AIInnovationSoftware

Microsoft Enhances Visual Studio with AI Planning Feature for Complex Development Tasks

Microsoft is rolling out a new Planning Mode for Copilot in Visual Studio 2022, designed to handle complex coding tasks through structured, multi-step plans. The feature provides developers with full visibility into AI-driven processes and dynamically updates progress in real time. Early testing reportedly shows significant improvements in task completion rates when using the new mode.

New AI Planning Capability for Visual Studio

Microsoft is enhancing its Visual Studio development environment with a new AI-powered Planning Mode for Copilot, according to recent reports. Sources indicate the feature is now available in public preview for Visual Studio 2022 version 17.14, marking a significant advancement in how developers interact with AI assistance tools.

AIInnovationStartups

Autonomous AI Systems Reshaping Business Operations, But Human Oversight Remains Critical

Agentic AI systems are now handling complex business functions from customer service to software development. While companies like Klarna have demonstrated significant efficiency gains, experts emphasize that sustainable success depends on strategic human-AI collaboration rather than full automation.

The Rise of Agentic AI in Business Operations

Businesses are increasingly experimenting with autonomous AI systems capable of performing tasks ranging from customer service to software development, according to industry analyses. These agentic AI platforms promise to revolutionize operations by working continuously without compensation, but sources indicate that successful implementation requires careful strategic planning and human oversight.

ResearchScience

New Earthquake Model Reveals Microscopic Origins of Seismic Activity, Paving Way for Early Detection Systems

Researchers have developed a laboratory model that reveals how microscopic contact areas between fault surfaces control earthquake behavior. The findings provide the first physical interpretation of earthquake mechanics that could lead to improved early warning systems by monitoring fault zone properties in real time.

Breakthrough in Earthquake Science

Scientists have reportedly solved a longstanding mystery in earthquake science through a new laboratory model that connects microscopic contact areas between fault surfaces with seismic dynamics. According to reports published in the Proceedings of the National Academy of Sciences, the research provides the first physical interpretation of concepts that have been central to earthquake prediction models since the 1970s.