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Working Group
Cybersecurity Working Group
Bringing together trusted defenders and real offense-defense needs, and uniting security enterprises, university labs and frontline researchers to turn professional users, real scenarios, in-depth data and capability evaluation into a continuously running self-reliant large-model cybersecurity ecosystem. Professional forces are cordially invited to co-build.
Responsibilities
Core responsibilities advanced continuously
The working group carries ecosystem building through a continuously running mechanism, covering the full chain from professional-user operations to release and validation.
Research Directions
Focused research and validation directions
From security-oriented large models and agents to evaluation ranges and vulnerability discovery, each direction maps to real tasks that are participatory and verifiable.
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Secure development and penetration testing
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Cyber mapping and threat intelligence
Leads
Coordinating and co-building units
Authorized responsible units are shown by name; others are described by participation role. We only disclose confirmed information.
Coordination and ecosystem hosting
Zhongguancun Independent Large Model Industry Alliance
Model and technical support
Zhipu
Academic guidance
Tsinghua University
Industry research and ecosystem connection
Datainsecurity
Platform operations, data and model training
CloudInfinite
Ecosystem partners
Ecosystem co-building partners
Stage Results
Publicly released stage results
The Alliance will keep accumulating publishable stage progress and disclose it as soon as results are officially released.
Results are being prepared
More stage results will be updated after official release. Please stay tuned.
Open Co-building
Join the Cybersecurity Working Group and walk alongside trusted defenders
Whether you come from a security enterprise, a university lab, or a frontline offense-defense and research team, you can find a place to take part here — sharing real tasks, co-building evaluation standards and advancing the deployment of self-reliant large models in cybersecurity scenarios.