Music like water, revisited!
Friday, February 6th, 2009
A little while back we wrote an article about the so called “music like water” debate. The idea behind “music like water” is that instead of paying a per unit price to purchase music, listeners instead pay a fixed price to stream music from an existing library. For some, this set up signals the future of the music consumption. For some, the reinstatement or a centralised distribution/consumption oligopoly. However, these fears should be allayed, for there are some great streaming services now on the market, such as Spotify, Last FM , Deezer, Lala, Napster which are determined to keep their library open and diverse.
From a listener perspective, streaming services have some distinct up-sides. Subscription based services generally allow streaming of unlimited amounts of music until the subscription expires – this makes the music they listen to “feel free” even though the artists are earning money from their music. Advertising based services work in the same way, though you might have to put up with advertising in between songs or some banners here and there. This “feeling free” aspect is quite in tune with how many listeners would prefer to engage with music, and may well dissuade them from not paying for their music – which is great for artists. Though pay out structures vary between services, artists usually receive money based on the percentage of times their music has been played relative to total plays.
Streaming services provide a viable option to those who would like to listen to music for a fixed cost or don’t mind advertising. Streaming services which are similar to radio in that they decide what track comes next (e.g. Last FM) lend themselves well to music discovery, whereas click-to-play services (e.g. Spotify), allow people to chose exactly which track they want to play. All in all, providing the mechanism is in place to make sure artists receive their share from the revenues, and that streaming libraries remain open and accessible, streaming services provide a good balance to the per-unit structure many of us are accustomed to.










