Paul McCartney has urged the British government not to make a change to copyright laws that he says could let artificial intelligence companies rip off artists

Paul McCartney warns against U.K. copyright changes that could harm artists. He calls for better protections to safeguard creativity. Act now for artists' rights.

Legendary musician Paul McCartney is warning against proposed changes to U.K. copyright law that would allow tech companies to freely train their models

Paul McCartney stumped for protections for younger artists against A.I. and against their exploitation by tech giants in a recent BBC interview.

English singer-songwriter Paul McCartney urged the British Government to not make any changes to the copyright laws in the U.K. since many different artificial intelligence (AI) companies could rip off artists in the music industry.

Paul McCartney said proposed changes to copyright laws that would allow AI developers to use content will make it difficult for artists to make money.

During a recent interview, Paul McCartney said he was worried only tech giants would benefit from AI in music unless copyrights were protected.

Paul McCartney is calling for the British government to protect artists in light of a new copyright law that could enable artificial intelligence to "rip off" creators.

This comes after McCartney and his fellow surviving Beatle Sir Ringo Starr used AI to extract the late John Lennon’s vocals from a demo left behind, to create a new song Now and Then. The song has been billed as The Beatles’ very final song and enjoyed critical praise on its release in 2023, nominated for two Grammy Awards.

Sir Paul McCartney has told the BBC proposed changes to copyright law could allow "rip off" technology that might make it impossible for musicians and artists to make a living.

McCartney and Elton John speak out against the UK government’s AI proposal, fearing it could harm creativity in music.

The UK government is set to consult on a scheme that allows AI firms to use existing musical works to train their models.