Space Autonomy

We are redefining the Space Autonomy as the next great frontier for the global space research community, poised to unlock capabilities that will define the future of humanity’s presence beyond Earth. As we move toward increasingly complex and autonomous space missions, robotic systems are expected to shoulder tasks once considered impossible—extending human reach, enhancing mission safety, and enabling persistent operations across the Solar System.

At its core, the domain of space robotics encompasses the following transformative pillars:

• advanced in‑orbit robotic operations for inspection, servicing, and assembly;

• intelligent planetary exploration systems capable of thriving in extreme and unknown environments;

• fully autonomous space‑transportation architectures that will support interplanetary logistics and deep‑space expeditions

• Space Construction

Together, these research directions form the technological backbone of a new era in space exploration, one where robotic intelligence becomes the catalyst for scientific discovery, sustainable space infrastructure, and the long‑term expansion of human activity into the cosmos.