Back to articles
DevPickView feed
PC Watchby 劉 尭
Original published: Updated on DevPick:

Identity of Space Bunny Revealed: MiniMax M3.1 Flash 428B Weights Released

Identity of Space Bunny Revealed: MiniMax M3.1 Flash 428B Weights Released
AI summary
Editorial policyUpdated on DevPick:

The identity of the anonymous AI 'Space Bunny' was revealed to be MiniMax M3.1 Flash, with its open weights released on October 23.

Key points

  • •The LLM 'Space Bunny', said to have performance comparable to Claude Opus 5, was identified as MiniMax M3.1 Flash.
  • •Model weights were released on Hugging Face and ModelScope on October 23.
  • •The license is the MiniMax Community License, with free use for non-commercial purposes.
Read the original(opens in a new tab)
#LLM / Model Trends#Major Players#MiniMax M3.1 Flash#Space Bunny

Related articles

See more
PC Watch

Identity of that masked AI revealed as 'MiniMax M3.1 Flash', open weights to be released on October 23

The identity of the masked AI model 'Space Bunny' was revealed as MiniMax M3.1 Flash, with open weights scheduled for release on October 23.

Hacker News

SketchAgentBench – evaluate LLMs on 3D spatial reasoning

A benchmark evaluates LLMs on 3D spatial reasoning by scoring 11 models, 25 photos, and 275 runs based on their final 3D scenes generated from a single photo and prompt.

Hacker News

A Jev that can ask Opus for help gives Opus accuracy at 4x lower cost

Tests of Jev and GPT-6 Luna as identity resolution judges showed that a hybrid of Jev and Claude Opus matched frontier accuracy at more than 4x lower cost.

Hacker News

Memorilla: Latent Semantic Memory for LLMs

Introduces Memorilla, a memory system for LLMs that efficiently gathers and combines relevant information while keeping the context short.

Hacker News

University libraries are being swarmed by AI bots, putting public access at risk

Academic library websites are experiencing slowdowns and crashes due to swarms of data-scraping bots used by AI companies to collect content for large language models.