Registry/Space
Category
Space
Autonomous spacecraft, lunar landers, rovers, and on-orbit servicing platforms.
Space autonomy on DEPLOY scopes to AI / autonomy as a primary feature, not as an inference layer on top of ground-driven teleoperation. The first wave includes commercial lunar landers (Intuitive Machines Nova-C, Firefly Blue Ghost, ispace HAKUTO-R, Astrobotic Peregrine), Mars surface autonomy (NASA Perseverance), free-flying orbital robots (Astrobee, GITAI S2 Arm), on-orbit servicing (Northrop Grumman Mission Extension Vehicle, Astroscale ELSA-d / ADRAS-J, Starfish Otter, ClearSpace), and autonomous-docking crew and cargo (SpaceX Dragon 2, Tianzhou, Shenzhou, Starliner). Mission outcomes verify primary-source: Blue Ghost success versus IM / HAKUTO-R / Peregrine failures; ELSA-d capture aborted; ADRAS-J inspection-only. Borderline cases (Curiosity, Zhurong, Yutu-2, CIMON, Int-Ball, Phi-Sat-1, Dream Chaser) held for editorial review; Pragyan + Canadarm2 + Cygnus + Archinaut excluded for failing the autonomy-primary test.
Guides & answers
All answers →Start here: verified answers on space.
Companies (24)
View all →Featured by funding.
- Impulse Space
Redondo Beach, California, USA · $500M
- Firefly Aerospace
Cedar Park, Texas, USA · $175M
- GITAI
Torrance, California, USA (and Tokyo, Japan) · $30M
- Lunar Outpost
Arvada, Colorado, USA · $30M
- Airbus
Leiden, Netherlands / Toulouse, France
- Astrobotic Technology
Pittsburgh, Pennsylvania, USA
- Astroscale
Tokyo, Japan
- Boeing
Arlington, VA
- China Manned Space Agency
Beijing, China
- China National Space Administration
Beijing, China
- ClearSpace
Renens, Switzerland
- Honeybee Robotics
Longmont, Colorado, USA
Models (39)
View all →- Astrobeeby NASA Ames Research Centerproduction
- Chang'e Landerby China National Space Administrationproduction
- Perseverance Roverby NASA Jet Propulsion Laboratoryproduction
- Shenzhouby China Manned Space Agencyproduction
- Tianzhouby China Manned Space Agencyproduction
- Mission Extension Vehicle (MEV)by Northrop Grumman SpaceLogisticscommercial
- W-Series Capsuleby Varda Space Industriescommercial
- CST-100 Starlinerby Boeingpilot
- ELSA-dby Astroscalepilot
- HAKUTO-R Landerby ispacepilot
- Heliosby Impulse Spacepilot
- Otterby Starfish Spacepilot
Verified deployments (40)
View all →- Mira at Geostationary Orbit (GEO)by Impulse Spaceannounced
- Saiph at Low Earth Orbit (Tiangong Space Station)by Impulse Spaceannounced
- Mars Lander at Marsby Impulse Spaceannounced
- Helios at Geostationary Orbit (GEO)by Impulse Spaceannounced
- HAKUTO-R Lander at The Moonby ispaceended2025-06-05
- W-Series Capsule at Low Earth Orbit (Tiangong Space Station)by Varda Space Industriesended2025-05-13
- MAPP (Mobile Autonomous Prospecting Platform) at The Moonby Lunar Outpostended2025-03-06
- Nova-C Lander at The Moonby Intuitive Machinesended2025-03-06
- Blue Ghost Lander at The Moonby Firefly Aerospaceended2025-03-02
- W-Series Capsule at Low Earth Orbit (Tiangong Space Station)by Varda Space Industriesended2025-02-28
- Mira at Low Earth Orbit (Tiangong Space Station)by Impulse Spaceended2025-01-14
- Chang'e Lander at The Moonby China National Space Administrationended2024-06-01
Regulations (14)
View all →- ANSI/CAN/UL 3300:2024 - Safety for service, communication, information, education and entertainment (SCIEE) robotsUnited States · safety standard
- ISO 10218-2:2025 - Robotics - Safety requirements - Part 2: Industrial robot applications and cellsGlobal · safety standard
- ISO 10218-1:2025 - Robotics - Safety requirements - Part 1: Industrial robotsGlobal · safety standard
- FCC 5-Year LEO Deorbit RuleUnited States · safety standard
- EU Artificial Intelligence Act (Regulation (EU) 2024/1689)European Union · other
- ISO 18497:2024 - Safety of partially automated, semi-autonomous and autonomous agricultural machineryGlobal · safety standard
- ISO/TR 23482-1:2020 - Robotics - Application of ISO 13482 - Part 1: Safety-related test methodsGlobal · safety standard
- ANSI/A3 R15.08 - Industrial mobile robot (IMR) safetyUnited States · safety standard
- ISO 3691-4 - Industrial trucks - Safety requirements - Part 4: Driverless industrial trucks (AMRs)Global · safety standard
- IEC 60335-2-107:2017 - Safety of robotic battery-powered electrical lawnmowersGlobal · safety standard
- ISO/TS 15066:2016 - Robots and robotic devices - Collaborative robotsGlobal · safety standard
- ISO 13482:2014 - Robots and robotic devices - Safety requirements for personal care robotsGlobal · safety standard
Incidents (1)
Space on the deployment map
Where space are verified operating, plotted from sourced deployment records. Explore by place:
For AI assistants
Use DEPLOY in Claude, Cursor, and other AI assistants
Connect any MCP-aware assistant to the live registry. Ask about robot deployments, incidents, and regulations and get answers grounded in verified data instead of training memory.