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336 articles
Learn how smart fitness watches use sensors and artificial intelligence to help runners train more effectively and prevent injuries. Discover the technology behind these popular devices.
This article explains how company valuations and investments work, using the example of Nvidia investing in Perplexity. Learn what these terms mean and why they matter in the tech world.
This explainer explains how AI-powered surveillance technology works and why it's causing public concern about privacy and potential misuse.
Learn how iPhone's new Messages background feature helps prevent accidentally texting the wrong person by changing colors based on your conversations.
Sonos is preparing to launch new hardware and an AI-backed overhaul of its voice assistant to compete in the smart speaker market. The company's enhanced voice control capabilities aim to differentiate it from competitors like Amazon's Echo and Google Nest.
Learn how to deploy AI workloads on Nvidia-powered data center infrastructure using containerization and GPU optimization techniques.
Learn how deepfakes work and why simple human verification methods may be our best defense against AI-generated deception.
Learn how GEN-1.5, a new AI system from Generalist AI, allows robots to learn new tasks from just one demonstration, making them more adaptable and useful in everyday life.
Google introduces five new features to enhance learning through improved search capabilities, interactive tools, and personalized experiences.
Learn to build AI-powered educational tools using Google's Gemini API that can answer academic questions, generate study guides, and provide concept explanations.
Learn to build a simple AI chatbot using Python and Hugging Face Transformers, understanding both the technical implementation and consumer concerns around AI adoption.
This explainer explores AI-free Linux distributions - operating systems that deliberately exclude artificial intelligence components. Learn how these systems maintain computational integrity and why they represent a principled approach to modern computing.
