Polaris Intelligence
Polaris
Intelligence
About
Ctrl K
Sign in
© Polaris Intelligence 2026
PrivacyTermsAdmin

GITAI

US

GITAI is a U.S.-based space robotics company founded in 2016 that aims to provide safe and affordable labor in space. They develop advanced robotic systems, including robotic arms, satellites, and lunar rovers, for on-orbit services and lunar infrastructure construction. GITAI has established partnerships with organizations like JAXA and has secured contracts with U.S. government agencies such as DARPA, focusing on national security missions. The company's technologies are designed to help build and maintain satellites, space stations, lunar bases, and cities on Mars.

commercialFounded 2016
Torrance, California, United States
gitai.tech/
Admin Edit
0.0-5.0

All verified mentions of this organization in source documents.

GITAI developed the S1 autonomous space robot for space applications.

CapabilityValue 4.0Oct 28, 2021Space robotics start-up GITAI completes successful technology demonstration inside the ISS

GITAI Japan, Inc. conducted a technology demonstration of the GITAI autonomous space robot S1 inside the ISS Nanoracks Bishop Airlock from October 13-16.

CapabilityPlanValue 4.0Oct 28, 2021Space robotics start-up GITAI completes successful technology demonstration inside the ISS

Through the technical demonstration, GITAI aims to acquire technology and experience to develop robots capable of conducting versatile tasks in space.

CapabilityGeneralValue 3.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

GITAI is responsible for the development of the S1 space robotic arm.

CapabilityValue 3.5Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

GITAI Japan, Inc. successfully launched the GITAI S1 robot aboard the SpaceX cargo Dragon spacecraft on August 29 at 3:14 AM EDT.

PlanValue 4.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

All operations conducted by the GITAI S1 robotic arm will be autonomous, with some teleoperations managed from Nanoracks' mission control center in Houston.

CapabilityRelationshipsValue 3.7Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

Nanoracks is providing the launch opportunity, on-orbit operations, and data downlink for the GITAI S1 robot.

RelationshipsCapabilityValue 4.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

The GITAI S1 robot safely arrived at the ISS after the cargo Dragon's docking.

GeneralPlanValue 2.8Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

GITAI is collaborating with Nanoracks to conduct a technical demonstration of the GITAI S1 robot executing tasks inside the Nanoracks Bishop Airlock at the ISS.

CapabilityRelationshipsPlanValue 4.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

A technology demonstration of the GITAI S1 robot performing general-purpose tasks on the ISS is scheduled for around October 2021.

PlanValue 3.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

NASA is responsible for transporting the GITAI S1 space robotic arm to the ISS and installing it inside the Bishop Airlock.

PlanCapabilityGeneralValue 4.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

GITAI's S1 robot will conduct two experiments in the ISS Bishop Airlock: IVA (Intra-Vehicular Activity) tasks and ISA (In-Space Assembly) tasks.

CapabilityPlanValue 4.0Aug 31, 2021SpaceX Dragon spacecraft carrying the GITAI robot successfully launches and arrives at the ISS

The Dragon is carrying a small robotic arm developed by Japanese company GITAI to be tested in Nanoracks’s Bishop commercial airlock.

PlanCapabilityValue 4.2Aug 29, 2021SpaceX ends launch hiatus with cargo Dragon mission

GITAI Japan, Inc. has won a procurement contract from the Ministry of Economy, Trade and Industry (METI) for the development of extra-vehicular general-purpose robotic arm and hand technology.

RelationshipsValue 4.6Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

GITAI has developed several autonomous general-purpose robots for space applications.

CapabilityGeneralValue 2.8Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

GITAI plans to conduct a technology demonstration on the lunar surface in collaboration with a US commercial space company in 2025.

PlanRelationshipsValue 3.5Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

In fall 2021, GITAI will conduct a technology demonstration with its autonomous general-purpose space robot S1 on the ISS in collaboration with a US commercial space company and NASA.

PlanGeneralValue 4.0Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

GITAI plans to conduct an on-orbit servicing technology demonstration in collaboration with a US commercial space company in 2023.

PlanRelationshipsCapabilityValue 3.5Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

From 2020, GITAI has been receiving grant funding from NEDO to support the development of space-rated robots.

FinancialCapabilityGrowthLegalValue 4.0Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology

GITAI has received orders from several commercial space companies for the development of autonomous general-purpose space robots tailored to their needs.

RelationshipsCapabilityValue 3.4Jul 30, 2021GITAI Wins Government Contract: Development of Extra-Vehicular General-Purpose Robotic Arm and Hand Technology
Page14of16
Track