All AI stories, newest first.
Microsoft Edge’s Copilot AI can now summarize, compare, and analyze information across all your open tabs. This feature makes it easier to research, shop, and stay organized without switching between tabs.
Meta introduced Incognito Chat, an AI chatbot that doesn't store conversations on servers. This could change how people use AI for sensitive topics, offering a level of privacy not seen before.
IBM has open-sourced Granite Embedding Multilingual R2, a powerful AI model that improves search and translation across languages. It handles up to 32,000 words at once, making it useful for large documents and complex queries.
Google is launching its AI-powered Finance tool across Europe. This update brings local language support and powerful features to help users manage their money. The tool is designed to make financial planning more accessible and intuitive for everyday people.
Researchers have created DocAtlas, a new framework that can understand documents in over 80 languages, including those with limited resources. This tool could make digital services more accessible to non-English speakers worldwide.
Researchers created DisaBench, a tool to measure how well AI models handle disability-related issues. It was developed with people who have disabilities and experts to ensure it accurately reflects real-world concerns.
OpenAI has updated ChatGPT to better understand and respond to sensitive conversations. This helps the AI provide safer and more appropriate responses over time. The new updates focus on improving context awareness, making it easier for ChatGPT to detect and manage risky topics.
Researchers have developed a new framework called the State-Centric Decision Process (SDP) to help AI agents better navigate complex environments like web browsers and code terminals. This approach allows agents to build their own state representations as they act, making them more adaptable and effective.
Researchers have found that language models don't rely on a single mechanism to perform tasks. This discovery could change how we understand and improve AI. The study suggests that multiple pathways can achieve the same result in AI systems.
Researchers have announced that AI models have surpassed all previous benchmarks for autonomous cybersecurity capabilities. This breakthrough could revolutionize how we protect digital systems from threats.
Researchers argue that AI fairness should be evaluated through real conversations, not standardized tests. Current test-based methods can be unreliable and misleading, leading to incorrect conclusions about AI fairness.
NVIDIA engineers and researchers are using OpenAI's Codex with GPT-5.5 to develop production systems and quickly turn research ideas into working experiments. This collaboration is making AI development faster and more accessible.
AI vision models are easily fooled by numbers embedded in images, affecting their quality judgments more than poor image quality. This bias happens in deeper layers of the AI's processing, not just surface-level visual changes.
Researchers have found that certain AI training techniques can improve language models, but they can also cause problems. The study highlights key factors that determine whether these methods work or fail, offering practical insights for developers.
AI agents in factories understand technical terms but struggle with real-world relationships between machines, processes, and rules. Researchers have identified this 'semantic training gap' and proposed solutions to bridge it.
Researchers developed a method called OLIVIA to improve how AI agents make decisions. It helps them learn from mistakes in real-time, making them more efficient and reliable. This could make AI assistants and other tools work better over time.
Researchers have developed a system called LatentRouter that can choose the best AI model for a specific image-based question before it even answers. This could make AI assistants much more efficient and accurate for visual tasks.
Researchers have developed a new AI approach called Deep Reasoning that mimics how humans adapt their thinking to solve complex problems. This could make AI assistants much more versatile in handling real-world tasks.
Researchers have created a system where two AI models can collaborate directly through a shared brain-like connection. This could make AI assistants smarter by letting them specialize in different tasks while working together seamlessly.
Researchers developed a technique to help AI learn more efficiently by ranking actions. This method could make AI systems better at tasks like gaming or robotics by reducing the need for extensive trial-and-error.