Creative Destruction Lab (CDL)

Atomic-6 is an advanced manufacturing startup established in 2018 and located in Atlanta, Georgia. The company focuses on the development and mass production of next-generation composite products, particularly carbon fiber materials, tailored for the aerospace, military, and logistics industries. In addition to its manufacturing capabilities, Atomic-6 provides engineering consultancy services, assisting organizations in the space and aerospace sectors to integrate advanced composite solutions into their operations. Through its innovative approach, Atomic-6 aims to enhance the efficiency and performance of critical applications within these high-demand industries.

Kall Morris is a space solutions company focused on developing technology for the rendezvous, retrieval, and relocation of objects in Earth's orbit. The company aims to address the growing issue of space debris and safeguard the services that depend on space infrastructure. Kall Morris is transitioning from research and development to operational capabilities, with plans to launch its services in low Earth orbit in 2024 and to achieve positive revenue by 2025. Utilizing proprietary artificial intelligence and machine learning software alongside patented hardware, the company can non-destructively secure various in-space hazards. Its innovative platform not only targets the collection of space debris but also allows spacecraft to individually collect multiple small debris pieces or collaborate to remove larger objects, thereby mitigating the risk of orbital collisions and enhancing space safety for all users.

Lumi Space is a company focused on addressing the growing threat of space debris, which poses significant risks to space operations and satellite infrastructure. By offering precise commercial information on satellite orbits, Lumi Space enhances insights into potential collision risks in the increasingly crowded space environment. The company has developed a satellite technology platform that utilizes satellite laser ranging to deliver accurate space surveillance data. In addition to data services, Lumi Space provides satellite retroreflectors and is advancing high-power laser technologies. This innovation aims to minimize the environmental impact associated with satellite operations, contributing to a more sustainable future for the commercial space sector.

Rebel Space Technologies specializes in developing software and systems designed to ensure secure, adaptive, and resilient mission-critical operations from Earth to deep space, particularly in the face of radio frequency (RF) threats. The company focuses on autonomous intelligence software that enhances wireless connectivity and provides autonomous threat detection and response for networked edge devices. By converging physical and cyber security, Rebel Space delivers actionable insights in real-time for complex wireless environments. Additionally, the company offers secure radio communication solutions tailored for challenging environments, leveraging advancements in spectrum awareness and autonomous RF systems to enable clients to maintain reliable communications under difficult conditions.

Magdrive Limited, established in 2019 and headquartered in Didcot, United Kingdom, specializes in developing advanced spacecraft propulsion systems tailored for small satellites. The company's innovative technology features a plasma thruster that combines the high thrust of chemical rockets with the high efficiency of electric thrusters. This dual capability allows spacecraft to travel faster and longer while reducing propellant requirements, thereby lowering costs and improving fuel efficiency for satellite maneuvers and missions in Low Earth Orbit (LEO).

Quindar is a provider of a cloud-based platform designed specifically for spacecraft analysis and operations. The company offers a comprehensive suite of services that includes satellite mission management, engineering analytics, and integration. Its platform enables satellite owners to monitor, track, and operate their satellites efficiently, covering aspects from deployment into space to ongoing management. Key features of Quindar's offerings include spacecraft schedule optimization, orbit determination, and collision avoidance services, facilitating streamlined operations for satellite missions. By serving as a one-stop shop in the cloud, Quindar enhances the effectiveness and safety of satellite deployments and operations.

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

Dhruva Space is a private space company focused on developing small satellite systems that provide launch services and support space-based applications. The company offers a range of products, including satellites paired with Earth stations, and provides launch services either as an integrated package or as standalone technology services. This flexibility enables clients to effectively access and utilize space exploration technology for various applications both on Earth and in space.

Build Beyond is a pioneering space technology company specializing in orbital debris recycling. It designs and manufactures innovative, autonomous devices that capture and process metals from defunct satellites and other space assets. Using advanced electromagnetic forces and fields, these devices transform the harvested metals into valuable manufacturing feedstock or propellant rods, with no moving parts and minimal heat application. This contactless recycling process enables clients to efficiently manage and repurpose space waste, promoting a cleaner and more sustainable space environment.

Novo Space is a company focused on advancing commercial innovation in the space sector by providing modular hardware and software solutions. It specializes in developing radiation-tolerant computers designed for satellite applications, allowing customers to create high-performance subsystems through a plug-and-play model. This approach minimizes risk, reduces time-to-market, and lowers costs for space missions, making powerful and reliable electronics easier to use, integrate, and debug. By delivering affordable satellite electronics, Novo Space aims to facilitate the next generation of space missions, empowering professionals in the industry to achieve their objectives more efficiently.

Kayhan Space is a company that specializes in providing satellite operators with enhanced space situational awareness through its mission analysis platform. It offers a cloud-based collision avoidance service that integrates various spaceflight operations tools. By delivering timely collision avoidance warnings and decision guidance, Kayhan Space enables satellite operators to receive clear and actionable recommendations for safely navigating their missions. This focus on trust and transparency helps ensure that operators can effectively manage the challenges of space traffic, allowing them to maintain their core operations regardless of their location in orbit.

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.

NewOrbit is a manufacturer of machinery related to air and spacecraft, focused on enhancing network capabilities and image resolutions for satellite operations. The company specializes in deploying satellites at extremely low altitudes, which are four times lower than those of conventional low Earth orbit satellites. This innovative approach significantly improves resolution and signal quality while maintaining the same satellite size. As a result, NewOrbit enables clients to reduce mission costs and enhance overall performance, making it a key player in the New Space industry.

Obruta Space Solutions specializes in the development of autonomous spacecraft docking systems aimed at enhancing on-orbit servicing and logistics capabilities. The company focuses on creating technologies that facilitate satellite docking and orbital servicing, ensuring the sustainability of spacecraft operations. Additionally, Obruta is involved in the commercialization of in-space services, providing comprehensive solutions that include active and end-of-life space debris removal systems. Through its innovations, Obruta aims to simplify the servicing of satellites and contribute to the growth of the space economy by enabling a range of essential in-space services.

Xona Space Systems, Inc. is a company focused on developing and manufacturing position, navigation, and timing (PNT) satellite solutions. Established in 2019 and headquartered in San Mateo, California, the company is creating a constellation of low-cost, low-Earth orbit satellites designed to enhance navigation services for a variety of sectors, including smart transportation and infrastructure. Xona's flagship product, the Xona Pulsar, delivers high-power signals to support applications such as autonomous vehicles, unmanned aerial vehicles, and mobile robotics. The constellation aims to provide secure, resilient, and precise navigation and timing services essential for the safe and scalable operation of modern intelligent systems.

Aegiq Ltd. is a company specializing in the development of semiconductor-based quantum photonic chips, which are designed for various communications and computing applications such as broadband quantum communication, imaging, microscopy, and scalable quantum computing. Founded in 2019 and headquartered in Sheffield, United Kingdom, Aegiq adopts a full-stack photonic quantum computing approach that provides speed, compactness, and modularity. The company's technology serves a diverse range of industries, including defense, aerospace, cybersecurity, and artificial intelligence, addressing complex computational challenges. Aegiq's integrated photonic platform aims to facilitate large-scale quantum computing with multi-million qubit operations, offering a comprehensive portfolio of products and systems related to quantum cybersecurity and networking.

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.

Hydromea is a developer of a portable underwater robotics ecosystem that focuses on providing access to submerged assets and data in underwater environments. The company has created a scalable multi-robot inspection and sensing system that can be permanently installed at sea or deployed from mobile autonomous crafts. This system is designed for remote tasking to conduct regular inspections, environmental measurements, and emergency responses. Hydromea's technology features in-house developed sensors that can be fitted to drones, enabling faster data collection both onshore and offshore. By emphasizing portability, affordability, and ruggedness, the company aims to deliver valuable insights to clients while ensuring its solutions can withstand harsh underwater conditions.

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.

3D BioFibR Inc. is a biomaterial manufacturing company based in Halifax, Canada, specializing in the production of high-value biofibers such as spider silk, collagen, and chitosan. Founded in July 2020, the company leverages pioneering research to develop proprietary methods for biofiber production that achieve quality and scale not currently attainable through traditional methods. 3D BioFibR's products, including CollaFibR™, a collagen fiber stronger than natural tendons, and spider silk that surpasses steel in toughness and flexibility, are designed for diverse applications across global markets like biomedical engineering, green textiles, defense, and aerospace engineering. The company aims to address critical engineering challenges by providing commercially available materials suitable for 3D bioprinting, cell culture, and tissue engineering, positioning itself as a potential leader in the manmade production of advanced biomaterials.

Formalloy is a manufacturer of directed energy deposition machines and a provider of metal additive manufacturing solutions, primarily catering to industries such as aerospace, defense, energy, automotive, chemical, and heavy industry. Founded in 2016 by Melanie Lang and Jeff Riemann and based in Spring Valley, California, the company specializes in the design, research, development, manufacture, and integration of systems that produce metallic parts with minimal material waste. Formalloy's innovative laser metal deposition technology offers a cost-effective approach for producing, repairing, and cladding 3D metal parts, allowing for increased design flexibility and economic efficiency compared to traditional manufacturing methods.

Starfish Space Inc. is a company that specializes in developing on-demand in-space transportation and maintenance services for orbiting satellites. Founded in 2019 and based in Kent, Washington, Starfish Space builds small space tugs equipped with advanced Proximity Operations Software, which integrates orbital mechanics and machine vision artificial intelligence with a low-thrust electric propulsion system. This innovative technology allows the company to perform a range of satellite servicing missions, including life extension, relocation, disposal, and inspection. By utilizing smaller space tugs capable of operating across various orbits, Starfish Space aims to enhance the efficiency and longevity of satellite operations in space.

Spintex is a company focused on producing a sustainable biomaterial platform that enables the spinning of high-performance silk fibers. Utilizing a biomimetic approach inspired by spider silk, Spintex employs a water-based protein solution to develop next-generation fiber-spinning technology. This innovative process significantly reduces energy requirements and enhances the cost-effectiveness of silk fiber production. The company aims to serve various industries, including sustainable fashion, aerospace, automotive, and healthcare, by creating biocompatible medical textiles to address a range of healthcare challenges. Additionally, Spintex explores opportunities to recycle pre-consumer waste streams, further promoting sustainability in advanced technical textiles.

ResilienX is a software development company focused on enhancing the resilience and efficiency of autonomous ecosystems. Their software platform is designed to monitor the health, integrity, and performance of complex systems, particularly in the realm of Advanced Air Mobility (AAM) and Beyond Visual Line of Sight (BVLOS) operations. By providing comprehensive oversight of safety-critical systems, ResilienX helps organizations, including federal, state, and commercial entities, manage and mitigate off-nominal situations effectively. Their technology also aids in automated contingency management, ultimately reducing maintenance costs and ensuring compliance with regulatory requirements, such as those set by the Federal Aviation Administration.

Precious Payload is a provider of space mission management services designed to simplify the planning and execution of space missions. The company offers a unified format and a set of APIs that facilitate accelerated decision-making in the space industry. By managing mission progress, outsourcing licensing and export regulations, and tracking mission roadmaps, Precious Payload enables space entrepreneurs to test their business and technology hypotheses significantly faster and at a reduced cost. Through its innovative approach, the company aims to enhance the efficiency and effectiveness of space missions, thereby supporting the growth of the space sector.

Miraex SA is a Swiss company based in Lausanne, established in 2019, that specializes in the development and manufacture of photonic sensors, quantum transducers, and quantum converters. The company focuses on providing advanced solutions for industrial applications, aerospace, security and defense, and quantum networking and computing. Miraex's innovative systems are designed to enhance next-generation sensing and computing capabilities, particularly in challenging environments where traditional electronic sensors are ineffective. The company's offerings include high-sensitivity measurement tools and infrastructure for distributed quantum computing, aimed at preventing asset failures before they occur.

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.

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.

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.

Miles Space is a Tampa, Florida-based company focused on developing advanced spacecraft propulsion and communication technologies. They specialize in innovative products such as plasma thrusters and signal processing systems, which enhance communication capabilities for Low Earth Orbit (LEO) and Geostationary Orbit (GEO) systems. By employing novel technologies like failsafe computing clusters and symbol-aware emitter fingerprinting, Miles Space aims to provide cost-effective solutions for satellite communications, significantly reducing the expenses associated with traditional communication systems. The company is also engaged in the creation of miniature spacecraft designed to travel into outer space, showcasing their groundbreaking navigation and propulsion technologies.

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.

Per Vices is a developer of software-defined radio technology that enables software developers to create applications that interact with diverse wireless signals and devices. The company's innovative platform supports a wide variety of applications across multiple sectors, including defense, aerospace, telecommunications, and medical industries. Per Vices' technology boasts features such as instantaneous bandwidth, custom channels, and advanced data backhaul processors. By addressing the critical needs for various functions, Per Vices enables its clients to develop and economically integrate systems essential for mission-critical operations.

Impossible Sensing specializes in the development of advanced optical sensor technologies aimed at enhancing exploration in both terrestrial and extraterrestrial environments. The company focuses on creating ultra-sensitive laser spectrometers that can be integrated into onboard landers and rovers, facilitating automated sample capture during space missions. Their innovations support a variety of applications, including space exploration, ocean exploration, and resource extraction in sectors such as mining and oil and gas. Additionally, Impossible Sensing emphasizes the use of data analytics and optoelectronics to enable in-situ geochemical analysis, making significant contributions to fields like spectroscopy and low-limit detection.

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.

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, founded in 2018. It specializes in manufacturing a constellation of hyperspectral earth imaging satellites that provide comprehensive geospatial data. These satellites are designed to capture real-time information from every location on the planet, enabling applications in climate monitoring, crop yield prediction, urban planning, and disaster response. With the capability to deliver global coverage every 24 hours, Pixxel’s technology allows for the detection, monitoring, and prediction of various global phenomena. The company aims to make this data universally accessible, facilitating insights that can influence environmental, economic, and security decisions worldwide.

Infinite Composites is a company that specializes in the development and manufacturing of advanced composite pressure vessels and structures. Founded in 2010, it aims to revolutionize composite pressure vessel technology to facilitate its widespread adoption, particularly in applications related to space exploration and sustainable transport. The company's innovative gas storage systems are designed to hold more fuel weight than the weight of the cylinders themselves, making them particularly suitable for weight-sensitive sectors such as aerospace, including launch vehicles, satellites, and spacecraft, as well as industrial gas and transportation markets. Infinite Composites is committed to continuous improvement, ensuring that its products meet and exceed industry quality standards while maintaining a focus on delivering defect-free solutions.

Infinite Composites is a company that specializes in the development and manufacturing of advanced composite pressure vessels and structures. Founded in 2010, it aims to revolutionize composite pressure vessel technology to facilitate its widespread adoption, particularly in applications related to space exploration and sustainable transport. The company's innovative gas storage systems are designed to hold more fuel weight than the weight of the cylinders themselves, making them particularly suitable for weight-sensitive sectors such as aerospace, including launch vehicles, satellites, and spacecraft, as well as industrial gas and transportation markets. Infinite Composites is committed to continuous improvement, ensuring that its products meet and exceed industry quality standards while maintaining a focus on delivering defect-free solutions.

QEYnet is a pioneering company focused on establishing a satellite network dedicated to Quantum Key Distribution (QKD), aimed at facilitating ultra-secure communications. By developing microsatellite technology, QEYnet designs and constructs spacecraft that integrate advanced QKD systems. This technology employs fiber optic cables to transmit photons, which are used to generate encryption keys for secure communications. Through its innovative approach, QEYnet provides clients with safe and cost-effective connectivity solutions, positioning itself at the forefront of the growing market for secure communication technologies.

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.

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

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.

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.

Leap Biosystems is a Canadian company that specializes in developing innovative next-generation medical technologies and astronaut medical training platforms. Their mission is to support upcoming human space exploration initiatives by providing advanced healthcare solutions designed for remote environments. The company combines clinical medicine with space exploration technologies, enabling clients to access remote medical procedure guidance technology.

Reaction Dynamics is a pioneering rocket company focused on developing innovative launch technologies centered around hybrid propulsion systems. The company aims to provide agile and affordable access to space by utilizing advanced manufacturing techniques and specialized supply chains. Their flagship product, Aurora, is a demonstration suborbital launch vehicle currently undergoing qualification testing, with its inaugural flight anticipated in 2023. Reaction Dynamics' hybrid propulsion technology significantly reduces the environmental impact associated with space launches, offering a promising alternative to traditional methods. Through these advancements, the company seeks to facilitate regular and cost-effective access to orbit, particularly for small satellite launches.

CisLunar Industries is focused on advancing in-space manufacturing by developing technology that recycles and reuses materials in space. The company aims to address the growing issue of space debris through innovative construction methods that utilize debris as a resource. This approach not only facilitates debris removal and recycling but also enables the production of metal propellants and supports the construction of permanent outposts. By providing sustainable solutions for sourcing materials in space, CisLunar Industries is positioned to enhance the economic viability of space exploration and promote the establishment of long-term human presence beyond Earth.

Voyager Space Technologies, Inc. is a company based in San Diego, California, that specializes in the development of satellite design software. Established in 2017, it has pioneered an artificial intelligence platform aimed at automating spacecraft design processes. Voyager’s flagship product, SatBuilder, enables engineers to connect analyses, track requirements, and make informed design decisions efficiently. By integrating mission and reliability requirements, the software suggests commercially available components that comply with the necessary software, electrical, mechanical, and reliability standards. Collaborating with vendors and satellite manufacturers, Voyager provides tailored solutions that meet stringent mission parameters, significantly reducing the time and cost associated with satellite design.

New Ascent is a pioneering aerospace company dedicated to democratizing access to space. It specializes in developing innovative, reusable infrastructure and ruggedized systems designed for frequent and affordable transportation into orbit. The company's groundbreaking technology aims to revolutionize how we explore and utilize space, making it accessible to a broader range of customers beyond traditional space agencies and corporations. Additionally, New Ascent offers educational resources centered around science, technology, engineering, and mathematics (STEM), inspiring students to engage with space exploration and consider careers in the field.

Cognitive Space is a company that specializes in developing an artificial intelligence platform aimed at enhancing satellite constellation management. By leveraging machine intelligence, the platform facilitates mission management, collections planning, and communications link coordination for satellite operators. This innovative technology enables organizations to optimize their satellite capacity in response to dynamic market demands, thereby unlocking significant revenue and operational potential. Cognitive Space's solutions contribute to more effective monitoring of Earth, supporting economic, environmental, and national security initiatives within the rapidly evolving space industry.

Ceres Robotics is a company that specializes in the development of advanced space robots designed to aid in the construction of facilities and habitats on the Moon, Mars, asteroids, and other celestial bodies. The company's innovative robots incorporate affordable and intelligent artificial intelligence, empowering users to achieve ambitious goals in space exploration and colonization. By focusing on the practical needs of extraterrestrial construction, Ceres Robotics aims to contribute significantly to humanity's efforts in expanding its presence beyond Earth.

Altius Space Machines, Inc. is a space robotics and technology company based in Louisville, Colorado, which was incorporated in 2010. The company specializes in developing innovative solutions for satellite servicing, focusing on the creation of low-cost space tugs capable of towing, repairing, upgrading, and refueling satellites. Altius offers a range of services including the design, prototyping, and testing of customized interfaces and robotic systems for satellites. Their technical expertise encompasses mechanisms, cryogenic systems, and satellite servicing interfaces, enabling clients to manage satellite life extension, end-of-life disposal, and on-orbit refueling. Additionally, Altius is involved in space debris capture and disposal, as well as sample retrieval from asteroids and comets for scientific missions. Through its advancements, Altius aims to make satellite operations more affordable and efficient, benefiting various operators, including those managing cubesat constellations.

Forcen Inc. is a Canadian company specializing in the development and manufacture of force-sensing film technology for various applications, including surgical robotics, industrial robotics, and the aerospace and defense sectors. Founded in 2015 and headquartered in Toronto, Forcen's innovative force-sensing film can be integrated into medical devices, enabling real-time force feedback for surgeons and enhancing precision during procedures. This technology accurately measures the forces applied at the tool's tip and wirelessly transmits this information, thereby improving operational safety and reducing complications. As a tier 1 supplier, Forcen also provides comprehensive sensing networks for robotics original equipment manufacturers (OEMs), facilitating advanced force and torque sensor systems.

SpaceRyde, formerly known as Loonify Space, is a company focused on providing innovative launch solutions for small satellites. It utilizes a unique approach where a high-performing ultra-light rocket is carried by a balloon to the edge of the atmosphere before being launched into Low Earth Orbit. This method serves as a taxi service for satellites, offering on-demand access to space. In addition to satellite launch services, SpaceRyde's platform also includes capabilities for fuel and tool delivery to space tugs, as well as the option for customers to purchase an entire rocket along with its payload capacity. This comprehensive approach enables clients to efficiently deploy their satellites without the need for ride-sharing arrangements, thereby streamlining the process of accessing space.

NoPo Nanotechnologies is focused on revolutionizing space access through the development and mass production of single-walled carbon nanotubes. These advanced materials are designed to enhance spacecraft construction by significantly reducing mass while increasing payload capacity and safety during missions. Utilizing their proprietary NoPo HiPCO technology, the company consistently produces high-quality carbon nanotubes by processing carbon monoxide under high pressure and temperature. With an emphasis on high strength, low weight, and radiation resistance, NoPo aims to contribute to humanity's ambition of becoming a space-faring species.

Wyvern is a company specializing in hyperspectral earth observation satellites designed to capture high-resolution imagery across numerous narrow spectral bands. By utilizing advanced hyperspectral sensors on its Dragonette satellites, Wyvern enables the identification of unique chemical and physical properties of the Earth's surface. This capability provides valuable data applicable to various industries, including agriculture, forestry management, and environmental monitoring. The smaller size of Wyvern's satellites does not compromise their spatial resolution or spectral content, making high-quality imagery accessible at competitive prices. This innovative approach allows users to make informed decisions more rapidly, thereby enhancing site monitoring, mapping, and geospatial intelligence applications.

The Launch Company is a manufacturer focused on providing hardware and ground support equipment for the aerospace industry. It specializes in the design and development of systems that facilitate access to space for next-generation space companies. The company offers various services, including ground support equipment design, operational concept development, and procedures analysis for safety and redundancy. Additionally, The Launch Company has created tested and operational hardware for autonomous refueling of launch vehicles and spacecraft, aimed at improving efficiency in space missions. By enabling consistent and reliable deliveries to orbit, The Launch Company supports its clients' efforts to advance in the evolving aerospace market.

Leo Aerospace LLC is a company that specializes in the design and development of microsatellite launch technology, specifically utilizing a rockoon system that combines high-altitude balloon launches with rocket propulsion. Founded in 2017 and headquartered in Marina Del Rey, California, Leo Aerospace aims to simplify the process of deploying satellites into space, making it as straightforward as shipping a package. The company is focused on creating a dedicated delivery service for microsatellites, offering on-demand launches to low Earth orbit without the need for fixed ground infrastructure. This innovative approach allows for high launch frequency and cost-effective solutions for microsatellite developers across various applications. After completing a successful launch-test campaign in 2018, Leo Aerospace is prepared to cater to both defense and civilian sectors with its advanced launch platform.

MesoMat is a company that specializes in developing advanced plastic-based fibers designed to function as lightweight strain sensors. These innovative sensors are capable of monitoring fatigue, fracture, and failure in critical material systems. By integrating sensing fibers with custom electronics and software, MesoMat offers a comprehensive condition-based monitoring platform that utilizes real-time data to help prevent material failure. The sensing fibers can be easily embedded into various materials, making them suitable for high-strain environments that are typically difficult for traditional strain sensors to access. This technology positions MesoMat as a key player in enhancing material reliability and safety in numerous applications.

Leo Aerospace LLC is a company that specializes in the design and development of microsatellite launch technology, specifically utilizing a rockoon system that combines high-altitude balloon launches with rocket propulsion. Founded in 2017 and headquartered in Marina Del Rey, California, Leo Aerospace aims to simplify the process of deploying satellites into space, making it as straightforward as shipping a package. The company is focused on creating a dedicated delivery service for microsatellites, offering on-demand launches to low Earth orbit without the need for fixed ground infrastructure. This innovative approach allows for high launch frequency and cost-effective solutions for microsatellite developers across various applications. After completing a successful launch-test campaign in 2018, Leo Aerospace is prepared to cater to both defense and civilian sectors with its advanced launch platform.

Atomos Space is an aerospace company founded in 2018 and headquartered in Denver, Colorado. The company specializes in the development of orbital transfer vehicles and space nuclear technology, which facilitate maneuverability and promote a sustainable orbital environment. By providing advanced transport solutions, Atomos Space enables satellite operators to reduce costs associated with reaching their intended orbits, effectively making any orbit accessible.

SpaceRyde, formerly known as Loonify Space, is a company focused on providing innovative launch solutions for small satellites. It utilizes a unique approach where a high-performing ultra-light rocket is carried by a balloon to the edge of the atmosphere before being launched into Low Earth Orbit. This method serves as a taxi service for satellites, offering on-demand access to space. In addition to satellite launch services, SpaceRyde's platform also includes capabilities for fuel and tool delivery to space tugs, as well as the option for customers to purchase an entire rocket along with its payload capacity. This comprehensive approach enables clients to efficiently deploy their satellites without the need for ride-sharing arrangements, thereby streamlining the process of accessing space.

Kognitiv Spark Inc. is a Canadian company specializing in mixed reality software solutions designed to enhance the capabilities of industrial workers. Founded in 2016 and headquartered in Fredericton, the company’s flagship product, RemoteSpark, is a cloud-based application that enables remote technicians to connect with experts through devices like tablets, phones, laptops, and HoloLens headsets. This platform facilitates real-time guidance by allowing experts to see what technicians see and to provide holographic instructions and resources, significantly improving task execution and training. Kognitiv Spark's offerings are particularly beneficial in sectors such as aerospace, defense, and security, where they help reduce equipment downtime, streamline knowledge transfer, and minimize the necessity for expert travel. With a focus on industrial-grade security and low-bandwidth operation, RemoteSpark is recognized for its reliability and effectiveness in complex operational environments.

Hala Systems, Inc. is a defense technology company founded in 2017 and headquartered in Los Angeles, California. It specializes in developing advanced solutions aimed at civilian protection, accountability, and the prevention of violence in conflict zones. The company offers a range of equipment, including an insight portal, remote sensors, and remotely activated devices, which are designed to improve security and stabilize communities before, during, and after conflicts. Additionally, Hala Systems develops algorithms and a threat-prediction system that utilizes artificial intelligence and a multi-sensor network to provide real-time situational awareness of threats. These capabilities enable government and non-governmental organizations to identify trends, predict changes, and respond effectively to crises, ultimately aiming to reduce casualties and trauma in both warfare and post-conflict recovery scenarios.

NanoQuan Inc. is a Canadian company based in Kitchener that specializes in the development and manufacturing of advanced nanocomposite materials. The firm focuses on creating innovative materials with exceptional electrical, mechanical, optical, and thermal properties, catering to various industries, including electronics, automotive, and aerospace. Utilizing a proprietary dispersion-mixing technology, NanoQuan effectively incorporates nano-fillers into a diverse range of host materials, allowing for customized solutions to meet specific industry requirements at competitive prices.

VoltSafe is an innovative company that has revolutionized the electrical power connector industry by introducing a new type of plug that utilizes magnets for connection. Unlike traditional plugs that have remained unchanged for over 140 years, VoltSafe's technology allows for intuitive and safe engagement and disengagement of electrical connections. Their flagship product, the VoltSafe Winter power plug, automatically snaps together, activating the electrical current, and can be easily disconnected by a gentle pull, ensuring immediate shut-off and safety for users. This advancement not only enhances the user experience but also significantly improves safety, efficiency, and sustainability across various sectors, including home electrification, transportation, marine, and aerospace.

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, it has developed a satellite data intelligence platform that aims to make satellite data accessible to a wide range of users. The platform enables developers to integrate Earth observation data into their applications and workflows efficiently, supporting various applications such as crop monitoring, market prediction, tracking of ships and airplanes, and measuring global warming. By providing tools for data analysis and access to remote sensing datasets, SkyWatch empowers users to leverage satellite data for diverse purposes.

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, it has developed a satellite data intelligence platform that aims to make satellite data accessible to a wide range of users. The platform enables developers to integrate Earth observation data into their applications and workflows efficiently, supporting various applications such as crop monitoring, market prediction, tracking of ships and airplanes, and measuring global warming. By providing tools for data analysis and access to remote sensing datasets, SkyWatch empowers users to leverage satellite data for diverse purposes.