Creative Destruction Lab (CDL)

Quindar provides a comprehensive cloud-based platform designed for spacecraft analysis and operations. This platform offers a range of services including satellite mission management, engineering analytics, mission integration, and testing facilities. Additionally, it enables spacecraft schedule optimization, orbit determination, and collision avoidance. By utilizing this platform, satellite owners can effectively monitor, track, and operate their satellites from the moment of deployment into space. Quindar serves as a one-stop solution for the complexities involved in satellite operations.

Colossus is building high-performance edge computing hardware for spacecraft.

Rebel Space Technologies specializes in developing advanced software and systems aimed at ensuring secure and resilient mission-critical operations from Earth to deep space. The company focuses on autonomous intelligence software that enhances wireless connectivity and provides autonomous threat detection and response capabilities for networked edge devices. By integrating physical and cyber security, Rebel Space delivers actionable insights and real-time intelligence tailored for complex wireless environments. Additionally, the company offers secure radio communication solutions designed for challenging conditions, leveraging innovations in spectrum awareness and autonomous radio frequency systems to enable reliable communications for its clients.

Magdrive Limited, founded in 2019 and based in Didcot, United Kingdom, focuses on developing advanced spacecraft propulsion systems specifically for small satellites. The company has created a next-generation plasma thruster technology that merges the high thrust capabilities of chemical rockets with the efficiency of electric thrusters. This innovation allows spacecraft to achieve faster speeds and extend mission durations while minimizing the amount of propellant needed for various maneuvers. By improving fuel efficiency, Magdrive aims to provide satellite operators and manufacturers with a more cost-effective means of accessing space, particularly for missions in Low Earth Orbit.

Dhruva Space is a private company focused on developing small satellite systems to provide launch services and facilitate space-based applications. The company offers an integrated service that combines satellites with Earth stations and launch capabilities, or these components can be utilized individually as technology services. This approach enables clients to effectively access and utilize space exploration technology for various applications both on Earth and in space.

Lumi Space is a developer of advanced satellite technology focused on providing precise information for space surveillance, particularly concerning satellite orbits and collision avoidance. The company offers data services and satellite retroreflectors, which enhance the accuracy of tracking space debris and satellite movements. Lumi Space is also engaged in research and development of high-power laser technologies aimed at minimizing the environmental impact associated with satellite operations. As the reliance on space infrastructure grows and the number of satellites increases, Lumi Space addresses the critical challenge of space debris, contributing to safer and more sustainable space activities.

Kall Morris is a space solutions company focused on developing innovative technology for the rendezvous, retrieval, and relocation of objects in orbit. With roots in both academia and industry, the company aims to transition from laboratory development to low Earth orbit operations in 2024, anticipating positive revenue by 2025. Kall Morris specializes in creating a commercially viable platform for collecting orbital debris, utilizing a future fleet of spacecraft equipped with proprietary artificial intelligence and machine learning software, alongside patented hardware. This technology enables the non-destructive securing of various in-space hazards, supporting the preservation of space for all users and facilitating critical missions for satellite operators. The company’s systems allow for the collection of multiple small debris pieces or large rocket bodies, significantly reducing the risk of orbital collisions.

Atomic-6 is an advanced manufacturing startup founded in 2018 and based in Atlanta, Georgia. The company focuses on the development and mass production of composite products, particularly carbon fiber, aimed at enhancing the logistics, military, and aerospace sectors. In addition to its manufacturing capabilities, Atomic-6 provides engineering consultancy services, assisting organizations in the space and aerospace industries in acquiring advanced products that improve their operational processes.

NewOrbit specializes in manufacturing machinery related to air and spacecraft, focusing on enhancing network capabilities and image resolutions. The company has developed a satellite system that operates at extremely low altitudes, four times lower than traditional low Earth orbit satellites. This innovative approach significantly improves resolution and signal quality while maintaining a similar size, enabling clients to reduce mission costs and enhance overall performance. By propelling satellites to lower altitudes, NewOrbit aims to increase efficiency and affordability in the New Space sector.

Kayhan Space is a company focused on enhancing the safety of satellite operations through its mission analysis platform. It offers a cloud-based collision avoidance service that generates timely collision warnings and decision guidance for satellite operators. By integrating various spaceflight operations tools, Kayhan Space provides satellite operators with clear and actionable insights regarding close approaches, enabling them to make informed decisions and maintain their core missions effectively. The company's services are designed to improve space situational awareness, thereby fostering trust and transparency in the management of satellite traffic.

Novo Space is a company that focuses on creating modular hardware and software solutions for satellite applications, aiming to accelerate commercial innovation in the space sector. By developing radiation-tolerant computers and offering a plug-and-play platform, Novo Space enables customers to assemble high-performance subsystems tailored to their specific missions. The company's products are designed to simplify the integration and debugging processes, thereby reducing risk, time-to-market, and overall costs for space professionals. Through its innovative approach, Novo Space seeks to provide affordable and reliable satellite electronics that support the evolving needs of the aerospace industry.

Obruta Space Solutions specializes in autonomous spacecraft docking systems aimed at enhancing on-orbit servicing and logistics. The company develops technology that simplifies the servicing of satellites, ensuring their sustainability throughout their operational life. Obruta's innovations focus on creating efficient interfaces for satellite docking and facilitating a range of in-space services, including satellite maintenance and end-of-life debris removal. By providing these capabilities, Obruta aims to support the growing space economy and improve the overall efficiency of satellite operations.

Lunar Outpost is a company dedicated to advancing technology that facilitates sustainable human presence in space, particularly on the lunar surface. It specializes in the development of innovative robotics, including a moon rover designed for autonomous swarm navigation and capable of carrying diverse payloads. Additionally, the company creates Internet of Things (IoT) air quality sensors that monitor and respond to local air quality conditions. This technology not only supports lunar exploration but also aims to have a positive impact on Earth, enabling governments, companies, and communities to establish a sustainable presence in space.

Formalloy is a manufacturer of directed energy deposition machines and a provider of additive manufacturing solutions, specializing in 3D metal printing. Founded in 2016 by Melanie Lang and Jeff Riemann and based in Spring Valley, California, the company focuses on designing, researching, developing, and integrating metallic parts to near-net shape. Using advanced laser metal deposition technology, Formalloy offers innovative and cost-effective solutions for producing, repairing, and cladding metal parts across various industries, including aerospace, defense, energy, automotive, chemical, and heavy industry. Their approach aims to minimize material waste while reducing production costs compared to conventional manufacturing methods.

The first European company to demonstrate deep learning algorithms in orbit, AIKO offers AI-based products for both ground and onboard applications in the space industry. Our products empower real-time decision-making, enhance mission efficiency, and prolong spacecraft lifespan.

Iris Dynamics Ltd. is a Canadian technology startup based on Vancouver Island, specializing in innovative magnetic force-controlled actuator motors. This technology enhances the human-machine interface and has been implemented across various sectors, including aircraft controls, flight simulation, remotely piloted vehicles, heavy equipment, automotive, industrial automation, robotics, and semiconductor manufacturing. By offering improved performance, reliability, and cost-effectiveness compared to traditional technologies, Iris Dynamics is developing high-performance stabilization platforms for diverse client applications. The company also engages in advanced electromagnetic research at two prominent Canadian universities to further its technological capabilities. Iris Dynamics is actively seeking industry partnerships to expand the application and impact of its technology.

Spintex is focused on producing sustainable and cost-effective silk fibers through an innovative biomimetic spinning process inspired by spiders. The company utilizes alternative proteins and a water-based solution to significantly lower energy consumption in fiber production. Spintex's technology is designed to cater to various industries, including aerospace, automotive, and healthcare, by creating high-performance textiles suitable for advanced applications. Additionally, the company aims to incorporate recycling of pre-consumer waste streams, further enhancing its commitment to sustainability in the textile sector.

Xona Space Systems, Inc. specializes in developing and manufacturing position, navigation, and timing (PNT) satellite solutions. Founded in 2019 and headquartered in San Mateo, California, the company is focused on creating a constellation of low-cost, low-Earth orbiting satellites designed to enhance navigation for various applications, including autonomous vehicles, unmanned aerial vehicles, and mobile robotics. Their flagship product, the Xona Pulsar, delivers high-power signals from low Earth orbit, ensuring secure and accurate navigation and timing services. This innovative approach aims to meet the demands of smart transportation and smart infrastructure, providing the resilience and precision necessary for modern intelligent systems to operate safely and efficiently at scale.

Leiden Measurement Technology is a research and development company that specializes in creating high-end scientific instruments. Utilizing advanced techniques such as microfluidics, optics, and spectroscopy, the company designs devices for diverse scientific applications. These include space exploration, water and environmental analysis, and biomedical research, enabling precise data collection in challenging and remote conditions.

Dynami Battery Corp is a technology company focused on developing customized battery solutions tailored to specific product designs rather than adapting products to fit standard battery sizes. Founded in March 2017 and headquartered in Buenos Aires, Argentina, with an office in Washington, DC, Dynami specializes in creating batteries for a variety of applications, including the Internet of Things (IoT), wearable technology, sensors, and medical devices. The company utilizes regional resources and advanced engineering to develop proprietary battery technologies and manufacturing processes. Dynami's innovations offer scalable, cost-effective solutions, enabling industries such as electric vehicles, aerospace, and consumer electronics to benefit from fast-charging batteries with extended lifecycles.

Starfish Space Inc. specializes in providing on-demand in-space transportation and maintenance services for satellites. The company develops small space tugs equipped with proprietary Proximity Operations Software, which integrates orbital mechanics, machine vision artificial intelligence, and a low-thrust electric propulsion system. This innovative technology allows the tugs to conduct various satellite servicing missions, including life extension, relocation, disposal, and inspection. Founded in 2019 and based in Kent, Washington, Starfish Space aims to support satellite companies by enhancing their operational capabilities in orbit.

Aegiq Ltd. is a company based in Sheffield, United Kingdom, specializing in semiconductor-based quantum photonic chips. Established in 2019, it focuses on developing a universal quantum computing platform that integrates photonic quantum computing and networking technologies. Aegiq's solutions cater to a variety of industries, including defense, aerospace, cybersecurity, and artificial intelligence, addressing complex computational challenges with an emphasis on speed, compactness, and modularity. The company's innovative hybrid integrated photonics approach aims to facilitate large-scale quantum computing with the capacity for multi-million qubit operations, ultimately contributing to advancements in quantum cybersecurity and networking.

Aquark Technologies specializes in the development of compact cold-atom systems aimed at advancing quantum applications such as atomic clocks, sensors, and navigation systems. The company employs a unique laser geometry technique, stemming from over a decade of proprietary research at the University of Southampton, to miniaturize these systems to the size of a matchbox. This innovation enables the creation of plug-and-play quantum devices that offer portability and support the integration of quantum technologies into everyday life, paving the way for the next generation of quantum sensing and computing solutions.

ResilienX specializes in developing a comprehensive software monitoring system aimed at enhancing the resilience and reducing maintenance costs of complex autonomous ecosystems. Their platform is designed to monitor the health, integrity, and performance of systems involved in Advanced Air Mobility (AAM) and Beyond Visual Line of Sight (BVLOS) operations. By servicing a diverse clientele that includes federal, state, and commercial organizations, ResilienX helps orchestrate the mitigation of off-nominal situations and facilitates automated contingency management. Their focus on safety-critical systems positions them as a key player in the evolving landscape of autonomous operations, supporting clients in meeting regulatory requirements and improving operational efficiency.

3D BioFibR Inc. is a biomaterial manufacturing company based in Halifax, Canada, founded in July 2020. The company specializes in producing high-value biofibers such as spider silk, collagen, and chitosan, which have diverse applications in biomedical engineering, green textiles, defense, and aerospace. Utilizing innovative dry-spinning and wet-spinning processes, 3D BioFibR creates fibers that replicate the biomechanical and biochemical properties of natural materials. Notably, its collagen fibers, branded as CollaFibR™, are reported to be stronger than natural tendons, while its spider silk is claimed to be tougher than steel and significantly more flexible. The company aims to address critical engineering challenges by providing commercially viable products for 3D bioprinting, cell culture, and tissue engineering. Through its pioneering research and proprietary production methods, 3D BioFibR seeks to become a leader in the sustainable manufacturing of advanced biofibers.

Precious Payload offers mission management services designed to simplify the planning and execution of space missions. The company provides a unified format and set of APIs that help space entrepreneurs test business and technology hypotheses more efficiently, enabling them to achieve results ten times faster and at a significantly lower cost. By managing mission progress, outsourcing licensing and export regulations, and tracking mission roadmaps, Precious Payload supports clients in navigating the complexities of the space industry, ultimately facilitating a more streamlined approach to launching and managing space-related projects.

Froberg Aerospace is a ground-breaking multimode propulsion system for small satellites. The system employs a single propellant, a single feed system, and a single thruster, but chemical or electric manoeuvres can be performed in orbit, as designed or selected. The design space makes the mission more adaptable as requirements change and enables new, one-of-a-kind capabilities, such as the ability to drastically change the mission on-orbit as new scenarios emerge.

Benchmark Space Systems, Inc. is a company that specializes in the research, design, and manufacture of propulsion products tailored for the small satellite market. Founded in 2014 and based in South Burlington, Vermont, with an additional office in Burlington, the company provides integrated spacecraft propulsion systems, mobility subsystems, and orbit transfer products. Its offerings are essential for various satellite operations, including orbit insertion, deorbit, collision avoidance, and momentum management. Benchmark Space Systems is focused on delivering low-cost propulsion solutions that utilize a non-toxic, inert chemical, enhancing safety in transport and storage. The company's proprietary resistor jet micro propulsion system combines thruster, propellant storage, and control hardware into a compact package, making it an attractive option for businesses, scientists, and universities looking to utilize small satellites. With the small satellite market projected to grow significantly, Benchmark Space Systems is positioned to play a key role in this sector's development.

Miles Space, based in Tampa, Florida, specializes in the development of advanced spacecraft propulsion and communication technologies. The company focuses on creating innovative solutions such as plasma thrusters and signal processing systems, which enhance communication capabilities for Low Earth Orbit (LEO) and Geostationary Orbit (GEO) applications. Their offerings enable clients to deploy communication systems worldwide at a significantly reduced cost compared to traditional satellite dishes. Additionally, Miles Space is working on a miniature spacecraft designed to travel into outer space, showcasing their newly developed navigation and propulsion technologies. Through these advancements, the company aims to revolutionize space communication and exploration.

Aeroflux is engaged in the design, development, and manufacture of magnetic brakes for business, commuter, and commercial aircraft. Their patent-pending brake technology enables completely contactless, wear-free braking of even large passenger jets.

Interstellar is a small, veteran-owned business focused on providing innovations in design and manufacturing for propulsion and space systems. With over 120 years of experience in aerospace and mechanical engineering for advanced space systems, the Interstellar team has previously worked several high-profile Government and Commercial space programs which have included the SpaceX Falcon 9 launch vehicle, the SpaceX Dragon capsule, and NASA’s Space Shuttle. In addition, the Interstellar team has experience stemming from over ten rocket engine development and flight programs including the Space Shuttle Main Engine, Air Force Integrated Powerhead Demonstrator (IPD) engine, NASA J-2X engine, SpaceX Merlin engine, SpaceX Raptor engine, SpaceX Draco and SuperDraco, NASA Additive Manufacturing Demonstrator Engine and the PGA Engine program. The Core Team at Interstellar recently completed two years of advanced development for the Stratolaunch 200,000 pound thrust PGA Engine, which had completed several key design and hardware testing milestones which would have enabled one of the fastest large engine developments in history. Interstellar's mission is to expand Humanity's presence into the solar system in our lifetimes. We intend to do this by creating and providing in-space solutions that utilize advanced manufacturing technology and design.

Per Vices specializes in software-defined radio technology that supports a diverse range of applications across various industries, including defense, aerospace, telecommunications, and medical sectors. The company provides a platform that allows software developers to create applications for interacting with numerous wireless signals and devices. Its technology features instantaneous bandwidth, custom channels, and data backhaul processors, which facilitate the integration of mission-critical systems. By addressing the essential functions required in these sectors, Per Vices enables clients to develop and economically integrate advanced wireless communication solutions.

Impossible Sensing specializes in developing advanced optical sensor technologies tailored for both terrestrial and extraterrestrial environments. The company creates ultra-sensitive laser spectrometers and onboard systems for landers and rovers, facilitating automated sample capture by flyby spacecraft. Their innovations support various fields, including space exploration, ocean exploration, mining, and energy sectors. By leveraging techniques such as laser-induced breakdown spectroscopy (LIBS), ultraviolet spectroscopy, and Raman spectroscopy, Impossible Sensing aims to enhance geochemical analysis and enable low-limit detection in challenging conditions. Their commitment to integrating artificial intelligence and cutting-edge optoelectronics positions them as a key player in the future of exploration and scientific discovery.

AnsuR, based in Norway & Spain, provides software for mission-critical satellite communication of multimedia content, reducing bandwidth by 99% and increasing efficiency by 100 times.

Infinite Composites specializes in the development and manufacturing of advanced composite pressure vessels and structures. Founded in 2010, the company aims to revolutionize composite pressure vessel technology to support its widespread adoption, particularly in sectors requiring weight-sensitive solutions. Its innovative gas storage systems are designed to hold more fuel weight than their own cylinder weight, making them ideal for applications in aerospace, including launch vehicles, satellites, and spacecraft, as well as in industrial gas and transportation markets. Infinite Composites is committed to continuous improvement, ensuring that its products meet and exceed customer and industry quality standards while maintaining a focus on reliability and defect-free delivery.

Aeroflux is engaged in the design, development, and manufacture of magnetic brakes for business, commuter, and commercial aircraft. Their patent-pending brake technology enables completely contactless, wear-free braking of even large passenger jets.

Pixxel is a space data company based in Bengaluru, India, that specializes in manufacturing remote sensing satellites. Founded in 2018, the company develops a constellation of hyperspectral earth imaging satellites capable of capturing geospatial data from every location on the planet. These satellites provide globally accessible, real-time data that can be used for various applications, including climate monitoring, crop yield prediction, urban planning, and disaster response. The constellation is designed to offer global coverage every 24 hours, enabling users to detect, monitor, and predict environmental and economic phenomena. Through its advanced analytical tools, Pixxel aims to support organizations in making informed decisions based on ever-changing data.

Infinite Composites specializes in the development and manufacturing of advanced composite pressure vessels and structures. Founded in 2010, the company aims to revolutionize composite pressure vessel technology to support its widespread adoption, particularly in sectors requiring weight-sensitive solutions. Its innovative gas storage systems are designed to hold more fuel weight than their own cylinder weight, making them ideal for applications in aerospace, including launch vehicles, satellites, and spacecraft, as well as in industrial gas and transportation markets. Infinite Composites is committed to continuous improvement, ensuring that its products meet and exceed customer and industry quality standards while maintaining a focus on reliability and defect-free delivery.

QEYnet is pioneering ultra-secure communications through the development of the world's first satellite network for Quantum Key Distribution (QKD). The company specializes in designing and building microsatellite-enabled QKD technology, which utilizes fiber optic cables to transmit photons for generating encryption keys. This innovative approach allows clients to establish secure communication channels at a low cost, effectively enhancing the security of their communications. By integrating advanced spacecraft technology with robust QKD solutions, QEYnet aims to redefine the standards of secure communication in various sectors.

PTScientists is a private space technology company focussed on enabling cost-efficient and widely usable access to space by bringing down the costs of space missions. The ALINA spacecraft is at the heart of our mission technology enabling a wide range of commercially viable infrastructure assets such as a 4G network basestation developed in cooperation with Vodafone and the Nokia Bell Labs.

Grid energy on-the-go. The grid holds vast, clean, low-cost energy. Until now, there's been no practical method to tap the grid while moving at high speed. Electric Sky is changing that, developing new techniques for transmitting higher energy over longer distances. We're exploring power-hungry applications like space launch, electric aircraft, UAMs (Urban Air Mobility vehicles), UAVs (drones), electric trucks & cars, UUVs (Unmanned Underwater Vehicles), robotics, handheld power tools, and portable consumer electronic devices. Our customers will appreciate lower costs; the planet will appreciate zero emissions.

Cognitive Space specializes in developing an artificial intelligence platform aimed at enhancing satellite constellation management. The company's technology enables effective mission management, collections planning, and communication link coordination, helping organizations maximize the revenue and operational capabilities of their satellite networks. By focusing on autonomous asset management, the platform allows commercial satellite operators to optimize capacity in response to evolving demands within a dynamic environment. This innovative approach enhances the organization and orchestration of intelligent machines, ultimately improving the management of Earth's monitoring for various sectors, including economic, environmental, and national security considerations.

Ceres Robotics specializes in the development of space robots designed to aid in the construction of facilities and habitats on the Moon, Mars, asteroids, and other celestial bodies. The company's robots incorporate advanced artificial intelligence, providing users with cost-effective and intelligent solutions for space exploration and habitation. By focusing on practicality and innovation, Ceres Robotics aims to support ambitious projects in extraterrestrial environments.

Voyager Space Technologies, Inc. is a company based in San Diego, California, founded in 2017, that specializes in automating spacecraft design through its innovative satellite design software, SatBuilder. This platform connects analyses and tracks requirements, enabling engineers to make informed design decisions. Voyager's intelligent software takes into account mission and reliability requirements and identifies commercially available components that meet the necessary software, electrical, mechanical, and reliability standards. By collaborating with vendors and satellite manufacturers, Voyager aims to provide tailored solutions that not only meet stringent mission parameters but also significantly reduce the time and cost associated with satellite design.

New Ascent is focused on transforming access to space through the development of fixed, reusable infrastructure and robust systems for frequent and affordable transportation. By catering to non-traditional space customers, the company provides innovative products and services that include ground-based launch technology. Additionally, New Ascent offers educational resources, including STEM tools and curricula, aimed at inspiring students to explore various career paths related to space. Through these initiatives, New Ascent seeks to make space more accessible and engaging for a broader audience.

Leap Biosystems is focused on developing next-generation medical technologies and astronaut medical training platforms to support human space exploration. The company is comprised of a team of Canadian professionals with expertise in medicine, aerospace, research, and engineering. Leap Biosystems aims to enhance medical care in diverse environments by integrating clinical medicine with advanced technologies. This approach enables clients to access remote medical procedure guidance, thereby improving healthcare delivery in challenging settings.

Universal Transport Systems is dedicated to bringing human spaceflight down to Earth. To accomplish this goal we are creating a near single stage to orbit spacecraft that operates similar to a light airplane; requiring only a very small team to launch. Our key technological differentiators include a unique solid propellant rocket engine that is throttleable, stoppable, and in-flight restartable; as well as a pressure stabilized "inflatable" vehicle design. Combined with the pressure stabilized vehicle, the engine allows for incredibly high propellant mass fractions. The engine and propellant design dramatically improves safety while reducing launch costs. In order to monetize this new industry which we are creating, we will make most of our money through propellant sales; as repeat business is the most reliable revenue stream. Several years ago we started with a handful of novel ideas and began prototyping. Today we have an engine system, two full scale vehicles in testing, and a portfolio of patentable, patent pending, and patented technology. Our next step is to enter the DARPA Launch Challenge (we have already perqualified), where we will be given $400K to continue development, and up to $12M more if we make our orbital launch goals.

Seer Tracking is a privately held company based in Palo Alto, CA. Our vision is to provide space debris classification and tracking services to commercial constellation satellite companies, private spaceflight operations, and government space agencies. Seer Tracking resolves complex space debris tracking problems by utilizing Artificial Neural Networks (ANNs) capable of recognizing orbital patterns and grouping clouds of debris. We ultimately seek to provide an accurate alternative to the current space debris tracking technology.

CisLunar Industries focuses on developing technology for in-space manufacturing and recycling, specifically targeting the issue of space debris. By transforming debris into usable resources, the company aims to facilitate effective debris removal and recycling while also producing metal propellants. This innovative approach not only addresses the growing problem of space debris but also supports the construction of permanent outposts in space. By utilizing locally sourced materials, CisLunar Industries promotes sustainable exploration of the solar system, enhancing the feasibility of long-term human presence and operations beyond Earth.

Altius Space Machines, Inc. is a space technology and robotics company based in Louisville, Colorado, established in 2010. The company specializes in developing innovative solutions for satellite servicing and space infrastructure. Its primary offerings include low-cost space tugs designed to robotically tow, repair, upgrade, or refuel satellites, making these services accessible even to small satellite constellations. Altius also focuses on capturing and disposing of space debris, extending satellite life, and facilitating frequent, cost-effective deliveries to and from orbital space stations and propellant depots. Additionally, the company develops robotic systems and interfaces for various space applications, including end-of-life disposal and on-orbit refueling. Leveraging nearly a decade of experience working with NASA, DARPA, and other commercial entities, Altius is committed to advancing space technology with a focus on affordability and sustainability.

Galaktika is a global platform and fund to create jointly global space project – first city in space.

Reaction Dynamics is a company focused on developing innovative launch technologies that utilize hybrid propulsion systems to provide efficient and environmentally friendly access to space. The company's approach aims to reduce the ecological footprint associated with space travel, distinguishing it from traditional methods. Their first suborbital launch vehicle, Aurora, is currently undergoing qualification testing, with its inaugural flight planned for 2023. By incorporating additive manufacturing and specialized supply chains, Reaction Dynamics seeks to offer agile and cost-effective solutions for launching small satellites into orbit, thereby making space more accessible for a variety of customers.

Forcen Inc. is a Toronto-based company that develops and manufactures innovative force-sensing film technology for various applications, including surgical robotics, industrial robotics, and aerospace and defense. Founded in 2015, Forcen specializes in providing real-time force feedback, allowing users to accurately gauge the force applied during surgical procedures or industrial tasks. This technology can be seamlessly laminated onto medical devices and robotic systems, enhancing their performance and safety. By delivering precise data on force and torque, Forcen aims to improve operational efficiency and reduce complications in both medical and industrial environments.

SpaceRyde, formerly known as Loonify Space, specializes in launching small satellites into Low Earth Orbit. The company employs a unique method where a high-performing, ultra-light rocket is carried by a balloon to the edge of the atmosphere, from which the rocket is then launched. This innovative approach is designed to offer on-demand space services, including satellite launch, fuel, and tool delivery to space tugs. SpaceRyde provides customers with the option to purchase an entire rocket along with its payload capacity, facilitating direct access to space without the need for ride-sharing arrangements.

Wyvern operates hyperspectral Earth observation satellites designed to capture high-resolution imagery across various spectral bands. By utilizing advanced hyperspectral sensors, the satellites can identify distinct chemical and physical properties of the Earth's surface. This capability makes Wyvern's imagery a valuable resource for applications in site monitoring, mapping, and geospatial intelligence. The company's smaller satellites maintain the same spatial resolution and superior spectral content as larger counterparts, allowing industries such as agriculture, forestry management, and environmental monitoring to access critical data at a more affordable price. This enables faster, informed decision-making across multiple sectors.

NoPo Nanotechnologies focuses on making space exploration more accessible by developing and manufacturing single-walled carbon nanotubes, which are ideal for spacecraft construction. These nanotubes are designed to reduce mass fraction, enabling increased payload capacities and enhancing safety during space missions. The company utilizes its proprietary NoPo HiPCO technology, which processes carbon monoxide under high pressure and temperature, to produce these high-strength, lightweight materials consistently and at scale. Through its innovative approach, NoPo aims to support humanity's aspirations of becoming a space-faring species.

The Launch Company specializes in providing hardware and ground support equipment for the aerospace sector, aiming to assist next-generation space companies in achieving reliable access to orbit. The company offers a range of services, including the design of ground support equipment for both mobile and fixed launch systems, as well as the development and refinement of operational concepts and procedures. Their expertise includes analyzing hazards, ensuring redundancy, and supporting autonomous operations. Additionally, The Launch Company has created and tested commercial off-the-shelf quick disconnect hardware designed for autonomous refueling operations, applicable to both launch vehicles and spacecraft. This focus on innovative solutions enables clients to achieve consistent and efficient deliveries to outer space.

Leo Aerospace LLC, founded in 2017 and based in Marina Del Rey, California, specializes in developing microsatellite launch technology known as a rockoon, which involves launching rockets from high-altitude balloons. The company aims to simplify satellite deployment by offering a dedicated delivery service for microsatellites, making the process as accessible as shipping a package. Leo Aerospace's innovative approach allows for on-demand launches to low Earth orbit without the need for fixed ground infrastructure, enabling high launch frequency. Their technology provides optimized flight capabilities across various weather conditions and mission profiles, presenting a cost-effective alternative for microsatellite developers in both defense and civil sectors. Following a successful launch-test campaign in 2018, Leo Aerospace is positioned to enter the market and meet the growing demands for satellite launches.

MesoMat specializes in innovative sensing technologies, focusing on the development of plastic-based fibers that function as lightweight strain sensors. These sensors are designed to monitor fatigue, fracture, and failure in critical material systems, offering a reliable solution for condition-based monitoring. By integrating sensing fibers with custom electronics and software, MesoMat provides a comprehensive platform that utilizes real-time data to prevent material failures. The unique properties of these sensing fibers allow them to be embedded in various materials, including those in high-strain environments where traditional strain sensors may not be applicable. Through this technology, MesoMat aims to enhance safety and efficiency across a range of industries.

Atomos Space is an aerospace company founded in 2018 and located in Denver, Colorado. It specializes in the development of orbital transfer vehicles and space nuclear technology. The company's vehicles are designed to enhance maneuverability and create a sustainable orbital environment, which allows satellite operators to significantly lower their costs for reaching their intended destinations in space. By making various orbits more accessible, Atomos aims to improve the efficiency and effectiveness of satellite deployment and operations.

Leo Aerospace LLC, founded in 2017 and based in Marina Del Rey, California, specializes in developing microsatellite launch technology known as a rockoon, which involves launching rockets from high-altitude balloons. The company aims to simplify satellite deployment by offering a dedicated delivery service for microsatellites, making the process as accessible as shipping a package. Leo Aerospace's innovative approach allows for on-demand launches to low Earth orbit without the need for fixed ground infrastructure, enabling high launch frequency. Their technology provides optimized flight capabilities across various weather conditions and mission profiles, presenting a cost-effective alternative for microsatellite developers in both defense and civil sectors. Following a successful launch-test campaign in 2018, Leo Aerospace is positioned to enter the market and meet the growing demands for satellite launches.

SpaceRyde, formerly known as Loonify Space, specializes in launching small satellites into Low Earth Orbit. The company employs a unique method where a high-performing, ultra-light rocket is carried by a balloon to the edge of the atmosphere, from which the rocket is then launched. This innovative approach is designed to offer on-demand space services, including satellite launch, fuel, and tool delivery to space tugs. SpaceRyde provides customers with the option to purchase an entire rocket along with its payload capacity, facilitating direct access to space without the need for ride-sharing arrangements.

Kognitiv Spark Inc., founded in 2016 and based in Fredericton, Canada, specializes in mixed reality software aimed at enhancing industrial operations. The company's flagship product, RemoteSpark, is a cloud-based application compatible with devices such as tablets, phones, laptops, and HoloLens headsets. This innovative tool enables remote technicians to connect with experts for real-time guidance during equipment repairs and task execution. RemoteSpark features secure, low-bandwidth audio/video communication, allowing experts to provide holographic and step-by-step instructional content directly in the technician's field of view. Kognitiv Spark also offers HIDE, a platform that enables organizations to create immersive holographic training scenarios. The company primarily serves clients in the aerospace, defense, and security sectors, helping them improve task efficiency, facilitate knowledge transfer, and reduce the need for expert travel. By leveraging mixed reality, Kognitiv Spark enhances operational accuracy and reduces equipment downtime, making it an invaluable resource for industrial organizations.

Hala Systems, Inc. is a defense technology company based in Los Angeles, California, founded in 2017. The organization focuses on developing advanced solutions aimed at civilian protection, accountability, and the prevention of violence in conflict zones. Hala Systems provides a range of equipment, including remote sensors, remotely activated devices, and communication solutions, which are designed to enhance security and stabilize communities before, during, and after conflicts. Central to its offerings is a threat-prediction system that employs artificial intelligence and a multi-sensor network to deliver real-time situational awareness of potential threats. This technology enables both government and non-governmental organizations to identify trends, predict changes, and assess the impact of various events effectively. Hala Systems seeks to transform civilian defense during warfare and mitigate casualties and trauma during post-conflict recovery and other crises.

NanoQuan Inc., based in Kitchener, Canada, specializes in the development and manufacturing of advanced nanocomposite materials. The company focuses on creating novel materials that exhibit exceptional electrical, mechanical, optical, and thermal properties. Utilizing a unique dispersion-mixing technology, NanoQuan incorporates nano-fillers into various host materials, allowing for tailored solutions that meet the specific requirements of industries such as electronics, automotive, and aerospace. Through its innovative approach, NanoQuan aims to provide high-performance materials at competitive prices, addressing the diverse needs of its clients across multiple sectors.

VoltSafe is a manufacturer of innovative electrical power connectors designed to enhance safety and efficiency in various sectors, including home electrification, transportation, marine, and aerospace. The company's flagship product, the VoltSafe Winter power plug, revolutionizes the conventional power plug by utilizing magnetic connections that automatically snap together, activating the electrical current. This user-friendly design allows for easy disconnection with a gentle pull, ensuring that the components remain safe to touch when not in use. By modernizing the way electricity is connected and utilized, VoltSafe aims to address the outdated technology of traditional plugs, promoting a safer and more sustainable approach to electrification.

SkyWatch is a company that offers a digital infrastructure for the distribution of Earth observation data and derived intelligence. Founded in 2014 and headquartered in Waterloo, Ontario, SkyWatch has developed a satellite data intelligence platform that makes satellite data accessible to a wide range of users. Its platform enables developers to integrate Earth observation data into their applications and workflows cost-effectively. By providing access to remote sensing datasets, SkyWatch assists users in analyzing satellite data for various applications, including monitoring agricultural progress, predicting market trends, tracking maritime and aerial movements, and assessing global warming.

SkyWatch is a company that offers a digital infrastructure for the distribution of Earth observation data and derived intelligence. Founded in 2014 and headquartered in Waterloo, Ontario, SkyWatch has developed a satellite data intelligence platform that makes satellite data accessible to a wide range of users. Its platform enables developers to integrate Earth observation data into their applications and workflows cost-effectively. By providing access to remote sensing datasets, SkyWatch assists users in analyzing satellite data for various applications, including monitoring agricultural progress, predicting market trends, tracking maritime and aerial movements, and assessing global warming.