This article explores the inner workings and culture of Kimi, a tech company navigating competition and innovation. It highlights employee experiences, decision-making processes, and the impact of DeepSeek on the organization. The narrative reveals how the company values direct communication and embraces a flat structure.

DeepSeek's representative, Chen Deli, expressed concerns about the societal risks of artificial intelligence at a recent industry event. He noted that while AI technology holds promise, it could lead to significant job automation. This commentary comes as the company continues its pursuit of artificial general intelligence.

This article analyzes the developments in China's open-source AI ecosystem since the "DeepSeek Moment" in early 2025. It highlights the strategic shifts of major companies like Alibaba, Tencent, and ByteDance, as well as the broader collaborative efforts that have emerged, shaping the future of AI in the country.

DeepSeek's AI model, DeepSeekMath-V2, earned gold by solving five of six problems at the International Mathematics Olympiad 2025. The model is open-source under the Apache 2.0 license, enhancing access to advanced mathematical AI tools.

This article reviews key milestones in Chinese AI throughout 2025, highlighting significant model launches, shifts in the AGI discussion, and developments in the US-China chip war. It emphasizes the impact of DeepSeek and the emergence of open-source models, as well as the international ambitions of companies like Manus.

This article provides step-by-step instructions for setting up and using the DeepSeek-OCR-2 model for optical character recognition. It includes specific commands for cloning the repository, installing necessary packages, and running the model on images and PDFs. Configuration details and code snippets for integration with the Transformers library are also included.

This article discusses advancements in the Deepseek model, highlighting reduced attention complexity and innovations in reinforcement learning training. It also critiques the assumptions surrounding open-source large language models and questions the benchmarks used to evaluate their performance.

This article explores DeepSeek's Engram architecture, which improves large language models by using a lookup table for common N-gram patterns instead of relying solely on neural computation. This approach reduces computational load, enhances knowledge retrieval, and allows models to focus on more complex reasoning tasks.

DeepSeek plans to launch its V4 model by mid-February, focusing on coding tasks and potentially outperforming Claude and ChatGPT in long-context scenarios. The developer community is buzzing with anticipation, while internal benchmarks suggest it could disrupt the market despite skepticism about its real-world performance.

The article reviews the aftermath of DeepSeek's 'R1' release and its immediate effects on the AI market, particularly NVIDIA's stock and the broader tech landscape. It argues that while the release prompted a shift in thinking about AI development, the long-term changes may be less significant than initially believed. The piece also touches on the evolving competition between US and Chinese AI companies.

The article discusses DeepSeek's performance in the AI field, particularly around their Distillation claims and reinforcement learning successes. It critiques the mixed perceptions of their contributions and highlights their independence from existing models like OpenAI's.

Liang Wenfeng's quantitative hedge fund, DeepSeek, achieved over 50% returns last year, significantly increasing its financial resources. Zhejiang High-Flyer Asset Management, which manages around $10 billion, reported an average return of 56.6% across its funds in 2025, according to Shenzhen PaiPaiWang Investment & Management Co.

DeepSeek introduced a paper detailing its innovative training method called Manifold-Constrained Hyper-Connections. This approach aims to enhance scalability and reduce energy use in AI development, addressing challenges tied to limited access to Nvidia chips in China.

DeepSeek, a Chinese startup, has introduced two new versions of its AI model, building on an earlier experimental release. The latest model, DeepSeek-V3.2, reportedly matches OpenAI's GPT-5 in reasoning capabilities, indicating that China's open-source AI is competitive with leading models from Silicon Valley.

This article discusses advancements made by Deepseek in reducing attention complexity and improving reinforcement learning training. Key points include their unique approach to context management and task/environment creation, as well as their critique of the open-source LLM landscape.

Baidu is making its Ernie generative AI model open source, marking a significant shift in China's tech sector and putting pressure on competitors like OpenAI and Anthropic. Experts believe this move could disrupt pricing dynamics in the AI market, as it offers powerful models at lower costs, although skepticism about security and trust in Chinese technology remains.

DeepSeek-V3.2-Exp has been released as an experimental model that incorporates a new sparse attention mechanism aimed at enhancing efficiency in handling long-context text sequences. This version maintains output quality while improving performance across various benchmarks compared to its predecessor, V3.1-Terminus. Detailed instructions for local setup and usage are also provided for the community.

The article discusses the launch of DeepSeek's R2 AI model, set for release in 2025. It highlights the advancements in AI capabilities and the potential applications of the new model in various industries. Additionally, it outlines the company's vision for transforming data processing and analysis through innovative AI solutions.

The Huawei DeepSeek R2, powered by the Ascend AI chip, is expected to be officially launched between August 15 and 30. This new AI reasoning model is anticipated to compete with OpenAI's ChatGPT 5, signaling a significant advancement in AI technology.

TNG Technology Consulting GmbH has unveiled R1T2, a new variant of DeepSeek R1-0528 that operates 200% faster while maintaining high reasoning performance. With significant reductions in output token count and inference time, R1T2 is tailored for enterprise applications, offering an open-source solution under the MIT License.

Reflection has successfully raised $2 billion to establish itself as a leading AI lab in the U.S., aiming to compete with industry giants like DeepSeek. The funding will support the development of innovative AI technologies and research initiatives that challenge existing paradigms in the field.

DeepSeek's 3FS distributed file system benchmarks are analyzed through a "performance reality check" method that compares reported metrics against theoretical hardware limits. The analysis highlights potential bottlenecks in network and storage components, particularly focusing on an AI training workload, where network bandwidth was identified as the primary limiting factor despite impressive throughput figures. This approach aims to validate performance claims and guide optimization strategies before extensive benchmarking.

The article discusses the potential ban of DeepSeek, a controversial surveillance software, as proposed by Congress members Cassidy and Rosen. The lawmakers express concerns over the implications of using such technology by contractors, emphasizing the need for stricter regulations on surveillance tools.

DeepSeek-V3.1 is now available in Amazon Bedrock, enhancing generative AI applications with improved performance in reasoning and multi-step tasks. This hybrid model supports over 100 languages and excels in code generation, agentic AI tools, and enterprise applications, while offering robust security features and customizable safeguards. Users can easily access and test the model through the Amazon Bedrock console or AWS CLI.

Strategies for deploying the DeepSeek-V3/R1 model are explored, emphasizing parallelization techniques, Multi-Token Prediction for improved efficiency, and future optimizations like Prefill Disaggregation. The article highlights the importance of adapting computational strategies for different phases of processing to enhance overall model performance.

DeepSeek-R1-0528 is an upgraded reasoning model that features enhanced analytical capabilities, achieving an accuracy of 87.5% in complex reasoning tasks. This model allows for deeper problem-solving and strategic thinking, making it valuable in specialized fields, while also offering improved support for function calling and reduced hallucination rates. Users can leverage both reasoning and non-reasoning models to optimize task execution and cost efficiency.

Microsoft AI has introduced MAI-DS-R1, a new variant of the DeepSeek R1 model, featuring open weights and enhanced capabilities for responding to blocked topics while reducing harmful content. The model demonstrates significant improvements in responsiveness and satisfaction metrics compared to its predecessors, making it a valuable resource for researchers and developers.

Hangzhou has emerged as a leading tech center in China, largely due to its entrepreneurial spirit and talent pool. The city's transformation was marked by the success of local company DeepSeek, which developed an AI model that competes with American technology at a lower cost, igniting excitement among local entrepreneurs.

DeepSeek aims to launch its AI agent by the end of 2025, positioning itself as a competitor to OpenAI. The company is focusing on developing advanced AI capabilities to challenge existing players in the market, particularly in the realm of conversational agents.

Google Cloud is expanding its Vertex AI Model Garden by introducing the DeepSeek R1 model as part of its Model-as-a-Service (MaaS) offerings. This initiative aims to simplify the deployment of large-scale AI models by providing fully managed, serverless APIs, allowing businesses to focus on application development rather than infrastructure management.

3FS, developed by DeepSeek, is a distributed filesystem designed to abstract file storage across multiple machines, providing scalability, fault tolerance, and high throughput. The system comprises four main node types: Meta, Mgmtd, Storage, and Client, each with specific roles for managing metadata, configuration, and data storage. The CRAQ protocol ensures strong consistency and fault tolerance by organizing data in a chain, optimizing read and write operations.

DeepSeek has launched its Terminus model, an update to the V3.1 family that improves agentic tool use and reduces language mixing errors. The new version enhances performance in tasks requiring tool interaction while maintaining its open-source accessibility under an MIT License, challenging proprietary models in the AI landscape.

Phishing sites are masquerading as legitimate downloads from DeepSeek, distributing a proxy backdoor that compromises users' systems. These malicious sites exploit trust to lure victims into downloading harmful software. Users are advised to be cautious and verify sources before downloading applications.

The DeepSeek-R1-GGUF model repository on Hugging Face hosts large datasets and model files for text generation tasks, specifically utilizing the DeepSeek architecture. It includes multiple versions of the model, all under an MIT license, and is part of a community-driven project by Unsloth AI.

The content originally found on this page has been relocated to a new URL, which provides information regarding the DeepSeek Qwen report. Users are instructed to click the link if they are not automatically redirected.

DeepSeek has released version 3.1, introducing a hybrid inference model that operates in both Think and Non-Think modes, enhancing response times and agent capabilities. Key updates include a 128K context for chat and reasoning modes, improved multi-step reasoning, and a new tokenizer configuration, along with pricing changes effective until September 2025.

DeepSeek V3.1 has emerged as a powerful open AI model, capable of processing extensive context while integrating chat, reasoning, and coding functions seamlessly. Its open-source approach challenges traditional AI business models by providing high-performance capabilities at significantly lower costs, promoting wider accessibility and innovation in AI development.

DeepSeek’s full-parameter all-in-one machine is experiencing poor sales, while the market is increasingly leaning towards more affordable low- and mid-range models. This shift suggests a growing demand for budget-friendly options rather than high-end products.

DeepSeek V3 is a 685B-parameter, mixture-of-experts model that represents the latest advancement in the DeepSeek chat model family. It succeeds the previous version and demonstrates strong performance across various tasks.

The article discusses DeepSeek-OCR, an innovative open-source model designed to enhance large language models' ability to process long contexts by converting text into images and treating them as visual tokens. This method significantly reduces computational costs while preserving document structure and meaning, presenting a promising solution for the limitations faced by traditional token-based approaches in handling extensive text.

The article discusses the author's experience running the DeepSeek-OCR model on an NVIDIA Spark using Claude Code, highlighting the challenges faced and the solutions discovered during the process. By utilizing a Docker container and leveraging the capabilities of Claude Code, the author successfully configured the environment, installed necessary dependencies, and executed the OCR task. The article details the steps taken, including troubleshooting issues with PyTorch compatibility and CUDA support.