AI Coding Live News

Ricursive Open-Sources Ripple-65B Preview: A 65B Dense Model Pretrained From Scratch, TerminalBench 2.1 80.5, Apache 2.0

Ricursive Intelligence released its first model, Ripple-65B Preview, on November 4 (18:24 UTC), open-sourcing the instruction-tuned model (BF16 and NVFP4) and a base model on Hugging Face under Apache 2.0. The official model card describes a 65B dense Transformer pretrained on 12T tokens with up to 1M context, and self-reports TerminalBench 2.1 80.5, SWE-bench Pro v2.0 Hard 79.1 and DeepSWE 1.1 44.3, ahead of much larger US open-weight models on agentic coding. It fits on local hardware such as the DGX Spark. CEO Anna Goldie says it cost about a tenth of the prior comparable state of the art.

Ricursive Open-Sources Ripple-65B Preview: A 65B Dense Model Pretrained From Scratch, TerminalBench 2.1 80.5, Apache 2.0

Key Takeaways

  • Ripple-65B Preview is a 65B dense model with a thin-and-deep shape (80 layers, d_model 5120), moving from an Olmo 3 baseline to a Gemma 3N-like architecture.
  • It was pretrained on 12T tokens at 8K sequence length, then went through mid-training, long-context training, SFT and mixed-domain RL, with up to 1M context.
  • Self-reported TerminalBench 2.1 is 80.5, above Reflection Beam 501B (80.1) and Muse Spark Open 816B (76.4), but SWE-bench Verified 76.5 and DeepSWE 1.1 44.3 show it does not lead everywhere.
  • Ricursive says the core team grew from one to five people and code compute efficiency improved 16x versus the Olmo 3 ladder; it reaches about 250 tok/s on 2x B200.
  • Hugging Face hosts BF16, NVFP4, base and DFlash2 speculative-decoding checkpoints, all under Apache 2.0.
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Linked Models & Agents:
⚡ Ripple-65B Preview⚡ Reflection Beam 501B⚡ Muse Spark Open⚡ Nemotron 3 Ultra🌐 Ricursive Intelligence🌐 NVIDIA

X discussion: open-source AI builder Jun Song says he turned down an anonymous black hat group offering huge money to post-train open-weight models on exploit data

At 02:20 UTC on Nov 1, open-source AI builder Jun Song (@jun_song, who builds Supergemma) posted on X that an anonymous black hat group offered him an "astronomical" sum to post-train open-weight models with reinforcement learning on the exploit data it holds. He said the volume was so large he would have believed it was an undercover FBI dataset, that he turned it down, and that what scares him is that someone else will eventually take the deal. As of 17:10 SGT the post had about 2,029 likes, 222K views and 771 bookmarks, and it has been rewritten as a parody template. This is a personal account; the offer, the data volume and the group cannot be verified, so it is treated here as a discussion.

Key Takeaways

  • Reach: the original post had about 2,029 likes, 127 reposts, 101 replies, 771 bookmarks and 222.2K views as of Nov 1, 17:10 SGT
  • Claim: an anonymous black hat group offered an "astronomical" sum to post-train open-weight models on exploit data; he says he declined, and neither the amount nor the data volume is public or verifiable
  • Comparison: he says a white-hat project of his built on GLM-5.3 used under 1% of that volume and already beat frontier models "by a huge margin"; this is self-reported with no public benchmark
  • Reaction: accounts such as msuiche and Samuel Cardillo reused the opening lines as a parody template, so the thread splits between taking it seriously and joking about it
  • Issue: open-weight models cannot be recalled once released and their safeguards can be trained away, so a request like this makes the open-weights versus misuse debate concrete
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NVIDIA open-sources Nemotron 3.5 Transcribe, a 30B MoE speech model with about 4B active parameters that handles transcription in 40 languages, speaker attribution and translation, and tops open models on the Open ASR English leaderboard

NVIDIA AI announced Nemotron 3.5 Transcribe on Oct 28, with weights on Hugging Face and ModelScope. It is an offline, instruction-driven speech model whose single checkpoint covers transcription in 40 languages, translation between 31 languages and English, speaker attribution in 13 languages, and audio question answering, on recordings up to an hour long with up to eight labeled speakers. NVIDIA says it ranks first among open-weight models on the Hugging Face Open ASR English leaderboard at 5.33% average WER, and Artificial Analysis measured a 2.8% AA-WER, tied for first among open models with Voxtral Small, which uses 24B active parameters. The weights, the Granary v2 training data and fine-tuning recipes are all released.

NVIDIA open-sources Nemotron 3.5 Transcribe, a 30B MoE speech model with about 4B active parameters that handles transcription in 40 languages, speaker attribution and translation, and tops open models on the Open ASR English leaderboard

Key Takeaways

  • Architecture: a speech encoder paired with a Mamba-2/Transformer hybrid MoE language model, about 30B total parameters (34B in the model card counting the audio encoder) and about 4B active per token (4.3B in the model card), shipped in BF16, FP8 and NVFP4
  • Capabilities: transcription in 40 languages, translation between 31 languages and English, speaker attribution in 13 languages, audio Q&A (trained in English only) and word-level timestamps, on recordings up to 1 hour with up to 8 speakers
  • Official and third-party figures: first among open models on the Open ASR English leaderboard (5.33% average WER), 4.62% mean WER across 7 languages and 10.98% on long-form; Artificial Analysis AA-WER 2.8% and 1.8% on its AA-AgentTalk voice-agent set (next-best open model 2.3%)
  • Artificial Analysis measured DeepInfra's hosted endpoint at a 75x speed factor, transcribing a minute of audio in under a second, priced at $2.00 per 1,000 minutes
  • Licensed under OpenMDW-1.1 for commercial use; Granary v2 data and NeMo Speech fine-tuning tools are released too, and in NVIDIA's medical case study fine-tuning cut WER a further 45.8% relative to the best prompt
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Linked Models & Agents:
⚡ Nemotron 3.5 Transcribe 30B-A4B⚡ Voxtral Small🌐 NVIDIA🌐 Hugging Face🌐 Artificial Analysis

Ant Group Open-Sources Ming-3.0-tts: 93.2% Pronunciation Accuracy Leading Global Open Speech Models

In the latest independent Text-to-Speech (TTS) evaluations published by Artificial Analysis, Ant Group's open-source Ming-3.0-tts achieved a 93.2% pronunciation accuracy score, ranking #1 among all 31 evaluated models (outperforming commercial leader ElevenLabs v4 at 91.7%). Offering both a dense 0.5B parameter variant and a 7.9B mixture-of-experts (MoE) model, it delivers voice cloning and preset voices with a Controlled Voice Elo score of 1,069 (#1 among open-weight models), fully released under the permissive MIT license.

Ant Group Open-Sources Ming-3.0-tts: 93.2% Pronunciation Accuracy Leading Global Open Speech Models

Key Takeaways

  • Ant Group open-sourced Ming-3.0-tts, achieving a chart-topping 93.2% pronunciation accuracy on Artificial Analysis speech benchmarks
  • Surpasses commercial leader ElevenLabs v4 (91.7%) and ranks #1 among open-weight models on the Controlled Voice leaderboard (1,069 Elo)
  • Provides both a lightweight 0.5B dense model for edge inference and a 7.9B MoE flagship with zero-shot voice cloning
  • Released under the permissive MIT license for unrestricted commercial deployment, hosted on Hugging Face
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Ant inclusionAI open-sources five Ming-3.0 speech models: a 0.5B TTS tops open-weight controlled voice, plus a 126B MoE audio-understanding model

On October 19 Ant Ling (inclusionAI) open-sourced five Ming-3.0 models under MIT, spanning speech synthesis (tts-0.5B; tts-tiny, 7.9B total/1.3B active), audio understanding (audio-flash, 126B/6.5B active; audio-tiny, 9.3B/2.7B active) and speech recognition (asr-tiny, 8.6B/2B active). Per the vendor, tts-0.5B ranks #1 among open-weight models on Artificial Analysis Controlled Voice at 1069 Elo and ties #1 overall on pronunciation robustness at 93.2%; asr-tiny averages 4.41% error across four ASR categories. Weights are on Hugging Face and ModelScope, with day-0 SGLang and vLLM support.

Ant inclusionAI open-sources five Ming-3.0 speech models: a 0.5B TTS tops open-weight controlled voice, plus a 126B MoE audio-understanding model

Key Takeaways

  • Lineup: five models in three families, two TTS, two audio-understanding and one ASR, all MIT-licensed.
  • TTS results: tts-0.5B scores 1069 Elo on AA Controlled Voice, #1 among open weights; 1188 Elo and #3 on Provider Voice; ties #1 overall on pronunciation robustness at 93.2% (vendor figures).
  • TTS features: 7 languages plus Sichuanese and Cantonese, 14 inline paralinguistic tags (laughter, sighs, coughs and more), 44.1 kHz output, built on Qwen2.5-0.5B.
  • Audio understanding: audio-flash has 126B total and 6.5B active parameters, and handles long-recording summaries, spoken Q&A, audio reasoning and tool-call generation.
  • ASR: asr-tiny accepts hotwords and dialogue context, is evaluated on 15 dialect test sets, and averages 4.41% error across four categories (vendor figures).
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Linked Models & Agents:
⚡ Ming-3.0-tts-0.5B⚡ Ming-3.0-tts-tiny⚡ Ming-3.0-audio-flash⚡ Ming-3.0-audio-tiny⚡ Ming-3.0-asr-tiny🌐 Ant Group🌐 inclusionAI🌐 SGLang🌐 vLLM

First Empirical Study on Agent Skill Evolution Reveals Concrete Rules in SKILL.md Boost Agent Correctness

In modern coding agent ecosystems (such as Claude Code, Cursor, Cline, and Antigravity), Agent Skills—specialized instruction files like SKILL.md and CLAUDE.md that dictate project architecture, commands, and rules—are continuously revised by developers alongside source code. Yet the concrete impact of these revisions on agent behavior and inference cost has remained largely unquantified. In a comprehensive empirical audit (arXiv:2610.04832), researchers analyze 2,608 first/last revision pairs across 3,159 Skills to measure the effects of revisions across 21 foundation models and four sandboxed coding agents. The study reveals that 55% of revisions alter specific rules or procedures. Adding a concrete rule raises compliance in single answers by +0.41 across open-weight models, increases required action adherence by +0.23 across sandboxed agents, and improves final task correctness by +0.10 in blind evaluations. Critically, these gains are overwhelmingly driven by rules that specify explicit CLI commands or exact file paths, whereas abstract stylistic guidance offers negligible lift. The paper also documents the performance and token trade-offs of dynamic on-demand skill loading.

Key Takeaways

  • First empirical study on Agent Skill evolution audits 3,159 Skills and 2,608 revisions across 21 models and 4 agents
  • Adding a concrete rule raises compliance by +0.41, sandbox action execution by +0.23, and final correctness by +0.10
  • Performance gains stem almost entirely from explicit commands and paths; dynamic on-demand loading retains 51% of efficacy
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Linked Models & Agents:
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AgentField / Santosh Radha@Agent-Field·
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AgentField open-sources CodeAF v0.6: one Go binary software factory for open models; vendor DeepSWE 54.9% #1 same-model

CodeAF is an Apache-2.0 Go binary that runs open-weight models as a local software factory with task fan-out and Pareto crewing. v0.6.0 shipped 2026-10-01; ★259 now. Vendor DeepSWE doc: /senior-dev solved 62/113 (54.9%) on DeepSeek V4 Flash vs nine other harnesses—with stated one-seed and sampling caveats.

AgentField open-sources CodeAF v0.6: one Go binary software factory for open models; vendor DeepSWE 54.9% #1 same-model

Key Takeaways

  • Agent-Field/CodeAF Apache-2.0; ★259 / 34 forks; install via agentfield.ai/get/codeaf
  • v0.6.0 published 2026-10-01T18:59:00Z; README still says early preview
  • Vendor DeepSWE same-model table: senior-dev 62/113 (54.9%) at ~22¢/task vs nine harnesses—one seed; sampling-contract caveat documented
  • Later same 113 tasks: 88/113 (77.9%) on DeepSeek V4.1 Flash; 78/113 (69.0%) on Kimi K3 (senior-dev only)
  • Built-in providers include OpenRouter, DeepSeek, GLM, Kimi, MiniMax, Qwen, Codex, Ollama; default worker/planner/checker crew
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Vals: Tencent Hy4 Preview ranks #4 open-weight on Vals Index with standout Code Migration value

Vals benchmarked Tencent Hy4 Preview at #21 of 58 on the Vals Index (55.4%) and #4 among open-weight models at about $1.28 per test. It is the cheapest top-ten model on Code Migration (47.4%) versus much costlier Muse Spark and Opus 4.8 runs, leads open-weight models on three agentic benches, and ships with a 1M context window and 64k max output tokens.

Key Takeaways

  • #21 of 58 on Vals Index (55.4%) and #4 open-weight at roughly $1.28 per test, below median cost on most benches.
  • Code Migration 47.4% lands in the top ten at about $3.41 per test versus ~$14.21 Muse Spark and ~$30.51 Opus 4.8.
  • Top open-weight on three agentic benchmarks; 1M context and 64k max output; weaker on terminal work (~55% Terminal-Bench 2.1).
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Vercel AI Gateway Sept index: open-weight models hit 56% tokens; Astra doubles Fable 5.1 spend

Vercel published its AI Gateway Production Index for September 2026 (data through August). Open-weight models processed a majority of gateway tokens for the first time, rising from 7% in December to 56% in August, while average token price fell another 23.2%. A special report says GPT-6 Astra took 7.7% of all gateway spend in its first twelve days, roughly twice Fable 5.1 at 3.7%.

Key Takeaways

  • Open-weight models ran 56% of AI Gateway tokens for the first time, up from under 10% in December 2025.
  • Average token price fell another 23.2% in August, the third straight monthly drop; median spend for high-volume teams fell 7.6%.
  • GPT-6 Astra took 7.7% of all gateway spend in its first twelve days, about twice Fable 5.1, and a third of OpenAI spend within two days.
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Cline Desktop launches (macOS/Windows beta): native UI for open-weight models with ClinePass and BYOK

Cline officially launched Cline Desktop (macOS/Windows beta), a native desktop UI for open-weight models via ClinePass (DeepSeek-V4.1-Flash, Musespark-1.3, and other free models) or BYOK with any provider. It can import sessions from Claude Code, Codex, and OpenCode, plus scheduled agent runs, a marketplace for plugins/MCP/skills, web search, and voice input at cline.bot/desktop.

Key Takeaways

  • Official desktop beta: native UI for open-weight models on macOS/Windows.
  • ClinePass free models include DeepSeek-V4.1-Flash and Musespark-1.3; BYOK supported.
  • Imports Claude Code/Codex/OpenCode sessions; scheduled runs plus MCP/skills marketplace.
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NVIDIA agrees to acquire Hugging Face for $12.93B; Hub stays open and multi-cloud

NVIDIA CEO Jensen Huang announced an agreement to acquire Hugging Face for about $12.93B. NVIDIA says the Hub remains an open platform for the whole ecosystem, supporting open/open-weight models plus multi-cloud and multi-accelerator deployment, without requiring NVIDIA compute. This upgrades earlier acquisition-talk reports into a public confirmed deal.

Key Takeaways

  • Deal value is about $12.93B, announced publicly by Jensen Huang with Hugging Face leadership.
  • Hub stays open: choose any models, frameworks, clouds, and inference providers; NVIDIA compute is not required.
  • Hub already serves 18M+ builders and 3M+ models; NVIDIA plans to scale reliability, evaluation, inference, and deployment.
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Qwen3.8-Max leads open-weight models on CommerceAgentBench execution tasks

Alibaba Qwen amplified Accio’s open-source CommerceAgentBench and said Qwen3.8-Max posted the strongest overall result among open-weight models. The benchmark scores execution on real commerce operations rather than what a model says; early numbers put the best overall completion rate around 62%. Teams wiring agents into ordering, fulfillment, or support now have a public leaderboard for multi-step commercial work—and a reminder that even the leader still fails a large share of tasks.

Key Takeaways

  • CommerceAgentBench is open-source and scores commerce execution, not chat answers.
  • Best overall completion is about 62%; Qwen3.8-Max leads among open-weight models.
  • The gap is a signal that multi-step commercial agents still fail a large share of real workflows.
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Composio Evaluates 5 Open-Weight Models on 30 Multi-Step Agent Tasks: Flash Models Lead in ROI

Composio benchmarked 5 open-weight models across 30 multi-step agent tasks, finding GLM-5.3 Flash and DeepSeek-V4 Flash delivered the highest cost efficiency at a fraction of full-model pricing.

Key Takeaways

  • Flash-class models achieve near parity with full-scale weights at approximately 75% lower inference cost;
  • Multi-application tool orchestration remains the primary failure mode across all open-source models;
  • Provides empirical cost-per-success metrics to guide architectural selection for enterprise agent deployments.
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