The global live music industry is undergoing a dramatic transformation, as rapidly advancing technology increasingly breaks down the traditional boundaries of time, age and even an artist’s physical presence on stage.
The pioneering ABBA Voyage project in London has become a defining case study for this new digital era. There, the legendary Swedish group performs before thousands of people several times a week, not in person, but through hyper-realistic digital versions of themselves, the now-famous “ABBAtars”.
But how was this made possible? Working closely with George Lucas’s visual effects company Industrial Light & Magic, the four members of ABBA used advanced motion-capture technology. For five weeks, the artists themselves sang and moved while wearing specially designed suits fitted with sensors. Their movements and facial expressions were recorded in meticulous detail and then digitised, allowing them to be recreated on stage as they appeared at the height of their fame in 1979.
The result is an immersive three-dimensional experience that convincingly plays with the senses. The digital performers are accompanied by a live ten-piece band, together with a specially designed, state-of-the-art lighting and sound system that interacts with the virtual figures in real time. The combination creates the atmosphere of a live concert inside a purpose-built, 3,000-capacity arena that fills several times a week.
ABBA’s success has helped pave the way for the emerging world of virtual touring, with other major names in music following their lead. Having completed their final physical tour, legendary rock band KISS invested more than $200 million in developing their own digital avatars in collaboration with Industrial Light & Magic, with plans for a permanent Las Vegas show in 2028. Meanwhile, London’s Elvis Evolution project set out to bring Elvis Presley back to the stage through a combination of AI technology and theatrical staging.
The rise of virtual touring is opening up an entirely new direction for the music industry. On the one hand, it gives legendary bands the possibility of performing indefinitely, offering younger generations the chance to experience landmark shows that might otherwise have been lost to time. On the other, it removes the physical strain of constant travel for performers and has the potential to reduce the environmental footprint of global tours, pointing towards a new model for the concerts of the future.
Even so, the Interceptor demonstrates in practical terms how technology and engineering can become powerful tools in the effort to restore damaged marine ecosystems.
