Articles
This article, written by Li Jianzhong, Dean of Qidian Intelligence Research Institute, systematically analyzes the profound impact of AI Large Language Models (LLMs) on technology and industrial ecology. The article first elaborates on the shift of the AI reasoning paradigm from traditional training models to reasoning models driven by Reinforcement Learning, emphasizing that AI achieves innovation beyond human knowledge through self-generated experience data. Next, the author introduces the concepts of 'Ambient Programming' and 'Malleable Software', predicting that non-professionals will be able to create personalized software through natural language, subverting traditional software production and delivery methods. In terms of Human-Computer Interaction (HCI), the article points out that natural language dialogue interfaces will become the entry point of the AI era, and predicts that isolated Apps will be transformed into services, and structured UIs will disappear, replaced by seamless service connections and Generative UIs driven by Agents. Finally, the article describes in detail the evolution of the Agent ecosystem, emphasizing its planning, tools, collaboration, memory, and action capabilities, as well as the trend of the Internet being reconstructed from an 'Information Network' to an 'Action Network', and discusses the future landscape of diverse devices and accompanying interaction modes. The article presents a forward-looking perspective with rigorous logic, offering profound insights into the future trajectory of AI development.
This article features an in-depth interview with Anthropic CEO Dario Amodei, in which he elaborates on his complex position as both a promoter and outspoken voice on AI risks. Amodei emphasizes that AI capabilities are on an exponential growth curve. He feels a strong sense of urgency, believing that the industry generally underestimates the speed and potential impact of AI development. He refutes accusations that he is a 'doomsayer' and 'trying to control the industry,' and reveals that his deep understanding of technological acceleration is rooted in the personal experience of his father's death due to lagging medical technology. In the interview, Amodei criticizes NVIDIA CEO Jensen Huang's remarks and criticizes some companies for only pursuing 'acceleration' while neglecting safety. He also shares the reasons for Anthropic's breakthroughs in the code domain and elaborates on the company's strategic focus on the Enterprise AI market, believing that this can better incentivize model development. He firmly believes that a company culture driven by talent density and a sense of mission is the real competitive advantage, rather than simply accumulating funds or GPUs.
The article reveals a serious issue caused by the latest Windows 11 system update KB5063878 (and related Windows 10 updates): when users transfer large files exceeding 50GB, the solid state drive (SSD) may freeze, encounter I/O errors, or even disappear from the system. In some cases, restarting does not restore the drive, potentially leading to data loss or hardware damage. This issue was initially discovered and investigated by Japanese player Nekorusukii, and subsequently, a large number of Reddit community users reported similar situations involving SSDs from various brands such as Samsung, Corsair, Kioxia, SanDisk, and ADATA, disproving the initial hypothesis of specific SSD controller problems. The article points out that this bug is almost certainly caused by the Windows Update and may be related to adjustments in the storage stack's cache/buffer mechanism. Currently, Microsoft and SSD manufacturers are still investigating and have not released an official patch. The article recommends that users avoid transferring large files during this period to mitigate data risks.
Based on the eighth Python Developer Survey report by the Python Software Foundation (PSF) and JetBrains, this article features an in-depth analysis by Talk Python founder Michael Kennedy. The report highlights Python's continued reign as the top programming language with a 26.14% usage rate. It also notes that 50% of Python users have less than two years of professional programming experience, demonstrating its accessibility to newcomers. Data Science has become Python's primary application area, accounting for over half of its usage, driven by the rapid development of AI and large model tools. However, a majority of developers are missing out on significant performance improvements and cost savings by using older Python versions. The article emphasizes the resurgence of Web Development, particularly the rapid growth of FastAPI, and the importance of asynchronous programming and Rust as performance accelerators within the Python ecosystem. Michael Kennedy predicts future trends in Agentic AI, free-threaded (no GIL) Python, and mobile/GUI development. He also provides six actionable recommendations for developers: learning uv, upgrading Python, embracing Agentic AI, learning Rust basics, understanding multithreading, and supporting newcomers. Overall, this article provides a comprehensive and insightful overview of the current state and future of the Python ecosystem.
This article provides a detailed review of the legendary journey of Microsoft's Windows XP operating system, from its predecessor MS-DOS and the development background of Windows NT, to the bumpy internal projects Neptune and Odyssey, and finally the integration and release of Whistler (XP code name). The article elaborates on how XP unified consumer and enterprise product lines, introducing key features such as the Luna Theme, WPA Product Activation, enhanced network functionality, and System Restore. It also mentions the market controversies during its initial release (such as product activation and interface style), as well as subsequent Service Pack iterations. Most importantly, the article points out that XP's success lies in its extremely high stability and wide hardware compatibility, which greatly improved users' expectations of operating systems. Ultimately, XP's retirement was not due to its own problems, but rather the gradual abandonment of support by third-party software vendors.
The article delves into the "Vibe Coding" phenomenon in AI-assisted development and its potential hazards in production environments. Through interviews with 18 CTOs and technology leaders, the article points out that while AI can quickly generate code and accelerate prototype development, a lack of human review and understanding of the system's deep logic can easily lead to severe performance crashes, hard-to-detect security vulnerabilities, and difficult-to-maintain "trust debt" and "context rot". Several CTOs shared real-world examples, revealing the dilemma of AI-generated code that seems perfect but frequently causes problems in production environments. The article emphasizes that AI tools should serve as "co-pilots" rather than "autopilots", and developers need to maintain critical thinking, conduct rigorous reviews, and take ultimate decision-making responsibility. At the same time, the article also mentions the strategic value of Vibe Coding in prototypes and one-off projects, and proposes ways to minimize risks through clear guardrails and context validation, ultimately emphasizing the irreplaceable role of human developers in system design, troubleshooting, and understanding business logic.
The article delves into the impact of AI-Generated Code tools on Linux Kernel development. Microsoft CEO Satya Nadella noted that AI generates 30% of their internal code. However, the integration of AI is more complex in the open-source community, particularly within the Linux Kernel. Nvidia engineer Sasha Levin likened Large Language Models (LLMs) to “fancy compilers,” believing they can significantly improve efficiency in fixing minor bugs and generating commit messages. He also depicted a future scenario of training LLMs to assist in Kernel maintenance, such as learning Kernel code patterns, possessing interpretability, and directly connecting to the Git tree. The article introduces the AI tool AUTOSEL, already used by the Linux community, which utilizes AI to automatically analyze commit messages and code changes, filter stable branch patches, and identify CVE vulnerability fixes, thus reducing the burden on maintainers. However, maintainers like Verizon Executive Director Dirk Hohndel and Oracle engineer Lorenzo Stoakes have expressed concerns, pointing out that the fragility of C Language and the complexity of the Linux Kernel mean that even minor bugs generated by AI can evolve into security vulnerabilities. Additionally, AI leads to a proliferation of “garbage patches,” increasing the burden on maintainers. Therefore, the community has reached a consensus that an official AI policy needs to be formulated to clarify AI-generated code's labeling, responsibility, and copyright, especially addressing ambiguities under the GPL-2.0 License, to regulate its use in open-source projects.
This article details the departure of legendary Alibaba programmer Duolong (Cai Jingxian) after 25 years of service, and his recent joining of Beilian Zhuguan, an AI startup founded by his former colleague Bixuan. Duolong was known as the "Sweeping Monk" (a term for a hidden master) and "First Programmer of Taobao" at Alibaba. With his outstanding technical strength and low-profile focus, he built the transaction and forum systems in the early days of Taobao, and maintained the core infrastructure for a long time, eventually becoming an Alibaba partner and appearing on the rich list. This time, re-emerging, Duolong will join forces with Bixuan (one of the founders of Alibaba's technology) in the AI Agent arena, dedicated to solving the problem of scaling O&M services through AI Agents, and transforming professional experience into intelligent agents to provide efficient O&M services for enterprises. Beilian Zhuguan has created SREAgent for this purpose.
The article delves into how a startup's massive Technical Debt and toxic Company Culture led to its downfall, as seen through a senior programmer's resignation. The author notes frequent data loss and crashes in the company's products caused significant customer churn, and the R&D team entered a downward spiral where fixing bugs created more problems. The core issue wasn't a lack of technical skills but management's mandate to not touch Legacy Code, an unreliable Logging System, a terrible Development Toolchain, and a 'Skill Issue' blaming culture. The article stresses that Technical Debt isn't the real threat; a Company Culture that turns it into a dead end is, ultimately causing team exodus and business stagnation. Using real-world examples and shared experiences, the article alerts managers and developers to the organizational and cultural roots of Technical Debt.
The article delves into the significant impact of AI crawlers on internet websites. The Fastly report indicates that AI crawlers account for 80% of bot traffic, with peak requests reaching 39,000 per minute, resulting in website instability and increased costs. Meta, Google, and OpenAI are identified as major sources of AI crawlers, with Meta accounting for 52%, and OpenAI's ChatGPT-User and SearchBot dominating crawling requests. Facing this challenge, website developers are adopting a range of anti-crawling strategies, including the Anubis system based on Proof of Work (PoW), using 'ZIP bombs' to consume crawler resources, and gamified CAPTCHAs like Doom challenges. Additionally, infrastructure companies like Cloudflare have launched solutions like the 'AI Maze.' The article emphasizes that this arms race will continue to evolve, advising website administrators to configure robots.txt and consider deploying more advanced anti-crawling systems to address the growing AI crawler traffic and its associated costs and security challenges.