Artificial intelligence boom could threaten net zero targets, Cambridge report warns

Ambitious Artificial Intelligence development may seriously hinder global net zero goals, according to a new Cambridge report highlighting surging energy use in Big Tech.

As governments like the United Kingdom set out aggressive strategies to lead in Artificial Intelligence and decarbonisation simultaneously, new research from the University of Cambridge sounds an alarm over a potentially drastic conflict between these priorities. According to the report, rapid advancements in Artificial Intelligence and related big tech infrastructures could drive a 25-fold increase in energy demand, putting monumental pressure on efforts to reduce carbon emissions and meet existing net zero commitments.

The Cambridge study highlights how major digital players, especially cloud computing giants, are scaling up data centres to fuel Artificial Intelligence services. These facilities, already energy intensive, will require unprecedented amounts of electricity as Artificial Intelligence adoption surges—threatening to overwhelm renewable energy capacity growth. The research underscores that without strategic interventions, the exponential growth of machine learning models and cloud platforms could make it nearly impossible for countries to reconcile Artificial Intelligence ambitions with climate targets.

This warning arrives as global policymakers attempt to position themselves at the forefront of both Artificial Intelligence innovation and climate action. The report urges urgent review of policy frameworks, greater transparency in tech sector reporting, and coordinated investment in cleaner, more efficient infrastructure. Without such measures, researchers stress, the unchecked expansion of Artificial Intelligence could undermine years of progress toward decarbonising national and global economies.

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Qualcomm launches Dragonwing Q-6690 with integrated RFID and Artificial Intelligence

Qualcomm announced the Dragonwing Q-6690, billed as the world’s first enterprise mobile processor with fully integrated UHF RFID and built-in 5G, Wi-Fi 7, Bluetooth 6.0, ultra-wideband and Artificial Intelligence capabilities. The platform is aimed at rugged handhelds, point-of-sale systems and smart kiosks and offers software-configurable feature packs that can be upgraded over the air.

Recent books from the MIT community

A roundup of new titles from the MIT community, including Empire of Artificial Intelligence, a critical look at Sam Altman’s OpenAI, and Data, Systems, and Society, a textbook on harnessing Artificial Intelligence for societal good.

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