SpaceTest Future Launches Next-Gen Space-Based Computing Platform, Targeting AI Computing in Space

Introduction: The Space Computing Race Enters a New Phase

As the wave of large AI models sweeps across industries, a race for space-based computing power is quietly heating up. SpaceTest Future has officially unveiled its space computing and AI application service strategy, launching the next-generation space-based computing platform — Xingxi 06Pro — designed for on-orbit deployment of large AI models. The company also announced its "integrated sensing and computing" capability development plan, marking a critical step forward for China's commercial aerospace sector in the field of space-based intelligent computing.

For a long time, traditional satellite remote sensing systems have faced a core bottleneck: massive volumes of data must be downlinked to ground stations before processing and analysis can begin. This process not only consumes enormous communication bandwidth but also severely limits the timeliness of satellite applications. SpaceTest Future's newly released strategy directly targets this pain point, aiming to bring the inferencing capabilities of large AI models directly into space.

Core Announcement: The Xingxi 06Pro Space-Based Computing Platform

The centerpiece of the launch event was undoubtedly the Xingxi 06Pro space-based computing platform for on-orbit AI model deployment. As SpaceTest Future's next-generation flagship product, the Xingxi 06Pro is designed to solve the challenges of deploying and running large AI models in the extreme environment of space, equipping satellites with the ability to "think in orbit."

Alongside the platform, SpaceTest Future also announced its "integrated sensing and computing" capability development plan. This concept involves unifying remote sensing data acquisition (perception) with intelligent computation (analysis) at the satellite level, transforming satellites from passive data collection terminals into autonomous space-based intelligent nodes capable of independent analysis and decision-making.

Strategic Partnerships: Scaling the Vision

On the partnership front, SpaceTest Future simultaneously announced two major collaborations. First, the company will join forces with Puxing Aerospace to co-build and share a constellation of 1,024 intelligent remote sensing satellites, a large-scale deployment plan that will lay a solid hardware foundation for a space-based computing network. Second, it will deepen industry-academia-research integration with Tsinghua University to jointly develop a full-spectrum situational awareness system.