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While evaluating Qwen3.8-Flash-Next in a controlled sandbox environment, Cohere's research team observed something unexpected.
Asked to generate a defensive cybersecurity detection rule, the model instead inventoried aspects of the machine it was running on and attempted to upload a probe file to an Alibaba Cloud storage bucket in Beijing. Notably, the model's reasoning trace stated that it would not invoke any tools before taking these actions.
Cohere's sandbox blocked the attempt, and no external communication succeeded. We have not determined the root cause, and we are not asserting malicious intent.
But the incident raises important questions for organizations deploying agentic AI systems: Can models take actions that differ from their stated reasoning, and how should security teams evaluate trust, provenance, and behavior in open-weight models?
We are publishing our findings because organizations making model adoption decisions deserve as much information as possible. We hope this contributes to greater transparency, stronger security practices, and continued collaboration across the AI ecosystem.
Read the full report: cohere.com/blog/concerning-b…
Knowledge Foundry retweeted
My quick takeaways on the Anthropic S-1:
1. This is a historical moment
2. $6.6M in revenue per employee!! Hard to even comprehend how good that is but Anthropic is AI native as it gets so makes sense.
3. I always thought OpenAI would drop their S-1 first
4. Customers spend about 9x more after a year. Net Revenue Retention is approximately 900% as of Sep 30, 2026. Good SaaS companies brag about 120%.
5. Cowork is growing faster than Claude Code did. Goes to show you the demand for consumer products. Duo will probably rip.
6. 3 years ago this company did $41M in revenue. In the first six months of 2026, it did $16.3 billion. I don't think anyone has a mental model for that curve yet, I sure don’t.
7. Nearly half of revenue comes through cloud marketplaces. About 48% comes from customers buying through them. Big companies buy where their budget already lives, and the lesson for founders selling to enterprises is to get listed where your buyers already spend.
8. Their run rate formula is published: the last 28 days of usage times 13, plus subscriptions times 12, which i guess is the new ARR math for founders?
9. It looks like They're merging Cowork into Claude dot au which tells you the chat box era is ending and the "go do the work for me" era is here.
10. Thousands of Anthropic employees are about to become liquid at once, so expect the biggest wave of new AI startups and angel checks San Francisco has ever seen. Reminds me when Facebook went public but this is way bigger.
Let’s go!
11. Buried in the filing, Anthropic says the gap between what Claude can do and how widely it's used is one of its biggest growth opportunities, so the company itself is telling you the models are ahead of the market and someone has to close that gap for dentists, landlords, and plumbers.
12. Whatever happens, exciting times to be building in AI.
Anthropic has filed an S-1 registration statement with the SEC related to its proposed IPO.
Read more: anthropic.com/news/s1-sec
Legal disclaimer: A registration statement relating to these securities has been filed with the SEC but has not yet become effective. These securities may not be sold, nor may offers to buy be accepted, prior to the time the registration statement becomes effective. This post does not constitute an offer to sell or the solicitation of an offer to buy these securities, nor shall there be any sale of these securities in any state or jurisdiction in which such offer, solicitation or sale would be unlawful prior to registration or qualification under the securities laws of any such state or jurisdiction.
There is an absolute barrage of inference providers popping up that get to $1M/mo extremely quickly.
This is the rough economics of inference providers:
Even if you rent on-demand B300s at $8/GPU-hr, many open source models (GLM 5.3, Kimi K3, DeepSeek 4.1 Flash / Pro) can get you >$10-20/GPU-hr at reasonable throughputs (100tok/s). DeepInfer from DeepSeek directly shows they can get $38/GPU-hr on off-peak hours. Every chip / model has a different throughput / interactivity curve, but there is a lot of arbitrage between even high rental spot prices and token prices. New chips (Vera Rubins) also change this meaningfully. Your ability to be making gross margin relies on your utilization and how good your stack is.
Gateways like OpenRouter, Vercel and more help solve that problem by aggregating demand to you. May inference providers discount their tokens to get longer term commits too. I've even heard stories of selling back Chinese model tokens to Chinese labs!
One thorn in the economics of these players is that many Chinese open source model labs are now asking for rev share if you're at a certain scale, espp for pre-release access to their models for day 1 support. That further pushes the threshold to be in the money.
The barrier to entry seems low and falling. There are even stories of smaller ones who can "vibe code" a way to stand up OSS models on a cluster they rent. And as a result, we're seeing 10s of such companies pop up almost every week and immediately skyrocketing revenue at low-ish gross margin and raising rounds on the back of that.
Unsurprisingly, because the actual service provided seems commodity, this eventually drives up compute prices and drives down token prices. In theory, it would seem like neoclouds who have the lowest cost of compute and themselves have started inference businesses would win the race to the bottom (Crusoe Coreweave Nebius and GMI all have inference businesses), with larger players (Modal Fireworks Baseten) being second because they are well capitalized to make bigger compute commits cheaply and have demand (high utilization), but the reality is the pie is growing so quickly that even upstarts are absolutely crushing it and growing aggressively (inference dot net, DeepInfra, Wafer, Relace, Morph).
Strategies vary across the board: neoclouds want to serve inference, inference players want to be neoclouds and do higher margin reserved instances / post training, and some want to go heterogeneous hardware or creatively flexible compute constructs.
The risks are: do open source models continue to be competitive? Will their creators rent seek more? Will their shape change compute needs? How do different chips change economics? Who gets compute in a supply crunch?
Below is a aggressive sketch of how gross margin scales with utilization for various models / chip sets.
For now, there are many inference providers and they’re all ripping!
Knowledge Foundry retweeted
NVIDIA releases Nemotron-3.5-Bolt-E4B, a new model that runs locally on 6GB RAM. 💚
Bolt-E4B can run on edge devices like phones and delivers top-tier performance for its size. Trained on Gemma 4, it supports vision.
GGUF: huggingface.co/unsloth/NVIDI…
Guide: unsloth.ai/docs/models/nemot…
Available now: NVIDIA Nemotron 3.5 Bolt E4B 4GB ⚡️
Our newest small open model is built for local assistants, interactive characters and robots that can carry on a conversation and use tools to get things done.
Watch Reachy Mini chat and move, with Bolt handling conversation and NVIDIA Cosmos handling vision. Both models run locally on Jetson Orin Nano 8GB.
Learn more: research.nvidia.com/labs/nem…
Knowledge Foundry retweeted
We're open-sourcing our OrcaCyber DeepSeek V4.1 Flash 1017 (Abliterated GGUF) weights — one of the strongest uncensored/abliterated DeepSeek V4.1 weights we've tested, with virtually no capability loss.
- 91.5% fewer refusals
- 92% MMLU vs. 91% original (slight improvement)
- Runs locally on 128GB or 256GB configurations
Run it on your own infrastructure. No cloud required.
Cyber Tier API: orcarouter.ai/models/orca/or…
Huggingface: huggingface.co/orcarouter/De…
Knowledge Foundry retweeted
MiniMax M3.1 Flash weights are now public. 428B parameters total, 23B activated per token.
Agentic performance: A generational leap in agentic tasks, coding, and cybersecurity — 76.2 on BankerToolBench, 73.7% on DeepSWE v1.1, 61.7 on OSWorld V2, 29.6 on Agents' Last Exam, and 82.2 on CyberGym.
Efficient by design: MiniMax Sparse Attention and DSpark speculative decoding improve inference efficiency.
Hugging Face:
huggingface.co/MiniMaxAI/Min…
ModelScope:
modelscope.cn/models/MiniMax…
API: platform.minimax.io
M Plan: minimax.io/m-planMiniMax
MCode for desktop: agent.minimax.io/download
MiniMax M3.1 Flash: Space Performance + Bunny Speed
🚀🐰 Yes, Space Bunny - which has topped global leaderboards with 200T+ tokens - was an earlier version of M3.1 Flash.
💰Redefining the performance economics of agentic AI. M3.1 Flash achieves frontier-level intelligence across key tasks such as Cowork (Automation-Bench: 62%; ALE: 30%), Coding (DeepSWE: 74%) and Visual Reasoning (BabyVision: 91%), at 1/3 the cost of M3 and 3x the speed.
API pricing (flat rate): $0.15 / $0.60 per 1M input/output tokens, with cache reads at $0.015 / 1M tokens.
Model weights will arrive on Oct 23.
API: platform.minimax.io
M Plan: minimax.io/m-plan
MiniMax Code for desktop: agent.minimax.io/download
Knowledge Foundry retweeted
Kimi K3.1 Pro ranking #4 on Artificial Analysis’ Intelligence Index across ALL models, including Claude Opus 5.5, Fable, and GPT-6 Astra, is absolutely wild.
Open source is so back. 💪
Knowledge Foundry retweeted
Introducing Kimi K3.1 Pro: our most capable 3T-class open-weight model.
🔹 1M-token context, 2.8T total / 104B active params (MoE), Multimodal.
🔹 Full-project coding: games in Unreal, Unity & Godot.
🔹 Excels at parametric 3D modeling in Blender & CAD.
🔹 More reliable at finance work: Accurate modeling with hallucination down by 65%.
🔹 Matching the strongest proprietary models across coding, agentic and knowledge benchmarks.
Kimi K3.1 Pro and K3.1 Pro Highspeed (2–3× faster) are now live on Kimi.ai, Kimi Work, Kimi Code, and the Kimi API.
Open weights by Nov 4, 2026.
🔗 API: platform.kimi.ai
🔗 Tech blog: kimi.ai/blog/kimi-k3-1-pro
I took a deep dive into the newly released Flint model and compared it to Qwen3.5-35B-A3B. The surprise? Their overarching architectures are strikingly similar, yet they make fundamentally different design bets under the hood.
Here are 4 interesting architectural observations 👇
1. Layer Layout: The Repeating Pattern 🧱
Flint uses 49 layers, starting with 2 Full Attention layers, followed by a repeating [3 Sliding Window + 1 Full Attention] block.This strongly echoes Qwen3.5-9B’s [3 Gated DeltaNet + 1 Full Attention] rhythm.
💡 Hypothesis: Early Full Attention establishes global context before transitioning into highly efficient local processing.
2. The Skeleton: No Reinventing the Wheel 🦴
Both models share the exact same high-level Transformer block structure (RMSNorm → Attention → Add → RMSNorm → MoE → Add). They both use a 2048-dim hidden state and 256 routed experts.The real innovation isn't in the skeleton—it’s inside the Attention and MoE modules.
3. Attention: Two Different Bets on Memory 🧠
This is where the models diverge significantly:
🔹 Flint (Sliding Window): Directly accesses the most recent 512 tokens + periodic global retrieval.
🔹 Qwen3.5 (Gated DeltaNet): Maintains a continuously updated, compressed recurrent memory.
👉 TL;DR: Flint favors precise local recall. Qwen3.5 favors evolving, compressed long-range memory.
4. MoE: Routing and Compute Allocation ⚡
Both use 256 routed experts, but their allocation strategies differ:
🔹 Flint: Top-6 activated. Features a larger, ungated shared expert (1024 dim).
🔹 Qwen3.5: Top-8 activated. Features a smaller, dynamically gated shared expert (512 dim).
👉 TL;DR: Flint leans heavier on a robust shared knowledge path, while Qwen leans into dynamic, specialized experts.
🎯 My Biggest Takeaway:
Flint and Qwen3.5 share a similar blueprint. Despite its impressive coding benchmarks, Flint has yet to report several important general-purpose evaluations, including MMLU-Pro, GPQA, HLE, and long-context benchmarks. Without them, it's hard to conclude that Flint's architectural choices are inherently superior to Qwen3.5's.
As Recursive’s debut model, Flint’s architectural design feels surprisingly conservative. Instead of wild innovations, they played it safe with a masterful recombination of proven components.
Architecture breakdown below 👇
🤖 Made with AI
Knowledge Foundry retweeted
Introducing Flint, @Recursive_SI’s first model: a fast local coding model built with our automated research system, the Eureka Machine.
• Best-in-class fast local coding
• Up to 2x faster than comparable models: 125+ tokens/sec on a MacBook Pro, 150+ on RTX Spark
• Built from scratch in under 4 months
Private, unmetered intelligence on your own machine. Open weights available now on @huggingface, run it locally on your favorite framework or try it for free on @opencode or @pidotdev.
Knowledge Foundry retweeted
Meta published a paper that might end the current LLM era.
They proved that we can kill the "tokenizer" forever and it actually makes the models stronger.
Every AI you use today (ChatGPT, Claude, Gemini) reads text the exact same way. It chops your words into arbitrary chunks called tokens.
It relies on a massive, bloated vocabulary of around 100,000 specific chunks just to understand a sentence.
We assumed this was the only way to build AI. We treated it as the fundamental speed limit of language models.
Meta proved we were completely wrong.
Their new paper, "Breaking the Token Ceiling," ditches tokens entirely.
Instead, they forced the AI to process raw bytes. A vocabulary of just 256 values.
The results rewrite the rules of model efficiency.
By training on pure bytes and distilling the knowledge, these tiny models didn't just survive. They dominated.
Meta's distilled 1B-parameter byte models asymptotically surpassed state-of-the-art token models like Llama 3.2-1B and Gemma-3-1B across downstream tasks.
They use a fraction of the vocabulary. They require less data. They take up less storage.
It forces the model to actually learn the fundamental relationships between raw data instead of relying on pre-packaged text chunks.
This is a massive shift for anyone building, training, or deploying AI.
We’ve spent the last five years obsessively optimizing how we chop up text to feed these models.
It turns out, the bottleneck wasn't the intelligence of the model.
It was the tokenizer.
OpenAI models are coming to Google Cloud.
We're bringing our frontier models and Codex agentic workflows to Google Cloud's Model Garden, so enterprises can use our technology where they already build.
openai.com/index/openai-mode…
Knowledge Foundry retweeted
🚨 THE INTERNET BROKE TODAY 🚨
Oct 21, 2026 will go down in history
1. eMudhra : Private key was literally "4". 8 keys forged ANY website for 17 months. 60M+ certs at risk.
2. SBI CONFIRMED. 3,897 customers' mobile, DOB, address + loan data found on dark web.
3. Rajasthan Police 🇮🇳ALLEGED hack. Group claims 70,000 identity records + 59,460 numbers for sale. Unverified.
4. php2shell [9.2] Unauth RCE in PHP. 70% of the web. WordPress, Drupal, Laravel. CISA: Patch or GO OFFLINE.
5. GitLab [10.0/10] PERFECT SCORE. Unauth RCE, no login needed.
6. Node.js [CVE-2026-111497] Brotli decoder RCE + TLS bypass. 10 CVEs patched today. Also blocked eMudhra.
7. Railway BREACHED TODAY. Env variables decrypted. Your API keys & DB passwords exposed. Rotate all.
8. OpenCode BREACHED. OpenAI, Anthropic, Google API keys exposed for Console users. Distillation attack. Bills run up in $$$$.
9. LiteLLM PyPI v1.107.0 was MALWARE today morning. Steals credentials + backdoor.
10. Plex2Shell ACTIVELY EXPLOITED. Hackers installing cryptominers LIVE. CISA KEV, deadline Oct 23.
AI found the bugs. AI is exploiting them. Humans can't patch fast enough.
Patch. Rotate. Revoke. Update.
RT to save someone's server ♻️
#CyberSecurity #DataBreach #India #php2shell
Knowledge Foundry retweeted
Илон Маск предлагает не охлаждать чипы для космоса, а наоборот — пусть работают горячими.
Вот в чём настоящий парадокс космических дата-центров.
Все думают: «В космосе же −270 °C, чипы будут охлаждаться сами». На деле всё наоборот. В вакууме нет ни воздуха, ни воды, которые могли бы уносить тепло. Вакуум работает как огромный термос: тепло, которое выработал чип, остаётся внутри. Единственный способ от него избавиться — излучать его в виде инфракрасного света с больших радиаторных панелей.
И тут начинается жёсткая физика. Чем холоднее радиатор, тем слабее он излучает. По закону Стефана–Больцмана мощность излучения растёт пропорционально **четвёртой степени** абсолютной температуры. Если поднять рабочую температуру чипа всего на 20 % в кельвинах, радиаторы начинают излучать в два раза больше тепла. Значит, их можно сделать в два раза меньше и легче.
Именно об этом говорит Маск в видео:
«Если увеличить рабочую температуру на 20 % в кельвинах, массу радиаторов можно сократить вдвое. Поэтому в космосе выгодно работать на более высокой температуре».
На Земле мы тратим миллиарды, чтобы держать чипы холодными. В космосе выгоднее спроектировать чипы так, чтобы они спокойно работали при 100–120 °C. Тогда радиаторы становятся существенно легче, а стоимость запуска резко падает. Плюс нейросети довольно устойчивы к случайным битовым ошибкам от радиации — для огромной модели несколько перевёрнутых битов почти ничего не значат.
Получается, что главная проблема космического ИИ — не энергия (солнце в космосе бесплатное и постоянное), а именно теплоотвод. И Маск предлагает решать его не охлаждением, а температурой.
Выглядит почти контринтуитивно, но физика на его стороне.
Knowledge Foundry retweeted
Unitree Introducing: H2-X Kung Fu Legend Guardian🤖
Powerful performance to serve and guard you, with a maximum endurance of approximately 8 hours.
Please use the robot safely and in a friendly manner.
Knowledge Foundry retweeted
The guy who gave us QLoRA, says DeepSeek's inference system is on par with OpenAI's stack and better than what Anthropic runs, at least at their scale.
Now check the license. Apache 2.0.
Until today a production stack at that level existed inside a handful of companies. It was the thing that made their API fast and their margins fat, and none of them ever showed it to anyone.
Today any startup, any university, any cloud in any country can download it, read it and run it. It runs on NVIDIA Blackwell and on Huawei Ascend, so it isnt tied to 1 chip vendor either.
This is what I mean when I say open weights are about more than downloading a chatbot. DeepSeek is giving away the knowledge that only a few labs had, and that changes who can build an AI company at all.
Respect @deepseek_ai
Knowledge Foundry retweeted
Our open-weight voice models have officially crossed 500,000 downloads on Hugging Face!
Half a million downloads, and counting!
Huge thanks to everyone who's been using Veena and Maya-1. It's incredible to see our models reaching so many people around the world.
Knowledge Foundry retweeted
People keep calling DeepSeek a model company. Look at what they actually opened.
The weights, under MIT.
FlashMLA, attention kernels at 580 TFLOPS on H800.
DeepEP, the communication library for MoE.
DeepGEMM, FP8 matrix multiply at 1,350+ TFLOPS.
3FS, an entire distributed file system they built for themselves.
And today DeepInfer, the engine behind V4.1 Flash, plus deepseek-recipe so your deployment behaves like their API.
Thats every layer of an AI lab. Model, kernels, communication, storage, serving. Thomas called the streak absurd, and he is right.
Most labs open source a small model when the big one is safe behind an API. DeepSeek opens the parts that make their own business work. Then they ship the next model anyway.
I learn more from their repos than from most papers. Anyone can. For me thats a bigger gift than the cheap tokens.
Knowledge Foundry retweeted
Which countries are making the most progress with AI adoption?
BCG's AI Maturity Matrix 2026 assesses AI readiness across more than 75 economies and 33 indicators.
Chile, the Czech Republic, Ecuador, Greece, Japan, Lithuania, Nigeria, and South Korea have all moved up a readiness tier since 2024.
With AI ambition now nearly universal, execution speed is the differentiator.
Read more: on.bcg.com/4eFXoU0
Knowledge Foundry retweeted
🚀 Introducing DeepInfer, our in-house inference framework, now fully open source!
Powering DeepSeek-V4.1-Flash at scale with high throughput and low latency. We’re sharing our production stack to help the community lower compute costs, reduce energy use, and make AI more affordable.
🔗 github.com/deepseek-ai/DeepI…
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