- “Radios can look better than the regular ‘kitchen radio’ devices. Radios can have novel interfaces that make the whole life-cycle of listening easier. At short runs, wood is more economic as plastic, so we’re using a strong bamboo ply. And forget preset buttons: Olinda monitors your listening habits so switching between two stations is the simplest possible action, with no configuration step.
- This can be radio for the Facebook generation. Built-in wifi connects to the internet and uses a social ‘now listening’ site the BBC already have built. Now a small number of your friends are represented on the device: A light comes on, your friend is listening; press a button and you tune in to listen to the same programme.
- If an API works to make websites adaptive, participative with the developer community, and have more appropriate interfaces, a hardware API should work just as well. Modular hardware is achievable, so the friends functionality will be its own component operating through a documented, open, hardware API running over serial.”
The physical radio is being designed and developed by Matt and Jack Schulze. However, clearly to deliver on these objectives there also needs to be a central repository to coordinate the network of friends and their listening behaviour. And this is being delivered by Radio Pop another prototype developed by Tristan and Chris which as Chris explains is:
“At its core is a database which stores radio listening, upon which we can build various views. By introducing friends lists, schedule information and the ability to simply bookmark, or ‘pop’, a particular point in time, Radio Pop generates a great deal of information about listening habits. We purposefully kept the database very simple and specified an input and output API so that the repository could be accessed using web and desktop widgets as well as through the Radio Pop web site.”
Check out Tristan blog to find out more about Radio Pop and its development :).