I could not find the remote to my TV this morning and attempted to use my iPhone instead. By the time I arrived at the correct UI my 3 yr old had already found a PS4 controller and was able to control the TV and navigate to where he wanted to go... I only needed to notch up the volume.
Assistive devices are necessary for a large audience, as they allow users to leverage their strengths. Just as my 3yr old beat my phone speed with a game controller, users will be able to type faster than me with this keyboard.
It is nice to have a single device that tries to do it all, but interacting with flat UI buttons in a 2D plane of light and glass is limited to a very small set of sensory inputs and therefore cumbersome for anyone to use. There is physically no way around this HCI problem without adding additional hardware. Thanks for working to bridge the gap!
Assistive devices are necessary for a large audience, as they allow users to leverage their strengths. Just as my 3yr old beat my phone speed with a game controller, users will be able to type faster than me with this keyboard.
It is nice to have a single device that tries to do it all, but interacting with flat UI buttons in a 2D plane of light and glass is limited to a very small set of sensory inputs and therefore cumbersome for anyone to use. There is physically no way around this HCI problem without adding additional hardware. Thanks for working to bridge the gap!