AdapTronics

AdapTronics develops electro-adhesive grippers with tactile sensing for robots to handle objects of any shape, size, or material in industrial automation, agritech, and space operations.

AdapTronics creates plug-and-play electro-adhesive interfaces powered by the Electro Active Adhesive Layer (EAAL). This thin-film technology uses electrostatics to grip diverse objects—rigid, soft, porous, or curved—with high force density and AI-driven sensor feedback for proximity and contact detection. Mounted on robot end-effectors or automated machines, it activates in milliseconds without pneumatics, magnets, or heat. Applications cover pick-and-place in factories, gentle fruit handling in agritech, packaging on conveyors, last-mile delivery robots, and space tasks like satellite servicing or debris capture.

Aerones

Aerones uses robotic systems for wind turbine blade inspections, cleaning, repairs, and coatings to boost efficiency and safety in maintenance.

Aerones delivers robotic services for wind turbine maintenance, covering blade and tower inspections, cleaning, leading-edge coatings, and repairs. The technology replaces manual rope work with faster, safer robotic operations that cut downtime and extend turbine life. Teams handle conductivity checks, drainage cleaning, and predictive data analysis worldwide for major operators.

Armstrong Robotics

Armstrong builds AI-powered robots for restaurant kitchens that handle dishwashing around the clock, integrating with existing setups for quick installs and labor savings.

Armstrong develops general-purpose robots designed specifically for kitchens, with the first focus on automating dishwashing tasks. These robots process dirty dishes from bus tubs, scrape and rinse them, run them through standard dish machines, and stack clean ones by type. They operate 24/7, install in hours without downtime, and deliver immediate returns through a simple monthly subscription covering everything from setup to maintenance. Advanced neural networks enable precise 3D perception to manage messy piles reliably. The platform supports most dish room layouts and evolves via software updates for future kitchen jobs like prep and frying.

Fluid Wire Robotics

Fluid Wire Robotics builds electric robotic arms using Fluid Wires transmission for harsh environments like nuclear sites, underwater ops, space, and explosive zones.

Fluid Wire Robotics designs fully electric, force-controllable robotic arms powered by proprietary Fluid Wires technology. This system moves motors and sensors to a remote sealed unit, sending power through high-efficiency fluid transmission to the arm joints. The result is lightweight robots that handle extreme conditions—radioactive areas, high heat, underwater pressure, vacuum, and explosive atmospheres—without added complexity or performance loss. They deliver smooth, precise operation where standard robots can’t go.

Enigma Aerospace

Enigma develops autonomous air logistics software and cargo aircraft for defense and remote supply missions.

Enigma Aerospace builds autonomous logistics systems for contested and austere environments. Its platform combines long-range cargo aircraft with mission-planning software to move critical supplies without relying on traditional runways or fixed infrastructure. The company focuses on defense logistics, aerial delivery, and autonomous operations in difficult conditions.

Khameleon Robotics

Humanoid cleaning robots that automate hotel housekeeping and bathroom cleaning tasks for safer, more efficient operations.

Khameleon Robotics develops humanoid cleaning robots that take on repetitive, physically demanding hotel housekeeping work, starting with bathroom cleaning. The robots handle tough, time-consuming cleaning tasks so hotel teams can focus on guest service, safety, and quality.

NODA AI

NODA AI provides defense-grade orchestration software to manage collaborative autonomous systems across mixed fleets and domains.

NODA AI develops an independent orchestration platform for collaborative autonomous systems, helping defense operators manage effects across air, land, sea, space, and subsurface domains. Its algorithm repository and reasoning engine coordinate mixed-vendor autonomous fleets, maintain state-of-the-art behaviors, and support real-time, cross-platform tactics for mission operations.

Seasats

Seasats builds long-endurance autonomous surface vessels for defense, commercial, and scientific ocean data and maritime security missions.

Seasats designs and operates small autonomous surface vessels that stay at sea for weeks or months to collect ocean data and support real-world missions. Its Lightfish and Quickfish platforms carry modular sensors for defense surveillance, maritime domain awareness, offshore energy, aquaculture, shipping, and environmental monitoring use cases. These uncrewed vessels cut risk and cost compared with traditional crewed ships while delivering persistent coverage in remote and challenging waters.

Anvil Robotics

Anvil provides composable robotics devkits and platforms that help teams build and deploy Physical AI systems faster and with less integration work.

Anvil builds a composable hardware and software ecosystem for Physical AI, giving robotics teams ready-to-use devkits, open robot designs, and integrated sensors, compute, and controls so they can prototype, train, and deploy custom robots in days instead of months. The platform supports bimanual and single-arm systems, flexible teleoperation modes, and modular components that plug into existing research, enterprise, and startup workflows.

Rhoda AI

Rhoda AI builds video-predictive robotic intelligence to power adaptable, autonomous robots in real-world industrial environments.

Rhoda AI develops robotic intelligence that uses internet-scale video training and Direct Video Action models to predict motion, plan behavior, and control robots in a closed loop. Its FutureVision platform helps autonomous systems handle dynamic, real-world conditions in manufacturing, logistics, and other industrial settings with less robot-specific training data.