Google has introduced a prototype keyboard called Gboard Kurukuru, which features a moving set of keys that scroll toward the user's fingers instead of requiring hand movement across a stationary keyboard. Each band contains 29 keys that move uppercase and lowercase letters under the user's fingers. According to Google, the design aims to reduce movement and allow typing with one hand or even a single finger, leaving the other hand free for tasks such as using a mouse or holding a cup of tea. The device is part of a series of deliberately outlandish DIY projects from Google's Japanese teams, with open-source plans provided and no commercialization planned. The name and release date, October 1st (10/1), reference the classic 101-key keyboard format. The Kurukuru raises ergonomic questions, as bringing the keys to the user's fingers could reduce hand movement and potentially benefit individuals with limited mobility. However, Google has not provided any accessibility evaluations or data on speed, fatigue, or comfort to determine whether the invention simplifies typing or merely shifts the difficulty. The idea of eliminating traditional keyboards is not new. In 2015, Lenovo introduced Smart Cast, a smartphone that projected a keyboard onto a table using a laser and tracked finger movements with an infrared sensor. A few years later, the Tap Strap offered a wearable keyboard with five rings that detected finger combinations to convert taps into characters. Samsung also explored an invisible keyboard with SelfieType, presented at CES 2020, which used a smartphone's front camera to track hand movements and convert them into keystrokes without physical keys. Each of these innovations aimed to eliminate the traditional keyboard but required users to learn new gestures and typing methods. Despite these efforts, the traditional keyboard, which has been in use for over 150 years, remains difficult to replace. It has become deeply embedded in both daily life and digital workflows, and many users are accustomed to its tactile feedback and layout. While new technologies continue to emerge, widespread adoption often depends on ease of use, reliability, and user familiarity—factors that the Kurukuru and similar inventions are still working to address.