GITAI, a US-based space robotics company focused on autonomous robotic systems for space applications, is developing a portfolio of robotic service technologies designed to support on-orbit servicing, satellite maintenance, lunar infrastructure construction and future industrial operations in space. Through its integrated robotics and spacecraft technologies, the company aims to reduce the cost of labor in space while enabling scalable and sustainable orbital and lunar operations.
A major focus of GITAI’s service portfolio is its On-Orbit Services architecture, developed to support the growing demand for ISAM (In-space Servicing, Assembly, and Manufacturing) operations. The company states that in-space servicing technologies are becoming increasingly important for extending satellite operational lifetimes and supporting sustained economic activity in space. GITAI is developing robotic servicing systems intended for satellite inspection, maintenance, assembly, equipment handling and infrastructure support operations in orbit.
The company’s robotics technologies include robotic arms and Inchworm robotic systems engineered for autonomous and teleoperated operations in microgravity environments. The Inchworm robot is designed to move across large orbital structures by traversing handrails and support points while performing servicing and assembly tasks. These systems are intended to support future orbital infrastructure construction, satellite servicing missions and maintenance activities aboard space stations and spacecraft platforms. Beyond orbital servicing, GITAI is also advancing Lunar Infrastructure Construction technologies focused on enabling long-term human activity on the Moon. According to the company, its robotic systems are being developed to provide safe, efficient and affordable robotic labor solutions for constructing essential lunar infrastructure. The company’s lunar robotics portfolio includes lunar rover systems and robotic manipulation technologies intended for construction support, material handling, inspection and surface operations in harsh lunar environments.
A key technical focus across GITAI’s service technologies is the integration of autonomous robotics, in-house manufacturing, agile development processes, and rapid experimentation workflows. The company states that these approaches have enabled it to achieve multiple technical milestones within a relatively short development timeline while accelerating advancement of the robotic servicing and infrastructure technologies. GITAI’s broader technology roadmap includes robotic systems for space station support, orbital assembly, lunar base construction, satellite servicing and future industrial operations in space. Through the combination of robotics, spacecraft technologies, and autonomous servicing architectures, the company is positioning itself as a provider of scalable robotic labor solutions for future commercial and government space missions.
About GITAI
GITAI is a US-based space robotics company headquartered in Torrance, California, focused on developing autonomous robotic systems and in-space service technologies for orbital and lunar operations. The company specializes in robotic arms, Inchworm robotic systems, lunar rovers, satellite servicing technologies and autonomous manipulation systems designed to support infrastructure construction, maintenance and industrial operations in space. The technology portfolio is focused on enabling scalable robotic labor solutions for commercial space stations, satellite servicing missions, lunar infrastructure construction and long-duration space exploration activities.
