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SuperCLUE

SuperCLUE

Comprehensive benchmark for evaluating...

4.0| Editor Rating
China

Editor Review

SuperCLUE is a relatively comprehensive benchmark for evaluating Chinese large language models, covering multiple dimensions such as language understanding, knowledge application, professional skills, and safety. Its rankings are updated monthly, providing timely data suitable for horizontal comparisons of model performance. However, the official website does not explicitly state the specific sources and construction methods of the test datasets, which may affect the transparency and credibility of the evaluation results. Additionally, some international models are not included in the rankings, slightly affecting data completeness. Overall, SuperCLUE is a valuable reference tool for Chinese large model researchers and developers, with a recommended rating of four stars.

AI Tools Navigator Editorial TeamUpdated: 2026-08-19

What is SuperCLUE

SuperCLUE is a comprehensive benchmark for evaluating Chinese large language models across multiple dimensions. It includes three main evaluation systems: the OPEN multi-turn open-ended benchmark, the OPT three-core capability objective question benchmark, and the Lanyue anonymous competition benchmark. It assesses models based on four capability quadrants: language understanding and generation, knowledge understanding and application, professional skills, and environmental adaptability and safety, which are further divided into 10 core capabilities, such as semantic understanding, casual conversation, context-aware dialogue, content generation, knowledge and encyclopedic ability, coding, logical reasoning, mathematical computation, role-playing, and safety. SuperCLUE updates its rankings monthly and provides the latest model performance data, helping researchers and developers understand the current state of Chinese large language models. The official website offers various rankings, including the overall leaderboard, category rankings, reading comprehension rankings, and dataset search, allowing users to view model performance across different dimensions.

Basic Info

Category:
Country:China

Best For

DevelopersEnterprise users

Difficulty: Intermediate

SuperCLUE Key Features

  • Multi-dimensional capability evaluation

    SuperCLUE evaluates models across four capability quadrants, including language understanding and generation, knowledge application, professional skills, and environmental adaptability and safety. This includes 10 core capabilities such as semantic understanding, casual conversation, context-aware dialogue, content generation, knowledge and encyclopedic ability, coding, logical reasoning, mathematical computation, role-playing, and safety. This multi-dimensional evaluation method provides a more comprehensive reflection of model performance in different scenarios.

  • Multi-turn dialogue testing

    SuperCLUE includes multi-turn dialogue testing to evaluate a model's ability to understand and respond in continuous conversations. This testing method simulates more realistic user-model interactions, assessing the model's performance in aspects such as contextual coherence, information recall, and logical reasoning.

  • Objective question testing

    SuperCLUE evaluates models using the OPT three-core capability objective question benchmark, which assesses logical reasoning, mathematical computation, and code understanding. These objective questions are based on standard answers, allowing for a more accurate measurement of the model's professional skills.

  • Anonymous competition leaderboard

    SuperCLUE provides the Lanyue anonymous competition benchmark, which compares the performance of different models in real-world scenarios. This leaderboard uses anonymous competition to avoid vendor promotion bias, offering a more objective reflection of the model's actual capabilities.

SuperCLUE Key Advantages

  • Covers multiple capability dimensions for comprehensive evaluation
  • Rankings are updated monthly, ensuring relatively up-to-date data
  • Supports comparison between domestic and international representative models

SuperCLUE Use Cases

  • Model performance comparison

    SuperCLUE can be used to compare the performance of different Chinese large language models across multiple capability dimensions, helping developers and researchers understand the strengths and weaknesses of models to optimize model design or choose a more suitable model.

  • Benchmark testing and research

    SuperCLUE provides standardized test datasets and evaluation methods, which can be used for academic research or industrial benchmark testing, offering a reference for model improvement and evaluation.

  • Model capability analysis

    SuperCLUE's detailed rankings and category lists can help users analyze a model's performance across different capabilities, allowing for a deeper understanding of the model's applicable scenarios and limitations.

Frequently Asked Questions

Does SuperCLUE's test dataset include multi-turn dialogue scenarios?▼

Yes, SuperCLUE includes multi-turn dialogue testing to evaluate a model's understanding and response capabilities in continuous conversations. This testing method simulates more realistic user-model interactions, assessing the model's performance in aspects such as contextual coherence, information recall, and logical reasoning.

Does SuperCLUE support the evaluation of open-source models?▼

Yes, SuperCLUE supports the evaluation of open-source models, such as ChatGLM2- and Llama-2- -chat. Some open-source models rank highly on the leaderboard, but their applicable scope and licensing terms may vary. Users should choose based on specific needs.

What does the safety adversarial testing in SuperCLUE specifically include?▼

The official website does not specify the exact content of the safety adversarial testing. However, based on the description, the safety test primarily evaluates whether the model can identify and avoid content that may cause distress or harm, such as requests involving privacy, sensitive topics, or inappropriate behavior. This test helps measure the model's safety in real-world applications.

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