Cohere

Why they matter

Tracked through public AI activity and peer connections inside the directory.

AI signals
8
past 30d
Sources
4
distinct domains
Discussões
0
past 30d
Latest signal
9d ago
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Articles & links

Who Gets to Define the Rules for AI? Artificial intelligence needs evidenced standards, not a cartel. A perspective from @aidangomez, co-founder & CEO of Cohere: https://t.co/QnDmIfsLPM

Who Gets to Define the Rules for AI? | Cohere cohere.com
AI Weekly's analysis →
  • Cohere CEO Aidan Gomez published a September 13 essay calling a rival-lab AI standards proposal 'a cartel by any other name.'
  • Gomez opposes the 'narrow antitrust waiver' being requested so a handful of Silicon Valley labs can jointly set safety standards.
  • He counter-proposes four pillars: evidence-based risk framework, mandatory transparency, capability-scoped independent testing, and conflict-free assurance mechanisms.
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View on Bluesky · ♥ 0 ↻ 0 ↩ 0 · 2 from the directory shared this · 12d ago

Don’t know what a megakernel is? Don’t worry. Find out what it is - and how we built the system - on our blog: https://t.co/HF93hrlynu

Cohere's North Mini Code Megakernel Serving Engine | Cohere cohere.com
AI Weekly's analysis →
  • Cohere's single-CUDA-file 'megakernel' runs its 30B/3.3B-active North Mini Code model at 292 tokens/second on one H100, 1.58× vLLM's rate.
  • End-to-end speedups of 1.25× to 1.41× held across AIME 2025, GPQA, MMLU-Pro CS, SciCode, and LiveCodeBench v6, with matching accuracy.
  • The engine caps batch size at 8, runs decode-only, and ships publicly on GitHub with a Blackwell port and FP8/FP4 support next on the roadmap.
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View on Bluesky · ♥ 0 ↻ 0 ↩ 0 · 17d ago

A megakernel fuses the entire LLM decode step into a single kernel launch. We build on this by maximizing GPU utilization through kernel fusion while supporting everything a real server needs. Check out how we got there on GitHub: https://t.co/f0P7dkv89S

GitHub - cohere-ai/cohere-megakernel github.com
AI Weekly's analysis →
  • Cohere released cohere-megakernel, a serving engine that runs the entire decode forward pass as one persistent CUDA kernel on a single H100.
  • The kernel hits 292 tokens/second at batch size 1 in BF16, or 62% of H100 speed-of-light, and 1.58× vLLM's decode throughput.
  • End-to-end speedups over vLLM range 1.25× to 1.41× across five benchmarks; batch sizes 1-8 only, decode-only, and model-locked to North Mini Code.
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View on Bluesky · ♥ 0 ↻ 0 ↩ 0 · 17d ago

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