Microsoft Aims for AI-Driven Rust Migration by 2030; Neuromorphic Skin Advances Robotics
Microsoft engineer Galen Hunt announced a goal to eliminate all C and C++ code from Microsoft's repositories by 2030 using AI tools to translate to Rust, in an effort to improve code security, reports ZDNet. While discussions started around overhauling Windows, clarifications specified focusing on developing AI-powered migration tools instead of complete OS rewrites.
Researchers have created neuromorphic artificial skin for robots, which replicates human touch with sensory signals based on spikes, enabling more energy-efficient and precise robotic interactions, according to Advanced Materials. This innovation reduces power consumption, advancing applications in areas like healthcare, manufacturing, and prosthetics, potentially transforming human-robot interactions despite scalability and ethical hurdles.
AI is changing software development by emphasizing the need for clearer and more structured code, rewarding modularity and readability while exposing poor coding practices, according to a study by Deloitte. Gains in productivity reported depend on careful upfront planning and AI-friendly strategies, showing how AI enhances human talents and requires adaptation for developers seeking success in this collaborative environment.
As reported by Yahoo Finance, a spotlight shines on the top 10 fastest-growing AI startups in 2026, spanning areas from generative models to enterprise automation and AI infrastructure, fueling innovation across diverse industries.
Concerns are being raised regarding necessary improvements to AI in recruitment processes to ensure fairness and efficacy, a common debate as this technology matures, according to Analytics Insight.
An article in the Observer discusses how the convenience of using technology is impacting critical thinking skills and the role of libraries, a common discussion with today's tech advancement.
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