Aspia Space

Aspia uses satellites, AI and field data to monitor land, detect risk and support better decisions for agriculture, forestry and infrastructure.

Aspia combines satellite imagery, AI analytics and on-the-ground data to track how land changes over time, spot risks early and support practical decisions in agriculture, forestry, conservation and infrastructure projects. It helps organizations understand soil moisture, vegetation health and land use so they can reduce losses, meet reporting needs and plan future land use with clearer insight.

Surgerii Robotics

Surgerii builds single-port robotic endoscopic systems for minimally invasive urologic, gynecologic, general, and thoracoscopic surgeries.

Surgerii develops and manufactures the SHURUI single-port robotic endoscopic surgical system for minimally invasive operations. The platform supports urologic, gynecologic, general laparoscopic, and thoracoscopic procedures, giving trained surgeons precise control through one small access point in the operating room.

Berlin Space Technologies

Berlin Space Technologies mass manufactures small satellites weighing 50-500kg and key subsystems for missions like Earth observation and communications.

Berlin Space Technologies mass manufactures small satellite systems from 50 to 500kg. It produces all main subsystems in-house through serial production. The modular designs support Earth observation, radar imaging, communications, in-orbit servicing, and space science. Customers get complete, ready-to-launch solutions with proven flight heritage from over 75 missions.

BirdsEyeView

BirdsEyeView Technologies builds geospatial natural catastrophe models and hazard analytics tools for insurance underwriting. Covers flood, wildfire, wind, hail and more with global data.

BirdsEyeView Technologies creates geospatial software for natural catastrophe modeling and exposure management in insurance. It handles risks like flood, convective storm, wildfire, tornado, typhoon, extreme temperature, wind, hail, hurricane, lightning and earthquake. The Weather Analytix platform uses satellite data and AI for real-time desk analysis by underwriters at reinsurers, MGAs and brokers.

Blackwave Space

Blackwave builds lightweight carbon fiber pressure tanks and structures for rockets and satellites.

Blackwave makes carbon fiber reinforced plastic parts. They produce high-pressure tanks that hold gases in rockets and satellites to keep structure when fuel runs low. The company creates complex 3D shapes with ribs and varying thicknesses using special molding. These lightweight components work in extreme heat, cold, and fuel conditions for space use. (312 characters)

Blue Dwarf Space

Blue Dwarf builds a platform that automates regulatory compliance for space missions. It creates custom workflows, tracks requirements, and simplifies submissions for launches.

Blue Dwarf develops software to handle regulatory compliance for space companies. The platform takes mission details and generates tailored workflows to meet permit rules across jurisdictions. It acts as a single hub for all requirements, updating them as regulations or plans change. Users enter data once to build and submit filings. This cuts manual work and risks for hardware builders and launch operators.

Blue Skies Space

Blue Skies Space builds satellites with telescopes and sells space science data by subscription to researchers via an online platform.

Blue Skies Space operates satellites equipped with telescopes and spectrometers to gather science data on stars and astronomy. Researchers subscribe for annual access to telescope hours of observations in UV, visible, and IR light. Data goes straight to the Stardrive platform for analysis and collaboration. Satellites like Mauve study young stars; Twinkle targets exoplanets. This setup speeds up research with fresh datasets from low-Earth orbit.

Vention

Vention provides an AI-powered platform to design, program, and deploy modular industrial automation and robot cells in days instead of months.

Vention helps manufacturers build and run industrial automation without long, complex projects. Teams use its cloud software to design machines, generate bills of materials, and order modular hardware online. They then program robots, conveyors, and gantries with no-code tools, AI copilots, or Python, test with a digital twin, and deploy directly to the factory floor. The same platform monitors equipment, analyzes performance, and connects remote support for automated systems.

Rosiwit Cobotics

Rosiwit builds AI-powered autonomous floor cleaning robots for warehouses, hospitals, parking lots, and commercial spaces to handle daily industrial cleaning.

Rosiwit develops AI-powered autonomous floor scrubbers and sweepers for industrial and commercial buildings. Its robots handle floor cleaning in warehouses, factories, hospitals, supermarkets, parking lots, and metro stations, removing dust, debris, and oil stains while navigating around people and obstacles. The product line covers indoor scrubber robots, outdoor sweeper robots, and manual scrubbers, all designed for continuous, automated cleaning and remote digital management.

Wimsha Robot

Wimsha Robot builds autonomous commercial floor cleaners that scrub, mop, sweep and vacuum indoor spaces using smart navigation and cloud management.

Wimsha Robot develops autonomous floor cleaning robots for commercial and industrial buildings. Its T1 and T3 Plus machines handle scrubbing, mopping, sweeping and vacuuming to keep indoor floors clean. The robots use onboard computing, precise positioning and dynamic obstacle avoidance for efficient navigation. A connected platform supports remote access, data-driven monitoring and integration with facility management systems.