seamlessly connect to both existing terrestrial LPWAN networks and LEO satellites. Wyld Networks is listed on the NASDAQ FN exchange.

Space Forge develops reusable satellites that facilitate the manufacturing of materials in space. The company focuses on utilizing space-derived crystal seeds to produce semiconductor substrates, which are then returned to Earth for various applications. By conducting manufacturing processes in microgravity, Space Forge aims to enhance the quality and properties of these materials. Their approach not only innovates materials production but also provides sustainable solutions for the semiconductor industry. Space Forge's technology represents a significant step towards integrating space resources into terrestrial manufacturing practices.

NewOrbit Space is a satellite manufacturing company. We engineer Earth's lowest orbiting satellites, at altitudes of 180km (3x lower than conventional LEO satellites) we enable better imagery resolution and telecommunication services from space.

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.

The virtual demo technology provided by Envoke helps employees throughout the organization to assess sales leads, train staff, and offer global support to maintenance teams.

BioOrbit is a space manufacturing firm that develops hardware for large-scale protein drug crystallization.

Online Oceans designs, delivers and operates low cost, long endurance solar electric uncrewed surface vessels (USVs) for use in a wide range of applications. This includes scientific research, acoustic harvesting, environmental monitoring and defence.

The headquarters of Raspberry Pi is located in Cambridge, UK.

Jet Engineering System Solutions offers real-time data acquisition and transmission over wireless 5G networks, allowing to connect from a usual device and operate offshore as well as on land without the infrastructure or costs of fiber or satellite communications. They offer applications that include human safety management, environmental management, meteorological monitoring, risk monitoring, and autonomous surfaces.

Future networks powered by space will be built using high-volume, secure wireless technology developed by Archangel Lightworks. The current state of terrestrial and space networks results in unstable, inadequate, and vulnerable infrastructure. There are around 3 billion unconnected people and many more who are only partially connected. Subsea cables, the foundation of the world's network infrastructure, are vulnerable to climate change and rogue actors. Radio, which is bandwidth-constrained, finite, and insecure, is used to connect satellites and the ground, which provide the possibility for robust connectivity. In order to address the issue of space-ground connectivity, Archangel Lightworks was founded.

iCOMAT has introduced an innovative manufacturing technology called Rapid Tow Shearing (RTS), which is the first defect-free process for steering fibers in composites. This groundbreaking solution has allowed customers to achieve higher levels of performance with lighter and more cost-effective products. Founded as a spin-out company from the University of Bristol, iCOMAT has developed a patented method for producing advanced carbon fiber composites that are lighter, stronger, and more economical than current processes in the aerospace, automotive, and marine industries. The RTS technology enables the placement of carbon fiber tapes along curved paths without defects, creating ultra-lightweight structures that were previously impossible to manufacture with traditional methods. This unique technology is poised to revolutionize the transportation industry by improving performance and reducing costs. iCOMAT's expertise in steering fibers allows for the optimization of mechanical properties throughout a structure, resulting in lighter and more efficient components while minimizing material waste and production costs. As a leading provider of composite manufacturing solutions, iCOMAT collaborates with customers to enhance product performance to new heights.