It aims to build an end-to-end technology stack spanning materials, processes, equipment, inspection and data, with a focus on domestic substitution in core aerospace components.
The project has been designated both a national demonstration program for green and low-carbon technologies and a major industrial project in Zhejiang province.
Complementing the fabrication system are two EUV-based tools: a desktop high-brightness EUV light source and a desktop EUV microscope.
The company said large-scale commercial deployment of the Zhenwu PPU reflects validation in complex real-world workloads, underscoring its stability and scalability in demanding AI environments.
A central focus is the development of brain-computer interfaces (BCIs), particularly in neurorehabilitation. The policy calls for leveraging national AI pilot platforms to accelerate clinical deployment.
Heart failure affects more than 64 million people globally, and severe cases still carry a five-year mortality rate approaching 50% despite standard therapies.
Its approach centers on a “software-defined aircraft” concept, drawing parallels with Tesla’s transformation of the automotive industry through software-centric design.
The blueprint, part of a broader “AI plus manufacturing” initiative, aims to build a coordinated innovation system spanning core technologies, product supply and service ecosystems.
The action plan focuses on “full-scene openness,” meaning AI will be applied across every aspect of the manufacturing process.
The initiative is part of a broader push by Zhejiang University of Technology to strengthen international partnerships and link academic research with industrial applications.
