Advances in digital interfaces will
lead to a "new beginning in music"

Dezeen and MINI Frontiers: Roland Lamb, inventor of the squishy-keyed Seaboard piano that won the Designs of the Year 2014 product category, claims we are on the cusp of a new generation of "multidimensional" digital musical instruments.

Roland Lamb, ROLI CEO
Roland Lamb, ROLI CEO

"I think we're now facing a new beginning in music," says Lamb, CEO of East London technology start-up ROLI. "The worlds of digital and acoustic music are starting to come together."

Seaboard keyboard by ROLI

Digital music is usually produced by "pressing buttons, turning dials or moving faders," Lamb says, but new instruments are emerging that will change all that.

"Electronic music is not really designed for the body," he explains. "You lose that sense of real time physical interaction. Now we're seeing lots of cool instruments that are trying to recapture that physical relationship."

Seaboard keyboard by ROLI

He continues: "We're going to see more and more of these multidimensional instruments that allow you to pick up on different dimensions of movement and gesture and physicality."

Seaboard keyboard by ROLI

Lamb's own contribution to this new generation of instruments is the Seaboard, a piano keyboard with soft, pressure-sensitive keys that allow musicians to alter the pitch, volume and timbre of notes in real time.

Sliding a finger between keys on a Seaboard changes the pitch, in a similar way to playing a string instrument, and musicians can also change the volume and add vibrato to notes by the way they play.

Seaboard keyboard by ROLI

"The Seaboard is our first product and it's a flagship of a new form of interaction that is more intuitive and organic," says Lamb. "The Seaboard is like an evolution of a piano keyboard. You can play it just like a keyboard, but with a Seaboard you have this continuous wave of keys. You can play a key and press into it and move your finger in different directions and use gestures, and those gestures modulate the sound."

Seaboard keyboard by ROLI

Not only do the keys provide a more intuitive way for musicians to control their sound, they also provide tactile feedback to the player, in an attempt to replicate the feel of playing an acoustic instrument.

"As I push it in one direction or another direction, I feel it pulling back on me, in much the same way when you bend a guitar string you feel the string pulling you back," says Lamb. "So that makes it into a very intuitive experience to play."

Seaboard keyboard by ROLI

Dezeen and MINI Frontiers is a year-long collaboration with MINI exploring how design and technology are coming together to shape the future.

The music featured in the movie was improvised and performed by Heen-Wah Wai.

Dezeen and MINI Frontiers

Related movie:

More Dezeen and Mini Frontiers:


  • sp-jjj
  • jackjack

    Digital music is usually produced by “pressing buttons, turning dials or moving faders,”. This IS already physical interaction and is what elevates digital production to another level: controllerism.

    Standards are standards for a reason; we love buttons, faders, pads and sliders, and if it means “hiding” the controllers into something that “looks” like piano keys, then what’s the point? Could you imagine a drum-set with automated beat-repeat or glitch function? And how would you manage reverb playing horns without either activating a button or looking awkward?

    The “pressure-sensitive” idea has had its success for a reason, but it’s hard to imagine implementing the entire digital universe into physical interactions.

  • Владимир Дермановский

    Just great.

  • Cam

    Gosh I can’t wait until I get one of these.

  • guest
  • George Simpson

    Ondes Martenot was invented in 1928 (and sounded better – not so much cheesy pitch-wheel bending), so don’t be so sure any new era.

    Nothing wrong it seems interesting and is new of itself, just we’ve been thinking about things like this for 80 years. It’s not a new paradigm.

Posted on Tuesday, August 19th, 2014 at 5:47 pm by . See our copyright policy.

Before commenting, please read our comments policy.