Chinese developers have overtaken American creators in open-model downloads, with partners at Andreessen Horowitz estimating that nearly 80% of new AI startups are now building on Chinese open-source infrastructure. This shift in developer mindshare stems from a vacuum in the US market: while both nations possess a comparable number of active labs, American releases have<a class="more-link" href="https://gradientflow.com/open-model-providers/">Continue reading "80% of AI Startups Are Built on Chinese Models: The New Reality for 2026"</a>
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تجاوز المطورون الصينيون المبدعين الأمريكيين في تنزيلات النماذج المفتوحة، مما أدى إلى تقدير أن حوالي 80% من الشركات الناشئة الجديدة في مجال الذكاء الاصطناعي تُبنى الآن على بنية تحتية مفتوحة المصدر صينية، وفقًا لشركاء في أندريسن هورويتز. يسلط هذا التحول الضوء على تغيير كبير في مشهد الذكاء الاصطناعي بينما يعاني السوق الأمريكي من فراغ في الابتكار على الرغم من وجود عدد مشابه من المختبرات النشطة.

Los desarrolladores chinos han superado a los creadores estadounidenses en descargas de modelos abiertos, lo que ha llevado a que se estime que el 80% de las nuevas startups de IA se construyen sobre infraestructura de código abierto chino, según socios de Andreessen Horowitz. Este cambio resalta una transformación significativa en el panorama de la IA, mientras que el mercado estadounidense experimenta un vacío en la innovación a pesar de contar con un número comparable de laboratorios activos.

Les développeurs chinois ont dépassé les créateurs américains en matière de téléchargements de modèles ouverts, entraînant environ 80 % des nouvelles startups d'IA construites sur une infrastructure open-source chinoise, selon des partenaires d'Andreessen Horowitz. Ce changement met en lumière une évolution significative dans le paysage de l'IA alors que le marché américain connaît un vide d'innovation malgré un nombre comparable de laboratoires actifs.

Chinese developers have surpassed American creators in open-model downloads, leading to an estimated 80% of new AI startups being built on Chinese open-source infrastructure, as reported by partners at Andreessen Horowitz. This shift highlights a significant change in the AI landscape as the U.S. market experiences a vacuum in innovation despite having a comparable number of active labs.

80% of AI Startups Are Built on Chinese Models: The New Reality for 2026

Subscribe • Previous Issues Multimodal lakehouses: The architecture AI teams are migrating to When the “lakehouse” was first introduced in 2020, the goal was to reconcile data warehouses and data lakes in a single architecture: open formats on cheap object storage, with ACID transactions, schema enforcement, governance, BI support, and streaming built in. The promise was simple:<a class="more-link" href="https://gradientflow.com/the-rise-of-the-multimodal-lakehouse/">Continue reading "The Rise of the Multimodal Lakehouse"</a>
The post <a href="https://gradientflow.com/the-rise-of-the-multimodal-lakehouse/">The Rise of the Multimodal Lakehouse</a> appeared first on <a href="https://gradientflow.com">Gradient Flow</a>.

مفهوم البحيرات متعددة الأنماط يكتسب زخماً حيث تنتقل فرق الذكاء الاصطناعي إلى هذه البنية، التي تدمج مستودعات البيانات وبحيرات البيانات في نظام موحد. تم تقديم هذا النموذج في عام 2020، ويهدف إلى توفير تنسيقات مفتوحة على تخزين كائنات منخفض التكلفة مع ضمان معاملات ACID، وتطبيق المخططات، والحوكمة، وقدرات البث المدمجة.

El concepto de lagos multimodales está ganando terreno a medida que los equipos de IA migran hacia esta arquitectura, que integra almacenes de datos y lagos de datos en un sistema unificado. Este modelo, introducido en 2020, busca proporcionar formatos abiertos en almacenamiento de objetos de bajo costo, asegurando transacciones ACID, aplicación de esquemas, gobernanza y capacidades de transmisión integradas.

Le concept de lac multimodal gagne en popularité alors que les équipes d'IA adoptent cette architecture, qui intègre les entrepôts de données et les lacs de données en un système unifié. Ce modèle, introduit en 2020, vise à fournir des formats ouverts sur un stockage d'objets économique tout en garantissant des transactions ACID, l'application de schémas, la gouvernance et des capacités de streaming intégrées.

The concept of multimodal lakehouses is gaining traction as AI teams transition to this architecture, which integrates data warehouses and data lakes into a unified system. This model, introduced in 2020, aims to provide open formats on cost-effective object storage while ensuring ACID transactions, schema enforcement, governance, and built-in streaming capabilities.

The Rise of the Multimodal Lakehouse

<a href="https://mistral.ai/">Mistral AI</a>, Europe&#x27;s most prominent artificial intelligence startup, is releasing its most ambitious product suite to date: a family of 10 open-source models designed to run everywhere from smartphones and autonomous drones to enterprise cloud systems, marking a major escalation in the company&#x27;s challenge to both U.S. tech giants and surging Chinese competitors.The <a href="https://mistral.ai/news/mistral-3">Mistral 3 family</a>, launching today, includes a new flagship model called <a href="https://mistral.ai/news/mistral-3">Mistral Large 3</a> and a suite of smaller &quot;<a href="https://mistral.ai/models">Ministral 3</a>&quot; models optimized for edge computing applications. All models will be released under the permissive Apache 2.0 license, allowing unrestricted commercial use — a sharp contrast to the closed systems offered by <a href="https://openai.com/">OpenAI</a>, <a href="https://www.google.com/">Google</a>, and <a href="https://www.anthropic.com/">Anthropic</a>.The release is a pointed bet by Mistral that the future of artificial intelligence lies not in building ever-larger proprietary systems, but in offering businesses maximum flexibility to customize and deploy AI tailored to their specific needs, often using smaller models that can run without cloud connectivity.&quot;The gap between closed and open source is getting smaller, because more and more people are contributing to open source, which is great,&quot; Guillaume Lample, Mistral&#x27;s chief scientist and co-founder, said in an exclusive interview with VentureBeat. &quot;We are catching up fast.&quot;<h2>Why Mistral is choosing flexibility over frontier performance in the AI race</h2>The strategic calculus behind <a href="https://mistral.ai/news/mistral-3">Mistral 3</a> diverges sharply from recent model releases by industry leaders. While <a href="https://openai.com/">OpenAI</a>, <a href="https://www.google.com/">Google</a>, and <a href="https://www.anthropic.com/">Anthropic</a> have focused recent launches on increasingly capable &quot;agentic&quot; systems — AI that can autonomously execute complex multi-step tasks — Mistral is prioritizing breadth, efficiency, and what Lample calls &quot;distributed intelligence.&quot;Mistral <a href="https://mistral.ai/models">Large 3</a>, the flagship model, employs a <a href="https://huggingface.co/blog/moe">Mixture of Experts</a> architecture with 41 billion active parameters drawn from a total pool of 675 billion parameters. The model can process both text and images, handles context windows up to 256,000 tokens, and was trained with particular emphasis on non-English languages — a rarity among frontier AI systems.&quot;Most AI labs focus on their native language, but Mistral Large 3 was trained on a wide variety of languages, making advanced AI useful for billions who speak different native languages,&quot; the company said in a statement reviewed ahead of the announcement.But the more significant departure lies in the <a href="https://mistral.ai/models">Ministral 3</a> lineup: nine compact models across three sizes (14 billion, 8 billion, and 3 billion parameters) and three variants tailored for different use cases. Each variant serves a distinct purpose: base models for extensive customization, instruction-tuned models for general chat and task completion, and reasoning-optimized models for complex logic requiring step-by-step deliberation.The smallest Ministral 3 models can run on devices with as little as 4 gigabytes of video memory using 4-bit quantization — making frontier AI capabilities accessible on standard laptops, smartphones, and embedded systems without requiring expensive cloud infrastructure or even internet connectivity. This approach reflects Mistral&#x27;s belief that AI&#x27;s next evolution will be defined not by sheer scale, but by ubiquity: models small enough to run on drones, in vehicles, in robots, and on consumer devices.<h2>How fine-tuned small models beat expensive large models for enterprise customers</h2>Lample&#x27;s comments reveal a business model fundamentally different from that of closed-source competitors. Rather than competing primarily on benchmark performance, Mistral is targeting enterprise customers frustrated by the cost and inflexibility of proprietary systems.&quot;Sometimes customers say, &#x27;Is there a use case where the best closed-source model isn&#x27;t working?&#x27; If that&#x27;s the case, then they&#x27;re essentially stuck,&quot; Lample explained. &quot;There&#x27;s nothing they can do. It&#x27;s the best model available, and it&#x27;s not working out of the box.&quot;This is where Mistral&#x27;s approach diverges. When a generic model fails, the company deploys engineering teams to work directly with customers, analyzing specific problems, creating synthetic training data, and fine-tuning smaller models to outperform larger general-purpose systems on narrow tasks.&quot;In more than 90% of cases, a small model can do the job, especially if it&#x27;s fine-tuned. It doesn&#x27;t have to be a model with hundreds of billions of parameters, just a 14-billion or 24-billion parameter model,&quot; Lample said. &quot;So it&#x27;s not only much cheaper, but also faster, plus you have all the benefits: you don&#x27;t need to worry about privacy, latency, reliability, and so on.&quot;The economic argument is compelling. Multiple enterprise customers have approached Mistral after building prototypes with expensive closed-source models, only to find deployment costs prohibitive at scale, according to Lample.&quot;They come back to us a couple of months later because they realize, &#x27;We built this prototype, but it&#x27;s way too slow and way too expensive,&#x27;&quot; he said.<h2>Where Mistral 3 fits in the increasingly crowded open-source AI market</h2>Mistral&#x27;s release comes amid fierce competition on multiple fronts. OpenAI recently released <a href="https://openai.com/index/gpt-5-1-codex-max/">GPT-5.1</a> with enhanced agentic capabilities. Google launched <a href="https://blog.google/products/gemini/gemini-3/">Gemini 3</a> with improved multimodal understanding. Anthropic released <a href="https://www.anthropic.com/news/claude-opus-4-5">Opus 4.5</a> on the same day as this interview, with similar agent-focused features.But Lample argues those comparisons miss the point. &quot;It&#x27;s a little bit behind. But I think what matters is that we are catching up fast,&quot; he acknowledged regarding performance against closed models. &quot;I think we are maybe playing a strategic long game.&quot;That long game involves a different competitive set: primarily open-source models from Chinese companies like <a href="https://www.deepseek.com/">DeepSeek</a> and Alibaba&#x27;s <a href="https://qwen.ai/home">Qwen</a> series, which have made remarkable strides in recent months.Mistral differentiates itself through multilingual capabilities that extend far beyond English or Chinese, multimodal integration handling both text and images in a unified model, and what the company characterizes as superior customization through easier fine-tuning.&quot;One key difference with the models themselves is that we focused much more on multilinguality,&quot; Lample said. &quot;If you look at all the top models from [Chinese competitors], they&#x27;re all text-only. They have visual models as well, but as separate systems. We wanted to integrate everything into a single model.&quot;The multilingual emphasis aligns with Mistral&#x27;s broader positioning as a European AI champion focused on digital sovereignty — the principle that organizations and nations should maintain control over their AI infrastructure and data.<h2>Building beyond models: Mistral&#x27;s full-stack enterprise AI platform strategy</h2>Mistral 3&#x27;s release builds on an increasingly comprehensive enterprise AI platform that extends well beyond model development. The company has assembled a full-stack offering that differentiates it from pure model providers.Recent product launches include <a href="https://mistral.ai/news/agents-api">Mistral Agents API</a>, which combines language models with built-in connectors for code execution, web search, image generation, and persistent memory across conversations; <a href="https://mistral.ai/news/magistral">Magistral</a>, the company&#x27;s reasoning model designed for domain-specific, transparent, and multilingual reasoning; and <a href="https://mistral.ai/news/mistral-code">Mistral Code</a>, an AI-powered coding assistant bundling models, an in-IDE assistant, and local deployment options with enterprise tooling.The consumer-facing <a href="https://mistral.ai/products/le-chat">Le Chat assistant</a> has been enhanced with Deep Research mode for structured research reports, voice capabilities, and Projects for organizing conversations into context-rich folders. More recently, Le Chat gained a connector directory with 20+ enterprise integrations powered by the Model Context Protocol (MCP), spanning tools like Databricks, Snowflake, GitHub, Atlassian, Asana, and Stripe.In October, Mistral unveiled <a href="https://mistral.ai/products/ai-studio">AI Studio</a>, a production AI platform providing observability, agent runtime, and AI registry capabilities to help enterprises track output changes, monitor usage, run evaluations, and fine-tune models using proprietary data.Mistral now positions itself as a full-stack, global enterprise AI company, offering not just models but an application-building layer through AI Studio, compute infrastructure, and forward-deployed engineers to help businesses realize return on investment.<h2>Why open source AI matters for customization, transparency and sovereignty</h2>Mistral&#x27;s commitment to open-source development under permissive licenses is both an ideological stance and a competitive strategy in an AI landscape increasingly dominated by closed systems.Lample elaborated on the practical benefits: &quot;I think something that people don&#x27;t realize — but our customers know this very well — is how much better any model can actually improve if you fine tune it on the task of interest. There&#x27;s a huge gap between a base model and one that&#x27;s fine-tuned for a specific task, and in many cases, it outperforms the closed-source model.&quot;The approach enables capabilities impossible with closed systems: organizations can fine-tune models on proprietary data that never leaves their infrastructure, customize architectures for specific workflows, and maintain complete transparency into how AI systems make decisions — critical for regulated industries like finance, healthcare, and defense.This positioning has attracted government and public sector partnerships. The company launched &quot;<a href="https://mistral.ai/news/ai-for-citizens">AI for Citizens</a>&quot; in July 2025, an initiative to &quot;help States and public institutions strategically harness AI for their people by transforming public services&quot; and has secured strategic partnerships with France&#x27;s army and job agency, Luxembourg&#x27;s government, and various European public sector organizations.<h2>Mistral&#x27;s transatlantic AI collaboration goes beyond European borders</h2>While Mistral is frequently characterized as Europe&#x27;s answer to OpenAI, the company views itself as a transatlantic collaboration rather than a purely European venture. The CEO (Arthur Mensch) is based in the United States, the company has teams across both continents, and these models are being trained in partnerships with U.S.-based teams and infrastructure providers.This transatlantic positioning may prove strategically important as geopolitical tensions around AI development intensify. The recent ASML investment, a <a href="https://www.nytimes.com/2025/09/09/business/asml-mistral-ai-chips-investment.html">€1.7 billion ($1.5 billion) funding round</a> led by the Dutch semiconductor equipment manufacturer, signals deepening collaboration across the Western semiconductor and AI value chain at a moment when both Europe and the United States are seeking to reduce dependence on Chinese technology.Mistral&#x27;s investor base reflects this dynamic: the Series C round included participation from U.S. firms <a href="https://a16z.com/">Andreessen Horowitz</a>, <a href="https://www.generalcatalyst.com/">General Catalyst</a>, <a href="https://www.lightspeedhq.com/">Lightspeed</a>, and <a href="https://www.indexventures.com/">Index Ventures</a> alongside European investors like France&#x27;s state-backed Bpifrance and global players like DST Global and Nvidia.Founded in May 2023 by former Google DeepMind and Meta researchers, Mistral has raised roughly $1.05 billion (€1 billion) in funding. The company was valued at <a href="https://techcrunch.com/2024/06/11/paris-based-ai-startup-mistral-ai-raises-640-million/">$6 billion</a> in a June 2024 Series B, then <a href="https://mistral.ai/news/mistral-ai-raises-1-7-b-to-accelerate-technological-progress-with-ai">more than doubled its valuation</a> in a September Series C.<h2>Can customization and efficiency beat raw performance in enterprise AI?</h2>The <a href="https://mistral.ai/news/mistral-3">Mistral 3 </a>release crystallizes a fundamental question facing the AI industry: Will enterprises ultimately prioritize the absolute cutting-edge capabilities of proprietary systems, or will they choose open, customizable alternatives that offer greater control, lower costs, and independence from big tech platforms?Mistral&#x27;s answer is unambiguous. The company is betting that as AI moves from prototype to production, the factors that matter most shift dramatically. Raw benchmark scores matter less than total cost of ownership. Slight performance edges matter less than the ability to fine-tune for specific workflows. Cloud-based convenience matters less than data sovereignty and edge deployment.It&#x27;s a wager with significant risks. Despite Lample&#x27;s optimism about closing the performance gap, Mistral&#x27;s models still trail the absolute frontier. The company&#x27;s revenue, while growing, reportedly remains modest relative to its nearly $14 billion valuation. And competition intensifies from both well-funded Chinese rivals making remarkable open-source progress and U.S. tech giants increasingly offering their own smaller, more efficient models.But if Mistral is right — if the future of AI looks less like a handful of cloud-based oracles and more like millions of specialized systems running everywhere from factory floors to smartphones — then the company has positioned itself at the center of that transformation.The release of <a href="https://mistral.ai/news/mistral-3">Mistral 3 </a>is the most comprehensive expression yet of that vision: 10 models, spanning every size category, optimized for every deployment scenario, available to anyone who wants to build with them.Whether &quot;distributed intelligence&quot; becomes the industry&#x27;s dominant paradigm or remains a compelling alternative serving a narrower market will determine not just Mistral&#x27;s fate, but the broader question of who controls the AI future — and whether that future will be open.For now, the race is on. And Mistral is betting it can win not by building the biggest model, but by building everywhere else.

أطلقت شركة Mistral AI عائلة Mistral 3، وهي مجموعة من 10 نماذج مفتوحة المصدر مصممة لتطبيقات متنوعة، بما في ذلك الهواتف الذكية والطائرات بدون طيار وأنظمة المؤسسات. يمثل هذا الإطلاق تقدمًا كبيرًا في جهود Mistral للتنافس مع عمالقة التكنولوجيا مثل OpenAI وGoogle، بالإضافة إلى المنافسين الناشئين من الصين.

Mistral AI ha lanzado la familia Mistral 3, un conjunto de 10 modelos de código abierto diseñados para diversas aplicaciones, incluidos teléfonos inteligentes, drones y sistemas empresariales. Este lanzamiento representa un avance significativo en los esfuerzos de Mistral por competir con gigantes tecnológicos como OpenAI y Google, así como con competidores emergentes de China.

Mistral AI a lancé la famille Mistral 3, une suite de 10 modèles open-source conçus pour des applications variées, y compris les smartphones, les drones et les systèmes d'entreprise. Cette sortie représente une avancée significative dans les efforts de Mistral pour rivaliser avec des géants technologiques comme OpenAI et Google, ainsi que des concurrents émergents de Chine.

Mistral AI has launched the Mistral 3 family, a suite of 10 open-source models designed for diverse applications, including smartphones, drones, and enterprise systems. This release represents a significant advancement in Mistral's efforts to compete with major tech players like OpenAI and Google, as well as emerging competitors from China.

80% of AI Startups Are Built on Chinese Models: The New Reality for 2026

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