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Aliyun open-sources the network agent WebSailor. Its 32B and 72B versions performed well in the BrowseComp evaluation, surpassing multiple closed-source models, ranking just behind OpenAI DeepResearch. The project has been released on GitHub with construction plans and datasets, promoting open innovation in the AI field and providing developers with a smarter web interaction tool.

Giant Network's social deduction game, 'Space Kill,' has officially integrated Tencent's HunYuan large language model. This innovative move marks a significant step in the exploration of AI-native gameplay within the gaming industry. Currently, 'Space Kill' has generated over 7 million AI players using this model. These virtual players will engage in intense battles with the game's 200 million real users, providing players with a completely new gaming experience.

nEye Systems Inc., a silicon photonics startup, announced today that it has closed a $58 million Series B funding round. The investment was led by CapitalG, the growth equity investment arm of Alphabet Inc., Google's parent company. Other participants include Microsoft's M12, Micron Ventures, Nvidia, and Socratic Partners. This brings nEye's total funding to over $72 million.

At the 2025 China Mobile Cloud Intelligence Computing Conference, Yang Jie, Chairman of China Mobile Communications Corporation, revealed that by 2030, artificial intelligence (AI) tasks are projected to account for 60% of total network traffic. This indicates an increasing reliance on AI technologies in future networks, demanding more advanced compute network infrastructure. Yang Jie pointed out that the "rebound effect" of computing power is gradually emerging, with inference computing power expected to grow four times faster than training computing power by 2030. This shift will drive new demands for computing power services.

Google DeepMind recently released a comprehensive strategic document outlining its approach to developing safe Artificial General Intelligence (AGI). AGI is defined as a system capable of matching or exceeding human capabilities in most cognitive tasks. DeepMind anticipates that current machine learning approaches, particularly neural networks, will remain the primary path to achieving AGI. The report notes that future AGI systems could potentially surpass human performance and exhibit significant autonomy in planning and decision-making. This technology will have implications for healthcare...

Giant Network announced that its social deduction game, Space Kill, has officially integrated the DeepSeek large language model and launched a native gameplay mode called "Imposter Challenge" based on this technology. This mode is currently undergoing gray testing and will be rolled out to all users later. This marks the industry's first deep application of DeepSeek's capabilities to innovate game mechanics, using AI to drive core gameplay and reshape the competitive and interactive experience.

Maxis Berhad, a Malaysian telecommunications company, and Huawei Technologies (Malaysia) Sdn Bhd have announced a strategic collaboration to enhance intelligent network operations through Artificial Intelligence (AI) and Machine Learning (ML). This collaboration aims to accelerate Maxis' digital transformation and improve user experience and operational efficiency via self-optimizing network technologies. According to Maxis, the collaboration will involve a comprehensive joint project focused on integrating AI and ML deeply into network management.

The AI revolution in image recognition is rapidly evolving, moving beyond simple cat-dog classification. Current trends focus on much finer distinctions, such as identifying the year and model of a specific car or even subtle differences like the thickness of a bird's eyebrow. However, while neural networks excel at classification, explaining their reasoning ('Why did you classify this as X?') often proves challenging. Traditional Class Activation Maps (CAM)

Tianyancha App shows that Hefei iFlytek Xingdun Technology Co., Ltd. has a wide range of business operations, covering software development, artificial intelligence basic resources and technology platforms, artificial intelligence theory and algorithm software development, artificial intelligence application software development, network and information security software development, and big data services. The layout of these business areas fully demonstrates the company's strong strength in technological innovation and information technology services.

Researchers from the Tübingen University's ELLIS Unit, the University of Maryland, and Lawrence Livermore National Laboratory have developed Huginn, a novel language model with a recursive architecture that significantly enhances reasoning capabilities. Unlike traditional models, Huginn doesn't require specialized 'reasoning chain' training; it can autonomously reason within the neural network's 'latent space' before outputting results. The research team developed Huginn, a novel language model with a recursive architecture that significantly enhances reasoning abilities. Unlike...

Recently, the Suzhou government external network completed the deployment of the DeepSeek R1671B full-function large model, marking an important step for Suzhou in digital government services. The purpose of this deployment is to provide more efficient and intelligent services to various government departments and related sectors, further enhancing government transparency and service quality. At the same time as the new system went live, the Suzhou Digital Science and Technology Group also successfully developed and launched the 'Digital Government Intelligent Assistant' based on DeepSeek and other large models. This innovative application will integrate the government service knowledge base.

Recently, PramaLLC launched its latest artificial intelligence model - Background Erase Network BEN2. This model has made significant innovations in foreground segmentation technology. BEN2 uses a Confidence Guided Matting (CGM) pipeline, employing a refined network specifically designed to handle pixels with lower confidence from the base model, resulting in more precise and reliable cut-out effects.

Recently, according to intellectual property information from Tianyancha, Beijing Zijiao Network Technology Co., Ltd. has applied for multiple trademarks related to 'Aily', including 'Aily', 'Classmate Aili', and 'Feishu Aily'. This trademark application involves various fields in international classification including scientific instruments, website services, and communication services. Currently, the status of these trademarks is pending substantial review. Zijiao Network Technology Co., Ltd. was established in October 2018, with Li Ying as the legal representative and a registered capital of up to $100 million, fully owned by Douyin.

Google Research recently announced the innovative 'Titans' series model architecture, achieving a groundbreaking 2 million token context length through bionic design, with plans to open-source related technologies in the future. The core innovation of this architecture is the introduction of a Deep Neural Long-Term Memory Module, inspired by the human memory system. Titans cleverly combines the rapid response capability of short-term memory with the persistence characteristics of long-term memory, while utilizing an attention mechanism to handle immediate context, forming an efficient information processing system.

Meta is laying the groundwork for the future, planning to have AI-generated profiles interact with regular users on Facebook and Instagram. Some tools have already started being rolled out, and Meta hopes these AI characters will become a regular part of its social network. Connor Hayes, Meta's Vice President of Generative AI, stated that the company expects AI characters to become a part of the social platform over time, equipped with capabilities similar to human accounts.

A recent study suggests that artificial intelligence (AI) has the potential to surpass human intelligence in the future. The research delves into the complexities of AI and the human brain and proposes a new theoretical framework, indicating that by applying AI technology at the cellular level of neuroscience, AI could infinitely approach the functionality of the human brain, potentially even surpassing human intelligence levels. The human brain is widely regarded as one of the most complex systems in the universe, while artificial intelligence is seen as one of the most important technologies in human history. A core question looms: Will artificial intelligence ultimately surpass human intelligence?