Morpheus Space GmbH, founded in 2018 and based in Dresden, Germany, specializes in manufacturing electric propulsion systems for spacecraft. The company's innovative product offerings, including nanoFEEP and multiFEEP, are designed to enhance satellite operations by enabling service providers to manage entire constellations as a unified entity. By integrating advanced electric propulsion with artificial intelligence, Morpheus Space is transforming the NewSpace industry. Their solutions allow satellites to perform numerous orbital maneuvers, facilitating a new approach to mission planning that prioritizes objectives through automated decision-making. This capability provides unprecedented flexibility for satellite networks, enabling optimal adjustments to meet specific user needs, such as revisiting frequencies and monitoring dynamic points of interest.
Ravel Technologies specializes in cryptographic computation and machine learning solutions, focusing on homomorphic encryption to enhance user privacy and regulatory compliance. The company has developed RHE, a high-speed Homomorphic Encryption Scheme tailored for large datasets. This technology allows organizations to protect personally identifiable information (PII) throughout data processing without exposing the underlying data. Ravel is also working on applications for analytics and advertising that leverage its innovative encryption methods, enabling secure collaboration with third parties while maintaining data confidentiality.
Bcomp Ltd. is a company based in Fribourg, Switzerland, specializing in the manufacture of natural fiber composites. Founded in 2003, Bcomp focuses on innovative products such as ampliTex, a natural flax fiber technology, bCores, a lightweight wood core, and powerRibs, a composite reinforcement material. The company utilizes patented technologies for the fabrication of structural parts from natural fibers, drawing from advancements in the aerospace and marine industries. Bcomp serves a diverse range of sectors, including sports, automotive, acoustics, aerospace, electronics, design, and leisure. By collaborating closely with customers and leveraging a network of academic partners, Bcomp enhances its research and development efforts to meet specific industry needs.
CesiumAstro delivers communication systems for Satellites, UAVs, launch vehicles, and other space or airborne platforms. Each of their products combines carefully selected COTS components with the traditional reliability necessary for aerospace systems. They believe that effective hardware solutions should not require added engineering from their customers, enabling them to focus on their core mission. Their team consists of talented engineers and scientists skilled in the design, development, manufacturing, and qualification of complex communication systems.
Aerospacelab SA, founded in 2017 and headquartered in Mont-Saint-Guibert, Belgium, specializes in the development and manufacturing of satellites equipped with advanced sensors. The company focuses on addressing complex challenges in the aerospace sector by employing innovative approaches. In addition to satellite technology, Aerospacelab also creates tools that leverage artificial intelligence and machine learning to automate various tasks, enhancing operational efficiency and capabilities in space exploration and data collection.
Koniku is the world's first Neurocomputation company. We start with a premise that the human brain is the most powerful computer ever devised. We show that capturing that computational power is an engineering problem. Koniku proceeds to meet that challenge with clear solutions. We have built a neurochip with actual biological neurons. This chip is capable of sensing particles in parts per trillion using only 64 neurons. Such sensitivity is unprecedented. Its our intention to expand on the number neurons we have on our device just like traditional silicon processors. Eventually we will have millions of neurons per chip. Only with such a device is true cognitive computation possible - AI. We are shipping our fist devices at the end of the year. Koniku is also working on developing COVID-sniffing robots as a fast testing alternative.
Apex.AI, Inc. develops software products specifically designed for autonomous mobility systems. Its primary offering, Apex.OS, is a software framework that simplifies the complexity of hardware, middleware, and interfaces, providing users with safe and secure APIs. The company also offers Apex.Autonomy, which is tailored for safety-critical applications. Additionally, Apex.AI features MARV.Automotive, an extensible data management platform that facilitates data transfer from vehicles to the cloud, enabling dynamic search-based analytics, log analysis, real-time algorithm execution, and data introspection through graphical tools. Founded in 2017 and headquartered in Palo Alto, California, Apex.AI aims to create robust and reliable operating systems for autonomous vehicles.
Q-CTRL Pty Ltd, established in 2017 and located in Pyrmont, Australia, specializes in developing software tools and firmware for the quantum computing sector. The company focuses on addressing critical challenges in quantum technology, such as noise and decoherence, which affect the performance of quantum devices. By leveraging its expertise in quantum control engineering, Q-CTRL provides intuitive software solutions designed to reduce errors in quantum bits, thereby stabilizing quantum hardware. Its offerings are particularly relevant in the NISQ (Noisy Intermediate-Scale Quantum) era, allowing users to better understand and manage the impacts of noise and errors in quantum systems. Through its innovative approach, Q-CTRL aims to make quantum technology more practical and accessible for various applications, including quantum sensing in defense.
ispace, inc. engages in developing networked micro robots for building detailed maps of available resources in the space. It develops micro-robots to create and support daily existence of humans in space. The company is based in Tokyo, Japan.
Telexistence Inc. is a Japanese company established in 2017, specializing in robotics and cloud data services. The company focuses on developing remote control technologies, exemplified by its production prototype, MODEL H. This technology integrates virtual reality, telecommunications, cloud computing, and haptics to allow users to interact effectively in remote environments. Telexistence aims to enhance human presence and capabilities through its innovative robotic solutions, which transmit and analyze visual, auditory, and tactile information. By pursuing systematic innovation in robotics, Telexistence seeks to create scalable and reproducible methodologies that advance the field.
C12 Quantum Electronics develop reliable quantum processors with carbon nanotubes. Its unique technology reduces drastically the error rate, making the platform a prime candidate for noisy intermediate-scale quantum applications. The Paris, Ile-de-France, France-based company was formed in 2019 by Pierre and Matthieu Desjardins.
Universal Hydrogen is a fuel logistics company making hydrogen-powered commercial flight a near-term reality.
Linking travelers with the same interests in global flight database.
Koniku is the world's first Neurocomputation company. We start with a premise that the human brain is the most powerful computer ever devised. We show that capturing that computational power is an engineering problem. Koniku proceeds to meet that challenge with clear solutions. We have built a neurochip with actual biological neurons. This chip is capable of sensing particles in parts per trillion using only 64 neurons. Such sensitivity is unprecedented. Its our intention to expand on the number neurons we have on our device just like traditional silicon processors. Eventually we will have millions of neurons per chip. Only with such a device is true cognitive computation possible - AI. We are shipping our fist devices at the end of the year. Koniku is also working on developing COVID-sniffing robots as a fast testing alternative.
Isar Aerospace Technologies GmbH is a space technology company based in Munich, Germany, founded in 2018. The firm specializes in developing launch vehicles designed to provide low-cost and flexible access to space for small and medium payloads, particularly targeting satellite constellations. By utilizing advanced rocket engineering, environmentally friendly propellants, and innovative manufacturing techniques, Isar Aerospace aims to lower the entry barriers for companies seeking to deploy satellites. The company's focus on affordability and sustainability positions it as a key player in the growing market for satellite launch services.
Tekion Corp. specializes in developing cloud-based applications for the automotive retail industry, offering a comprehensive platform known as Automotive Retail Cloud. Founded in 2016 and headquartered in San Ramon, California, the company utilizes advanced technologies such as big data, the Internet of Things (IoT), and machine learning to enhance the vehicle sales process. Tekion's platform connects various aspects of automotive dealerships, facilitating digital sales management, personalized customer engagement, and compliance management. By leveraging machine learning algorithms, Tekion empowers dealers to improve sales, reduce costs, and foster customer loyalty. The company focuses on continuous innovation to address challenges within the automotive retail sector, aiming to enhance efficiency and revenue for its clients.
Dendra Systems, formerly known as BioCarbon Engineering Limited, specializes in integrated data and planting solutions aimed at large-scale ecosystem restoration projects. Founded in 2009 and based in Oxford, United Kingdom, the company leverages innovative technology, including seed-depositing drones and data analysis, to facilitate extensive replanting initiatives. Dendra's mission centers on enabling the scalable restoration of natural environments through the application of automation and intelligence, ultimately contributing to ecological sustainability and biodiversity enhancement.
Humatics’ breakthrough microlocation system and analytics software comprise a Spatial Intelligence Platform™ that will revolutionize how people and machines locate, navigate and collaborate. A single Humatics system, using simple, inexpensive radio-frequency technology, can pinpoint multiple, moving transponder targets at ranges up to thirty meters with millimeter-scale precision, vastly outperforming existing systems at a fraction of the cost. These systems can network together to provide broader, ultra-precise positioning coverage – from factory work cells to entire distribution centers and beyond. With its extensible architecture and application programming interfaces (APIs), the Spatial Intelligence Platform™ will power an ecosystem of new position-based products and services. Humatics was founded in 2015 by Massachusetts Institute of Technology professor David Mindell and technology industry veteran Gary Cohen. Headquartered in Kendall Square, Cambridge, Massachusetts, Humatics has grown to include a world-class team of radar experts, programmers, roboticists, software engineers, and product development leaders.
Catalog Technologies Inc. is a Boston-based company that specializes in a DNA-based platform designed for digital data storage and computation. Founded in 2016, Catalog's innovative platform encodes digital information into DNA, providing a new approach to long-term data archiving. This method not only enhances data storage capacity but also offers a cost-effective solution for managing vast amounts of information. By integrating advanced synthetic biology technologies, Catalog aims to revolutionize the way digital data is archived and processed, making DNA a viable medium for future data storage needs.
Morpheus Space GmbH, founded in 2018 and based in Dresden, Germany, specializes in manufacturing electric propulsion systems for spacecraft. The company's innovative product offerings, including nanoFEEP and multiFEEP, are designed to enhance satellite operations by enabling service providers to manage entire constellations as a unified entity. By integrating advanced electric propulsion with artificial intelligence, Morpheus Space is transforming the NewSpace industry. Their solutions allow satellites to perform numerous orbital maneuvers, facilitating a new approach to mission planning that prioritizes objectives through automated decision-making. This capability provides unprecedented flexibility for satellite networks, enabling optimal adjustments to meet specific user needs, such as revisiting frequencies and monitoring dynamic points of interest.
Transcelestial Technologies Pte. Ltd., established in 2016 and based in Singapore, specializes in developing a long-distance, point-to-point wireless communication network using laser technology. This innovative infrastructure aims to provide a high-speed space data network applicable to both terrestrial and satellite communication. By leveraging lasers, Transcelestial's network is designed to transmit data at speeds up to 1000 times faster than existing technologies, offering robust connectivity that is resistant to jamming and does not require spectrum pre-allocation or regulatory compliance. Their solutions are intended to enhance global communication capabilities across various sectors, including ground and deep-space applications.
e-peas SA specializes in the design and manufacture of energy autonomous systems for Internet of Things (IoT) applications. Founded in 2014 and based in Mont-Saint-Guibert, Belgium, the company focuses on creating solutions that enable IoT nodes to harness energy from their environment, including sources such as solar, thermal, vibration, and radiofrequency. e-peas develops energy harvesting power management integrated circuits (PMICs) and microcontrollers that enhance the performance and efficiency of IoT devices by extending battery life or eliminating the need for battery replacements altogether. Their products serve various sectors, including home automation, industry, retail, smart metering, healthcare, mobility, security, and agriculture, contributing to smarter, more sustainable technology solutions.
Infostellar Inc., founded in 2016 and based in Tokyo, Japan, specializes in developing cloud-based communication solutions for satellite operators. The company offers StellarStation, a modular platform that allows ground station owners to monetize their surplus capacity while enabling satellite operators to connect with satellites using a diverse range of antennas globally, all through a single interface. By facilitating the sharing of satellite antennas during idle periods, Infostellar helps reduce operational costs and enhance transmission time, thereby improving the quality of service for satellite operators. Additionally, Infostellar provides tools such as Ground Station Search and Makesat, further streamlining the satellite communication process.
Atlas AI P.B.C is a technology company based in Palo Alto, California, founded in 2018. The company specializes in artificial intelligence-based API software aimed at promoting sustainable development, particularly in emerging markets. Through its web platform, Atlas AI employs machine learning to provide decision-makers with insights that enhance planning, management, and assessment of investments and development programs. The software generates reliable socioeconomic estimates related to agricultural productivity, household asset wealth, and access to essential infrastructure, such as power and transportation. By constructing these measures for Sub-Saharan Africa, Atlas AI enables both private and public organizations to effectively allocate resources and monitor high-stakes initiatives, ultimately advancing economic well-being in the regions they serve.
SpinLaunch Inc. is a spaceflight technology development company based in Long Beach, California, founded in 2014. The company is focused on creating an innovative launch system that utilizes a large mass accelerator, or centrifuge, to propel payloads into space without the use of chemical propellants. This kinetic space launch system is designed to enable on-demand launches of small satellites in various weather conditions. By spinning the payload in a vacuum to minimize friction, SpinLaunch aims to achieve speeds of approximately 3,000 miles per hour. This method allows for a more cost-effective and sustainable approach to space travel, as the system can either launch payloads directly into space or assist them with supplemental rockets to exit Earth's atmosphere.
Isar Aerospace Technologies GmbH is a space technology company based in Munich, Germany, founded in 2018. The firm specializes in developing launch vehicles designed to provide low-cost and flexible access to space for small and medium payloads, particularly targeting satellite constellations. By utilizing advanced rocket engineering, environmentally friendly propellants, and innovative manufacturing techniques, Isar Aerospace aims to lower the entry barriers for companies seeking to deploy satellites. The company's focus on affordability and sustainability positions it as a key player in the growing market for satellite launch services.
Apex.AI, Inc. develops software products specifically designed for autonomous mobility systems. Its primary offering, Apex.OS, is a software framework that simplifies the complexity of hardware, middleware, and interfaces, providing users with safe and secure APIs. The company also offers Apex.Autonomy, which is tailored for safety-critical applications. Additionally, Apex.AI features MARV.Automotive, an extensible data management platform that facilitates data transfer from vehicles to the cloud, enabling dynamic search-based analytics, log analysis, real-time algorithm execution, and data introspection through graphical tools. Founded in 2017 and headquartered in Palo Alto, California, Apex.AI aims to create robust and reliable operating systems for autonomous vehicles.
IonQ, Inc. specializes in the development of general-purpose quantum information computers, utilizing a unique trapped ion approach. The company's technology combines high physical performance, perfect qubit replication, and optical networkability, enabling the creation of scalable quantum computers that surpass the limitations of classical computing. These advancements leverage phenomena such as superposition and entanglement, which are critical at the atomic scale. Founded in 2015 and headquartered in College Park, Maryland, IonQ aims to support a wide range of applications across various industries with its powerful and versatile quantum computing solutions.
Astra Space, Inc. is a rocket launch company based in Alameda, California, that designs and builds rockets for satellite delivery and launch services. Founded in 2004 and rebranded in 2016, Astra specializes in offering online reservations for payload deliveries to sun-synchronous and low inclination orbits. The company provides dedicated launch services for payloads ranging from 50 kg to 150 kg, targeting a reference orbit of 500 km. Astra operates test facilities to support its operations and aims to facilitate frequent access to space.
DUST Identity, Inc. specializes in developing an authentication system that employs nano-diamonds to create an unclonable identity layer on various objects for supply chains. This technology, known as DUST, links physical items to their digital records, allowing for secure verification and authentication. The company also offers an optical scanner and a cloud-based infrastructure that facilitates access to object identity and provenance information. Founded in 2011 and headquartered in Framingham, Massachusetts, with an additional office in Princeton, New Jersey, DUST Identity aims to ensure that trusted data and verifiable products can be traced throughout their lifecycle, thus enhancing safety and reliability in product sourcing, testing, and certification.
CesiumAstro delivers communication systems for Satellites, UAVs, launch vehicles, and other space or airborne platforms. Each of their products combines carefully selected COTS components with the traditional reliability necessary for aerospace systems. They believe that effective hardware solutions should not require added engineering from their customers, enabling them to focus on their core mission. Their team consists of talented engineers and scientists skilled in the design, development, manufacturing, and qualification of complex communication systems.
Humatics’ breakthrough microlocation system and analytics software comprise a Spatial Intelligence Platform™ that will revolutionize how people and machines locate, navigate and collaborate. A single Humatics system, using simple, inexpensive radio-frequency technology, can pinpoint multiple, moving transponder targets at ranges up to thirty meters with millimeter-scale precision, vastly outperforming existing systems at a fraction of the cost. These systems can network together to provide broader, ultra-precise positioning coverage – from factory work cells to entire distribution centers and beyond. With its extensible architecture and application programming interfaces (APIs), the Spatial Intelligence Platform™ will power an ecosystem of new position-based products and services. Humatics was founded in 2015 by Massachusetts Institute of Technology professor David Mindell and technology industry veteran Gary Cohen. Headquartered in Kendall Square, Cambridge, Massachusetts, Humatics has grown to include a world-class team of radar experts, programmers, roboticists, software engineers, and product development leaders.
Telexistence Inc. is a Japanese company established in 2017, specializing in robotics and cloud data services. The company focuses on developing remote control technologies, exemplified by its production prototype, MODEL H. This technology integrates virtual reality, telecommunications, cloud computing, and haptics to allow users to interact effectively in remote environments. Telexistence aims to enhance human presence and capabilities through its innovative robotic solutions, which transmit and analyze visual, auditory, and tactile information. By pursuing systematic innovation in robotics, Telexistence seeks to create scalable and reproducible methodologies that advance the field.
AEye, Inc. specializes in developing vision hardware, software, and algorithms tailored for autonomous vehicles. The company is known for its innovative iDAR platform, which integrates LiDAR, computer vision, and artificial intelligence to enhance perception and motion planning for advanced driver assistance systems (ADAS) and autonomous vehicles. AEye's product offerings include the 4Sight A and 4Sight M sensors, as well as the AE100 Robotic Perception System and AE200, which are designed to meet the demands of the mobility market with modular and high-performance features. Since its inception in 2013 and a name change in 2016, AEye has established itself as a leader in intelligent sensing technology, securing investment from prestigious firms such as Kleiner Perkins and Intel Capital. The company is headquartered in Dublin, California, within the San Francisco Bay Area.
Apex.AI, Inc. develops software products specifically designed for autonomous mobility systems. Its primary offering, Apex.OS, is a software framework that simplifies the complexity of hardware, middleware, and interfaces, providing users with safe and secure APIs. The company also offers Apex.Autonomy, which is tailored for safety-critical applications. Additionally, Apex.AI features MARV.Automotive, an extensible data management platform that facilitates data transfer from vehicles to the cloud, enabling dynamic search-based analytics, log analysis, real-time algorithm execution, and data introspection through graphical tools. Founded in 2017 and headquartered in Palo Alto, California, Apex.AI aims to create robust and reliable operating systems for autonomous vehicles.
Cognata Ltd. is an Israeli company that specializes in developing an automotive simulation platform utilizing artificial intelligence to create virtual environments for driverless car testing. Founded in 2016 and headquartered in Rehovot, the company employs advanced computer vision and deep learning algorithms to generate detailed city simulations. This enables autonomous vehicle manufacturers to conduct extensive testing by reproducing real-world sensor inputs and simulating various driving scenarios. Cognata's platform allows manufacturers to accelerate the development and validation of autonomous vehicles, addressing the extensive requirements for safety validation, which can involve driving billions of miles in real-world conditions. Through its innovative solutions, Cognata aims to advance the autonomous vehicle industry and facilitate the safe deployment of these technologies.
Humatics’ breakthrough microlocation system and analytics software comprise a Spatial Intelligence Platform™ that will revolutionize how people and machines locate, navigate and collaborate. A single Humatics system, using simple, inexpensive radio-frequency technology, can pinpoint multiple, moving transponder targets at ranges up to thirty meters with millimeter-scale precision, vastly outperforming existing systems at a fraction of the cost. These systems can network together to provide broader, ultra-precise positioning coverage – from factory work cells to entire distribution centers and beyond. With its extensible architecture and application programming interfaces (APIs), the Spatial Intelligence Platform™ will power an ecosystem of new position-based products and services. Humatics was founded in 2015 by Massachusetts Institute of Technology professor David Mindell and technology industry veteran Gary Cohen. Headquartered in Kendall Square, Cambridge, Massachusetts, Humatics has grown to include a world-class team of radar experts, programmers, roboticists, software engineers, and product development leaders.
Impossible Aerospace Corp is a manufacturer of long-range electric aircraft designed specifically for first responders, such as law enforcement and firefighters. The company offers a range of products, including the US-1, a high-performance aircraft with extended duration, and Air Support, an unmanned airborne system for policing and emergency response. In addition to aircraft, Impossible Aerospace provides various support services, including training, IT connectivity, camera systems, routine maintenance, and assistance with FAA certifications. Established in 2016, the company is headquartered in Santa Clara, California.
Rain Neuromorphics Inc. specializes in the development of advanced nanotechnology-based chips designed for artificial intelligence applications. The company's flagship product, the Memristive Nanowire Neural Network (MN3), enables AI to process data directly on the chip, facilitating on-device learning. This innovative approach mimics the computational efficiency of the human brain, allowing for valuable insights into biological brain operations. By shifting learning tasks from traditional data center architectures to compact, energy-efficient chips suitable for devices like smartphones, Rain Neuromorphics significantly enhances low-power and cost-effective localized AI processing. Founded in 2017 and based in Gainesville, Florida, the company aims to revolutionize AI technology through its cutting-edge neural network solutions.
LeoLabs, Inc. operates phased-array radars to track objects in low Earth orbit, providing high-resolution data to enhance space situational awareness. Founded in 2015 and based in Menlo Park, California, the company focuses on the protection of satellites and the management of space debris. Its services include rapid orbit determination, early operational support, and ongoing orbit awareness, which are essential for preventing collisions in this shared and critical resource. LeoLabs serves a diverse clientele, including commercial satellite operators, government regulatory bodies, and space agencies, helping them conduct safe and sustainable operations in space. The company's innovative collision avoidance platform aims to modernize satellite operations and improve the overall stewardship of low Earth orbit.
Tekion Corp. specializes in developing cloud-based applications for the automotive retail industry, offering a comprehensive platform known as Automotive Retail Cloud. Founded in 2016 and headquartered in San Ramon, California, the company utilizes advanced technologies such as big data, the Internet of Things (IoT), and machine learning to enhance the vehicle sales process. Tekion's platform connects various aspects of automotive dealerships, facilitating digital sales management, personalized customer engagement, and compliance management. By leveraging machine learning algorithms, Tekion empowers dealers to improve sales, reduce costs, and foster customer loyalty. The company focuses on continuous innovation to address challenges within the automotive retail sector, aiming to enhance efficiency and revenue for its clients.
QC Ware, Corp. develops enterprise applications for quantum computers, offering hardware-agnostic software solutions that address challenges in combinatorial optimization and machine learning. Founded in 2014 and headquartered in Palo Alto, California, with an additional office in Paris, France, the company provides a graphical web application that serves various sectors, including finance, deep learning, network and cybersecurity, and hybrid computing platforms. Its software is designed to enhance efficiency beyond traditional high-performance computing solutions, making it suitable for enterprise, government, and academic clients.
QC Ware, Corp. develops enterprise applications for quantum computers, offering hardware-agnostic software solutions that address challenges in combinatorial optimization and machine learning. Founded in 2014 and headquartered in Palo Alto, California, with an additional office in Paris, France, the company provides a graphical web application that serves various sectors, including finance, deep learning, network and cybersecurity, and hybrid computing platforms. Its software is designed to enhance efficiency beyond traditional high-performance computing solutions, making it suitable for enterprise, government, and academic clients.
Trillium provides in-vehicle cybersecurity protection for connected vehicles.
SpinLaunch Inc. is a spaceflight technology development company based in Long Beach, California, founded in 2014. The company is focused on creating an innovative launch system that utilizes a large mass accelerator, or centrifuge, to propel payloads into space without the use of chemical propellants. This kinetic space launch system is designed to enable on-demand launches of small satellites in various weather conditions. By spinning the payload in a vacuum to minimize friction, SpinLaunch aims to achieve speeds of approximately 3,000 miles per hour. This method allows for a more cost-effective and sustainable approach to space travel, as the system can either launch payloads directly into space or assist them with supplemental rockets to exit Earth's atmosphere.
Verity Studios AG, founded in 2014 and based in Zurich, Switzerland, develops and supplies advanced indoor drone systems tailored for the live entertainment industry. The company specializes in creating interactive and autonomous flying machines, including synthetic swarms and stage flyers. Verity Studios offers end-to-end drone show production services for a variety of events, theatrical productions, and entertainment shows. Its innovative technology has been showcased at prominent events, such as the TED 2016 conference, the Broadway show PARAMOUR by Cirque du Soleil, Metallica’s arena tour, and New York Knicks pre-game shows at Madison Square Garden. Through the integration of technological innovation and artistic design, Verity Studios is redefining the possibilities of drone performances in live settings.
The Carbon Fiber Recycle Industry co.ltd. specializes in the recycling of carbon fiber, providing services that convert waste materials into reusable fiber. Established in 2006 and located in Kani Gun, Japan, the company also engages in the sale of recycled carbon fiber and offers equipment and plants designed for carbon fiber recycling. By focusing on sustainability and resource recovery, the company plays a significant role in reducing waste and promoting the circular economy in the carbon fiber sector.
Parsable empowers industrial workers with modern digital tools to improve productivity, quality and safety. The Parsable Connected Worker Platform transforms static, paper-based procedures into mobile and interactive work instructions, enabling workers to leverage multimedia formats and collaborate in real time. With Parsable, companies gain unprecedented insight into human work by capturing essential data to improve their operations at scale. A partner of the World Economic Forum, Parsable is trusted by top global companies in the manufacturing and energy industries including consumer packaged goods, resources and chemicals, packaging and building materials, and automotive and aerospace.
Uavia SAS, founded in 2015 and based in Vitry-sur-Seine, France, specializes in the development of drones and a cloud-based robotics platform that connects autonomous drones and robots to the Internet of Things (IoT). The company's technology enables industries to collaboratively control diverse fleets of drones and robots, facilitating real-time data processing, analysis, and sharing. Uavia's system is designed for various applications, including aerial inspections, surveillance, railway infrastructure monitoring, electrical grid management, construction oversight, solar plant monitoring, and crisis management. This innovative approach allows users to manage fleets of drones remotely, streamlining operations across multiple sectors and improving efficiency in tasks requiring aerial and robotic capabilities.
Koniku is the world's first Neurocomputation company. We start with a premise that the human brain is the most powerful computer ever devised. We show that capturing that computational power is an engineering problem. Koniku proceeds to meet that challenge with clear solutions. We have built a neurochip with actual biological neurons. This chip is capable of sensing particles in parts per trillion using only 64 neurons. Such sensitivity is unprecedented. Its our intention to expand on the number neurons we have on our device just like traditional silicon processors. Eventually we will have millions of neurons per chip. Only with such a device is true cognitive computation possible - AI. We are shipping our fist devices at the end of the year. Koniku is also working on developing COVID-sniffing robots as a fast testing alternative.
uAvionix Corporation specializes in manufacturing automatic dependent surveillance-broadcast (ADS-B) transceivers, receivers, and navigation tools aimed at enhancing safety for drone operations. Founded in 2014 and based in Bigfork, Montana, the company produces a range of products, including the Ping RX, an ADS-B tool designed to detect commercial aircraft threats and facilitate sense-and-avoid capabilities for drones. Other offerings include the Ping2020 ADS-B transceiver and pingNAV, which provides an ADS-B out compliant navigation source. uAvionix combines hardware, software, and real-time airspace mapping to ensure the safe integration of drones into the national airspace system. With a diverse team of experts in various fields, the company serves clients globally, focusing on creating innovative safety solutions for the unmanned aviation industry.
e-peas SA specializes in the design and manufacture of energy autonomous systems for Internet of Things (IoT) applications. Founded in 2014 and based in Mont-Saint-Guibert, Belgium, the company focuses on creating solutions that enable IoT nodes to harness energy from their environment, including sources such as solar, thermal, vibration, and radiofrequency. e-peas develops energy harvesting power management integrated circuits (PMICs) and microcontrollers that enhance the performance and efficiency of IoT devices by extending battery life or eliminating the need for battery replacements altogether. Their products serve various sectors, including home automation, industry, retail, smart metering, healthcare, mobility, security, and agriculture, contributing to smarter, more sustainable technology solutions.
Humatics’ breakthrough microlocation system and analytics software comprise a Spatial Intelligence Platform™ that will revolutionize how people and machines locate, navigate and collaborate. A single Humatics system, using simple, inexpensive radio-frequency technology, can pinpoint multiple, moving transponder targets at ranges up to thirty meters with millimeter-scale precision, vastly outperforming existing systems at a fraction of the cost. These systems can network together to provide broader, ultra-precise positioning coverage – from factory work cells to entire distribution centers and beyond. With its extensible architecture and application programming interfaces (APIs), the Spatial Intelligence Platform™ will power an ecosystem of new position-based products and services. Humatics was founded in 2015 by Massachusetts Institute of Technology professor David Mindell and technology industry veteran Gary Cohen. Headquartered in Kendall Square, Cambridge, Massachusetts, Humatics has grown to include a world-class team of radar experts, programmers, roboticists, software engineers, and product development leaders.
Infostellar Inc., founded in 2016 and based in Tokyo, Japan, specializes in developing cloud-based communication solutions for satellite operators. The company offers StellarStation, a modular platform that allows ground station owners to monetize their surplus capacity while enabling satellite operators to connect with satellites using a diverse range of antennas globally, all through a single interface. By facilitating the sharing of satellite antennas during idle periods, Infostellar helps reduce operational costs and enhance transmission time, thereby improving the quality of service for satellite operators. Additionally, Infostellar provides tools such as Ground Station Search and Makesat, further streamlining the satellite communication process.
Astrocast SA is a Swiss company that develops and operates a nanosatellite network specifically designed for Internet of Things (IoT) applications. Founded in 2014 and based in Ecublens, the company has established a constellation of 64 CubeSat satellites in Low Earth Orbit (LEO) to provide low-latency global coverage. Astrocast offers the Astronode S, a low-power bi-directional module enabling serial communication for IoT devices across various sectors, including maritime, environmental, mining, and oil and gas. In collaboration with the European Space Agency, Airbus, and Thuraya, Astrocast addresses the connectivity needs of remote areas and urban applications requiring satellite backup. The company has secured funding through grants and seed rounds, including CHF 3 million from ESA and CHF 4.1 million during its seed round, and is currently seeking an additional CHF 25 million to support the launch of its initial satellite planes.
AEye, Inc. specializes in developing vision hardware, software, and algorithms tailored for autonomous vehicles. The company is known for its innovative iDAR platform, which integrates LiDAR, computer vision, and artificial intelligence to enhance perception and motion planning for advanced driver assistance systems (ADAS) and autonomous vehicles. AEye's product offerings include the 4Sight A and 4Sight M sensors, as well as the AE100 Robotic Perception System and AE200, which are designed to meet the demands of the mobility market with modular and high-performance features. Since its inception in 2013 and a name change in 2016, AEye has established itself as a leader in intelligent sensing technology, securing investment from prestigious firms such as Kleiner Perkins and Intel Capital. The company is headquartered in Dublin, California, within the San Francisco Bay Area.
Cognata Ltd. is an Israeli company that specializes in developing an automotive simulation platform utilizing artificial intelligence to create virtual environments for driverless car testing. Founded in 2016 and headquartered in Rehovot, the company employs advanced computer vision and deep learning algorithms to generate detailed city simulations. This enables autonomous vehicle manufacturers to conduct extensive testing by reproducing real-world sensor inputs and simulating various driving scenarios. Cognata's platform allows manufacturers to accelerate the development and validation of autonomous vehicles, addressing the extensive requirements for safety validation, which can involve driving billions of miles in real-world conditions. Through its innovative solutions, Cognata aims to advance the autonomous vehicle industry and facilitate the safe deployment of these technologies.
GBatteries Systems Inc. is a Canadian company focused on developing advanced battery management technology aimed at enhancing the performance and longevity of lithium-ion batteries. Their innovative solutions enable electric vehicles to charge rapidly, significantly reducing charging times to levels comparable to refueling a gasoline vehicle. This technology improves both the charge time and cycle life of batteries, allowing electric vehicle users to enjoy a more efficient and convenient experience without altering the battery's chemistry or manufacturing process. By addressing key challenges in battery degradation, GBatteries plays a vital role in facilitating the transition from internal combustion engines to electric vehicles.
LeoLabs, Inc. operates phased-array radars to track objects in low Earth orbit, providing high-resolution data to enhance space situational awareness. Founded in 2015 and based in Menlo Park, California, the company focuses on the protection of satellites and the management of space debris. Its services include rapid orbit determination, early operational support, and ongoing orbit awareness, which are essential for preventing collisions in this shared and critical resource. LeoLabs serves a diverse clientele, including commercial satellite operators, government regulatory bodies, and space agencies, helping them conduct safe and sustainable operations in space. The company's innovative collision avoidance platform aims to modernize satellite operations and improve the overall stewardship of low Earth orbit.
AirMap, Inc. is a digital airspace and automation company that specializes in providing software solutions to enhance drone operations in low-altitude airspaces. Founded in 2015 and headquartered in Santa Monica, California, with additional offices in Europe and Asia, the company offers a UAS Traffic Management (UTM) platform that integrates airspace geometries, restrictions, terrain data, and population density information. This platform facilitates airspace automation, flight automation, and dataflow automation, ensuring low-altitude situational awareness for various stakeholders, including airspace authorities, enterprise operators, and developers. AirMap aims to support the integration of drones into everyday life by organizing critical low-altitude information, enabling safe and efficient drone flight across multiple applications such as agriculture, public safety, and aerial photography. The company collaborates with industry partners and is actively involved in initiatives like the Small UAV Coalition and the NASA UTM program to advance the future of unmanned aviation.
Tekion Corp. specializes in developing cloud-based applications for the automotive retail industry, offering a comprehensive platform known as Automotive Retail Cloud. Founded in 2016 and headquartered in San Ramon, California, the company utilizes advanced technologies such as big data, the Internet of Things (IoT), and machine learning to enhance the vehicle sales process. Tekion's platform connects various aspects of automotive dealerships, facilitating digital sales management, personalized customer engagement, and compliance management. By leveraging machine learning algorithms, Tekion empowers dealers to improve sales, reduce costs, and foster customer loyalty. The company focuses on continuous innovation to address challenges within the automotive retail sector, aiming to enhance efficiency and revenue for its clients.
OtoSense, Inc. is an infrastructure software company specializing in deep-learning sound recognition technology that transforms machine sounds and vibrations into actionable insights. Their platform operates at the edge, allowing for real-time sound detection on standard devices connected to scalable cloud software. OtoSense also offers a mobile application that translates various sounds, such as alarms and doorbells, into visual and tactile alerts, enhancing accessibility for users. Founded in 2013 and located in Palo Alto, California, the company provides acoustic monitoring evaluation kits and serves a diverse range of applications, from elderly monitoring to battlefield threat identification. OtoSense has made significant inroads in the automotive sector through partnerships, enabling early diagnosis of machinery anomalies and optimizing operational efficiencies across various industries where sound plays a crucial role. As of 2018, OtoSense operates as a subsidiary of Analog Devices, Inc.
Parsable empowers industrial workers with modern digital tools to improve productivity, quality and safety. The Parsable Connected Worker Platform transforms static, paper-based procedures into mobile and interactive work instructions, enabling workers to leverage multimedia formats and collaborate in real time. With Parsable, companies gain unprecedented insight into human work by capturing essential data to improve their operations at scale. A partner of the World Economic Forum, Parsable is trusted by top global companies in the manufacturing and energy industries including consumer packaged goods, resources and chemicals, packaging and building materials, and automotive and aerospace.
Local Motors, Inc. is an innovative American motor vehicle manufacturer based in Goodyear, Arizona, founded in 2007. The company specializes in creating safe and accessible mobility solutions for local communities through a network of microfactories, which allow for the production of small, just-in-time batches of vehicles using direct digital manufacturing. This method not only minimizes capital requirements but also reduces environmental impact. Local Motors emphasizes co-creation and collaboration in vehicle design and development, rallying a global network of innovators to tackle transportation challenges. Among its notable offerings is Olli, the world's first cognitive, self-driving shuttle. Additionally, Local Motors provides a software platform known as Launch Forth, enabling partners to leverage its co-creation and micro-manufacturing capabilities for enhanced manufacturing agility and innovation in vehicle design.