The full series of large models under DeepSeek has officially connected to the national supercomputing Internet platform, marking the entry of a new stage in the development of China's AI big model industry. This move not only provides domestic users with convenient and easy-to-use AI big model services, but more importantly, it breaks the dependence on overseas closed-source models and promotes independent innovation of domestic AI technology. Through the strong computing power support of the national supercomputing platform, the DeepSeek series models have achieved a significant reduction in costs and support the custom development of privatized models to meet the needs of different users. This breakthrough progress is expected to accelerate China's development in the application level of AI technology and occupy a more favorable strategic position in the global AI competition.
Recently, the complete series of large models such as DeepSeek-R1, V3, and Coder have been officially connected to the national supercomputing Internet platform (www.scnet.cn). With the support of domestic super-intelligent integrated computing power and the national integrated computing power service system, China The AI big model industry has taken a key step.
The national supercomputing Internet platform has currently launched the 1.5B, 7B, 8B, and 14B versions of the DeepSeek-R1 model. Users can directly experience the online reasoning service by scanning the code or webpage, without local deployment. In response to enterprise-level needs, the platform supports the introduction of proprietary data for customized development of privatization models, and large-parameter versions such as 32B and 70B will also be opened one after another in the near future. The simultaneous launch of vertical fields such as DeepSeek-V3, Coder series, and Math series (7B), covering diverse scenarios such as code generation and mathematical reasoning.
Compared with overseas large models, the DeepSeek series significantly reduces computing resource consumption through algorithm optimization, and combines the computing power scheduling capabilities of the national supercomputing platform "inclusive, easy to use, rich and easy to use" to achieve a significant compression of call costs. Taking DeepSeek-R1-Distill-Qwen-7B as an example, its WebUI dialogue interface supports zero-threshold experience, while enterprise users only need to quickly access the production environment through the API interface, forming a complete link from model calls to private deployment. .
Analysts pointed out that the scale implementation of the DeepSeek model on supercomputing platforms may change the current situation where the domestic AI industry relies on overseas closed-source models. As more developers train and optimize localized models based on domestic computing power bases, China is expected to achieve batch "overtaking" in the application layer of AI technology, and this wave of search driven by "mysterious Eastern power" is making the world AI competition injects new variables.
The successful implementation of the DeepSeek model demonstrates China's strength in independent innovation in the field of AI, injecting strong impetus into the development of China's AI industry, and the future is promising. I believe that with the continuous advancement of technology and the continuous expansion of application scenarios, DeepSeek will contribute more to the global AI development.