The electric vehicle revolution is testing grid limits worldwide. New AI platforms promise real-time optimization, but face monumental scaling challenges as EV adoption accelerates beyond infrastructure capacity.
Researchers have developed ClimSight, an AI-powered platform that integrates multiple climate data sources with large language models to provide detailed, location-specific climate risk assessments. The system reportedly delivers more accurate and contextually relevant information than using LLMs alone, according to recent evaluations. Built with modular architecture, ClimSight enables businesses and planners to make better-informed decisions about climate-related risks.
Climate scientists and AI researchers have reportedly developed a new platform that could fundamentally change how businesses and communities assess climate risks. Called ClimSight, the system combines multiple environmental data sources with large language models to generate highly specific climate assessments for any land-based location worldwide.
What makes this approach different, according to the research, is how it moves beyond simply asking an LLM about climate patterns. Instead, ClimSight integrates real-time environmental data, high-resolution climate models, and scientific literature through a sophisticated modular architecture that processes information through specialized components.
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The UK’s analogue telephone network is set for permanent retirement by January 2027, creating an urgent migration challenge for critical infrastructure providers. Analysts suggest organizations serving essential functions should complete their transition to digital networks by end of 2025 to ensure operational continuity and enhanced capabilities.
The UK’s legacy Public Switched Telephone Network (PSTN) is approaching complete retirement by January 2027, creating an urgent migration imperative for organizations supporting critical national infrastructure. According to reports, the ageing analogue system originally designed for basic voice communication has become increasingly fragile and inadequate for modern digital demands.
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