A New Chapter in AI History: dots-note-3.0 Sets a Record at the Math Olympiad

The dots-note-3.0 AI model, developed by the Chinese company RedNote, has achieved an unprecedented result at the International Mathematical Olympiad (IMO). For the first time in the competition's history, the model solved all 6 complex problems without errors, scoring a perfect 42 out of 42 points. This milestone indicates that AI systems have reached a new level of logical reasoning and mathematical proof capability. This is reported by Ixbt.com reports .

The prestigious Olympiad, which concluded in Shanghai, has been held since 1959 and is considered the world's most difficult intellectual competition for school students. IMO problems are a unique test for AI because finding the correct answer is not enough. The system must provide a complete mathematical proof without logical errors, missing steps, or unsubstantiated claims.

Technological Superiority and Competition

According to ixbt.com, dots-note-3.0 is currently undergoing beta testing. Interestingly, it is the most compact model in the dots3 family. This series also includes larger versions like jazz and aria, designed for various computing resources and scenarios. The high performance of this small-scale model is attributed to optimized algorithms.

Until now, the best results in AI mathematics belonged to Google DeepMind and OpenAI. During the 2025 Olympiad, models from these giants scored 35 out of 42 points, reaching gold medal status. However, the RedNote product has made history as the first system to complete all tasks without losing a single point.

Young mathematicians from Uzbekistan also regularly participate in prestigious international competitions like the IMO. Such AI results open up possibilities for using these tools in the local education system to explain and solve complex problems in the future. Technologies like this are expected to increase the speed of mathematical research.

This success achieved by Chinese engineers proves that AI is not only capable of generating text or working with images but is also unrivaled in fundamental sciences, one of humanity's highest intellectual abilities. Experts are now awaiting the public release of the dots-note-3.0 model and its potential in other fields.