In the ever-evolving landscape of music streaming, Spotify is once again at the forefront of innovation, this time delving into the possibilities of artificial intelligence. Following the recent introduction of their DJ AI feature, there are intriguing hints that Spotify is actively working on a Playlist AI feature, allowing users to curate playlists through text or prompts.
This development came to light through the observations of Chris Messina, a tech luminary credited with inventing the hashtag. Messina shared a snapshot of code snippets extracted from the Spotify app, revealing the presence of a “Playlist AI” reference.
Furthermore, within these lines of code, there was a tantalizing phrase: “Get playlists based on your prompts.” This suggests a user-centric approach where playlists could be generated by simply providing text prompts or descriptions. The speculation is that this feature could be Spotify’s answer to a ChatGPT-like experience.
When approached for comment by TechCrunch, a Spotify spokesperson remained tight-lipped about the Playlist AI feature, emphasizing that there were no forthcoming details about new features or developments at this time.
Akin to Spotify’s Niche Mixes? Interestingly, Spotify already offers a feature known as Niche Mixes, which bears some resemblance to the described Playlist AI concept. Niche Mixes allows users to generate algorithmic playlists by entering specific keywords in the search bar.
However, Spotify clarifies that Niche Mixes does not leverage AI technology; instead, it relies on their personalized algorithms. If Playlist AI materializes, it appears poised to take this concept a step further, promising a more sophisticated and finely-tuned music recommendation experience.
Much like ChatGPT, the vision behind Playlist AI suggests the creation of playlists with highly detailed descriptions, aiming to provide users with music selections that align more precisely with their tastes and preferences. The prospect is undeniably intriguing, and the music world eagerly awaits its potential realization.
