AdapTronics develops Electro Active Adhesive Layers (EAAL) that function as plug-and-play electro-adhesive interfaces for robotic end effectors. These interfaces provide high-density, conformable gripping across diverse materials using electrostatic activation. The system features ultra-fast switching and integrated sensor-AI feedback for tactile sensing and proximity detection.

Addyx develops and integrates additive manufacturing technologies for advanced composite materials, enabling the design and production of high‑performance carbon components.

Astradyne develops and manufactures deployable space structures using its proprietary FRET (Flexible, Reinforced Electronics with Textile) technology, which enhances flexible printed circuit boards with textile materials for reliable distributed sensing. The company’s SOLARCUBE solar panels are 30% smaller and 50% lighter than existing solutions, providing three times the power output, addressing the energy production bottleneck in complex space missions.

DBSPACE develops advanced electrified turbomachinery for space propulsion, offering a one-stop solution for hardware development and delivery. Their agile R&D framework, integrating additive manufacturing, accelerates the creation of simpler, reusable engines with improved operability and reduced costs.

Evolunar develops autonomous spacecraft technology for lunar exploration, offering the LuNaDrone for surface mobility and payload delivery on the Moon. The company also provides the POLARIS navigation module, which enables UAVs on Earth to operate reliably in GNSS-denied environments. This technology unlocks advanced autonomy for both space missions and terrestrial aerial platforms.

FAST Aerospace develops ramjet technology to enable sustained supersonic and hypersonic flight operations. This approach provides a flexible, reusable, and cost-effective solution for launching satellites into space. The company focuses on delivering high-performance aerospace capabilities through advanced propulsion systems.

This company offers a software framework for managing decentralized cloud infrastructure across multiple geographic locations. Their platform provides computational, storage, and networking services to streamline the lifecycle management of cloud-native applications.

Focous provides an all‑in‑one visual AI platform that lets machine‑learning engineers upload datasets, launch cloud training, monitor experiments, and deploy optimized computer‑vision models to cloud, on‑premise, or edge with a single click. The platform combines a no‑code web UI with an open‑source library for code‑level control, delivering models up to four times lighter in compute and memory while maintaining accuracy, and includes built‑in security features such as encrypted storage and role‑based access.

The startup develops a thermal management system that utilizes a two-phase flow mechanism to efficiently cool high-power electronics under varying gravitational conditions. This technology enhances heat transfer performance and reliability, addressing the critical need for effective thermal regulation in advanced electronic applications.

Kurs Orbital provides an autonomous on‑orbit servicing platform that uses its ARCap Module to rendezvous, dock, and relocate geostationary satellites, extend their operational life, or perform controlled de‑orbiting. The system includes machine‑vision, radar and lidar for precise target acquisition and offers high‑resolution inspection imaging, enabling commercial operators and agencies to manage assets and mitigate space debris without extensive ground intervention.

MESPAC provides global, site-specific metocean data by integrating satellite observations with proprietary machine learning models. This platform delivers consistent, reliable historical and forecast data to accelerate offshore project planning and optimize maritime operations. Users gain access to actionable wind and wave intelligence, enabling faster, safer, and more cost-effective decision-making across the energy and shipping sectors.

This company provides an autonomous navigation system for satellites, enabling precise orbit determination and guidance without relying on ground-based infrastructure. Their adaptable platform integrates with satellite hardware and uses various measurements, including GNSS data, to facilitate accurate, ground-independent navigation for low-cost missions.

Newtwen provides embedded digital twin technology for electric drive systems, enabling real-time monitoring, fault identification, and predictive maintenance. This technology facilitates a seamless transition to electrical systems, reducing costs and enhancing operational efficiency in the automotive and automation industries.

NOVAC produces solid‑state, lithium‑free supercapacitor pouch cells that can be molded into or bonded with structural composites. The devices deliver high power density, ultra‑fast recharge, >95 % efficiency, operate from –40 °C to 120 °C and exceed one million charge‑discharge cycles, with customizable voltage and capacitance. They serve automotive, aerospace, marine, robotics and industrial OEMs needing compact, high‑power energy storage.

ohm.space provides an interactive platform for engaging with robotic challenges and simulations. Users can test and refine their control algorithms within a structured digital environment. This service facilitates practical application and development in robotics engineering.

ORiS develops wireless power transmission technologies using space-qualified lasers for continuous energy delivery to satellites and drones. This system enables uninterrupted operations by overcoming power constraints like eclipses or battery degradation. The technology supports applications across Earth orbit, lunar missions, and uncrewed aerial systems.

Picosats designs and manufactures miniaturized non-regenerative transponders and high-gain antennas for CubeSats and small satellites, facilitating communication in LEO and GEO applications across Ka, Ku, and V-bands. The company addresses the need for cost-effective satellite communication solutions, making space technology more accessible and affordable for various applications.

RA UNLIMITED harnesses solar photovoltaic technology to generate clean and affordable electricity for homes, businesses, and communities in the Philippines. The company addresses the reliance on fossil fuels by providing sustainable energy solutions that create jobs and enhance the quality of life for Filipinos.

Random Power has developed a True Random Bit Generator utilizing quantum properties of semiconductors for secure key generation in various applications, including IoT, automotive, and data centers. This technology addresses the critical need for true randomness in cryptographic systems, enhancing data protection against unauthorized access and cyber threats.

This startup develops water-soluble bioplastics from fish processing waste, utilizing a specific mixture to create a transparent and odorless plastic film. Their packaging solution offers compostable and biodegradable alternatives, addressing the environmental impact of traditional plastic waste.

Rotonium develops scalable photonic quantum computers by harnessing the topological properties of photons, specifically their Orbital Angular Momentum. This technology aims to democratize access to quantum computing, addressing the limitations of traditional systems that require extreme conditions for operation.

SatEnlight provides free‑space optical communication links that use orbital angular momentum (OAM) spatial multiplexing to transmit multiple independent data streams over a single laser beam. Their patented low‑complexity receiver demultiplexes these OAM channels and includes turbulence‑mitigation electronics, delivering higher capacity, built‑in physical‑layer security, and compatibility with existing Gaussian‑beam terminals for satellite and ground‑station operators.

Space Frontier develops zero-emission hybrid propulsion systems for microlaunchers, enabling the low-cost delivery of standardized payloads into orbit. Their technology addresses the high costs and inefficiencies of current space logistics by utilizing reusable space tugs for orbital cargo transport and deorbiting obsolete containers, thereby reducing space debris.

SPIN develops modular satellite integration solutions using the MA61C plug-and-play intelligent data node, which simplifies the assembly and testing of satellite components. This technology reduces manufacturing costs and accelerates mission timelines, enabling broader access to space for various manufacturers.