Imago Audio Player: A Listening Device for the Age of AI

A compact sphere catches light on the table. This is Imago, a device that redefines the relationship between humans, technology, and music. Developed by Central Saint Martins graduates, Imago serves as both a conceptual artefact and a functional audio player.

Imago utilizes a custom-trained AI model to process audio tracks in real time. It transforms songs, imposing its own interpretation of the music’s mood and structure. The result is an altered version of the original track, blurring the lines between playback and creation. This synthesis relies on a generative adversarial network (GAN) trained on thousands of hours of licensed music, from 20th-century string quartets to Lo-Fi beats. The designers have disclosed the model’s training data and parameters, a rare practice in today’s commercial AI landscape.

Sophie Tran, one of the designers, stated during the London Design Festival in September 2023, “Imago challenges the idea of a music player as a passive medium. By incorporating AI as an active participant, we want users to question not only who creates, but who controls, the emotional and aesthetic experience of music.”

Imago’s design reinforces its philosophical stance. Its mirrored casing reflects the user’s image, creating a feedback loop between the listener, technology, and the act of listening. The interactive surface, activated by gestures, avoids traditional buttons or screens, distancing itself from devices like the iPod or streaming apps.

However, Imago raises significant questions about authorship, intellectual property, and consent by altering music in ways not explicitly authorized by its creators. Its launch coincided with Spotify’s controversial introduction of AI-generated artist profiles, criticized for devaluing human creators.

The project draws heavily from critical design traditions theorized by Anthony Dunne and Fiona Raby, former faculty at the Royal College of Art. Their speculative design methodology encourages the creation of objects that provoke debate rather than serve immediate practical purposes. Imago asks whether we are ready to cede interpretative authority to AI, even in the intimate realm of music listening.

Marie-Josée Lacroix, a curator specializing in new media art, compared Imago to earlier projects like Scott Snibbe’s Boundary Functions (1998), which visualized personal space through a collaborative digital installation. “Where Boundary Functions externalised social relationships,” Lacroix notes, “Imago internalises the dynamics of human-machine interaction. It’s a mirror—not just literally, but conceptually.”

Yet, some may view Imago merely as a novel gadget. Unlike artworks confined to galleries, functional objects like Imago risk being absorbed into consumer culture, diluting their message. The designers acknowledge this tension, hinting at a future version of Imago that deactivates its transformative features after a set period, allowing users to decide whether its presence as an unpowered object holds value.

From a technological perspective, Imago’s use of entirely on-device processing—avoiding the cloud—distinguishes it from mainstream AI applications. This choice ensures user privacy and limits the device’s ecological footprint, addressing critiques often leveled at AI. Its hardware, built around an ARM Cortex-A53 processor, is energy-efficient, and the software relies on a bespoke distribution of TensorFlow Lite.

While Imago is limited to a production run of 150 units priced at £1,200 (approximately $1,450 USD), its creators are collaborating with institutions like the Victoria and Albert Museum to secure its place in permanent collections. Whether it succeeds commercially is secondary. What matters is how it provokes and shifts perspectives on AI's role in creative fields.

As generative AI continues to infiltrate cultural domains, projects like Imago highlight the need for critical frameworks in its development and implementation. Without them, we risk diluting human creativity and losing sight of the ethical complexities underpinning technological innovation. Imago invites us to confront these complexities directly.