For decades, inventors have tried to replace the keyboard. From wearable gesture controllers to hand tracking in XR headsets, the promise has always been the same: free people from the desk.
Yet despite decades of innovation, most people still rely on a keyboard and mouse to get serious work done. But why?
What was Gest?
One of the most ambitious attempts was Gest, a wearable computer controller developed by Apotact Labs. Gest consisted of finger-mounted motion sensors that allowed users to control a computer using hand and finger gestures. Users could map custom gestures to shortcuts, application commands and even text input. The company also positioned it as a potential interaction method for AR and VR environments.
When Gest launched, it attracted such significant attention because it promised something many people had long wanted: a way to interact with computers without a traditional keyboard or mouse. That idea remains highly attractive today.
What Gest Proved
Even though Gest never became a mainstream replacement for keyboard and mouse input, it proved three important things.
1. Demand exists
People have been searching for alternatives to traditional computer input for years. The successful Kickstarter campaign behind Gest demonstrated that users were willing to support radically different approaches to computing.
2. Wearable input has been technically possible
Gest prototype showed that accurate hand tracking and wearable computer input could be achieved in a compact form factor years before XR became mainstream.
3. Gesture control alone is not enough
Possibility and productivity are not the same thing. While gestures can work very well for commands and navigation, replacing hours of daily typing and mousing turns out to be a much more difficult challenge.
The current status of Gest
Why gesture control struggles for productivity
Gesture interfaces can feel futuristic and intuitive at first. The challenge appears when users need to spend hours writing emails, creating documents, programming, designing, or working in spreadsheets.
| Challenge | Effect |
|---|---|
| Memorizing gestures | Higher cognitive load |
| Lack of tactile feedback | Lower confidence and accuracy |
| Continuous hand movements | Finger fatigue during extended use |
| Limited precision | Difficult for intensive productivity tasks |
| Learning a new interaction language | Slower adoption |
These challenges do not make gesture control a bad computer input method.
Gesture control challenges just make it difficult to outperform the keyboard in scenarios where speed, accuracy and muscle memory matter most.
Gesture control versus wearable keyboard
This leads to an important distinction. Many alternative input systems attempt to replace typing with gestures.
A wearable keyboard approach attempts something different: retain the advantages of touch typing while removing the need for a desk-mounted keyboard.
| Gesture Control | Wearable Keyboard |
|---|---|
| User learns new gestures | User retains typing behaviour |
| Optimized for commands | Optimized for text entry |
| Limited tactile feedback | Can preserve typing workflows |
| Often better for navigation | Better for extended productivity |
| High novelty factor | Lower learning curve |
For many professionals, the goal is not to eliminate typing. The goal is to make typing possible in more places.
Learning from gesture control instead of replacing typing
The lessons learned from gesture-control systems such as Gest helped reveal something important. Gesture control is often excellent for navigation and commands, but significantly more challenging for text entry and productivity.
The solution to better computer input is thus not to choose between keyboard input and gesture input. The goal is to use each where it performs best.
So, rather than attempting to replace typing with gestures, the Typeware team explored how a small amount of gesture-based interaction could be combined with a wearable keyboard capable of replacing the functionality of a full-size keyboard.
The result is a patented approach designed around a different principle: keep what works about typing and use gesture control where it adds value.
Instead of asking users to learn an entirely new interaction language, wearable keyboard input remains the primary method for text entry, while gesture-based interactions can be used for functions where they naturally excel, such as navigation, cursor movement and computer mouse functionality.
This hybrid approach combines the productivity benefits of traditional typing with some of the flexibility that made gesture-control systems attractive in the first place.
The computer keyboard survived for a reason
The keyboard remains dominant because it allows people to transfer thoughts into digital information quickly and accurately.
And the more you've used it, the more this is true, as people develop deep muscle memory.
Most computer input alternatives face the same obstacle: they ask users to abandon an interaction model they have already mastered. As a result, many alternatives add freedom, but not necessarily productivity.
The new challenge: Computing Beyond the Desk
When developing Typeware, our motivating question was "how to make computer input much more ergonomic and remove its physical strain on the body?".
But inherently, we thereby also created the solution to the biggest computer input question of today: "How do we bring keyboard-level productivity beyond the desk?".
People increasingly work:
- from home
- on flex desks
- commuting / traveling / while on the road / in moving vehicles
- during holidays or workations / as a digital nomad
- in XR and spatial computing systems
- on factory floors
- in healthcare environments
- in outdoor workspace units
Traditional keyboards remain effective. But they are not always practical in these situations.
This is where the next generation of input devices is emerging and already for sale. Instead of eliminating typing, these solutions focus on preserving the benefits of typing while making computer interaction more portable and more accessible.
But none of those are built with its bodily strain in mind and often, users have a hard (or long) time learning to use them.
We're are absolutely sure that Typeware's product is superior to them. After all, it's a portable, easily adoptable device set that maintains productivity while enhancing ergonomics in a supreme way.
The future of computer input
The story of Gest teaches an important lesson. People do not simply need a new way to interact with computers. They need a better way to stay productive. Gesture control showed that alternative computer input is possible. The next wave of innovation will determine how productive it can become.
Whether that future is driven by wearable keyboards, neural interfaces, spatial computing, or a combination of technologies, one thing is clear to us. The future of computer input is not about removing the user from typing per se. It is about bringing productivity however and wherever the user wants to work.
We're all about genuine improvement
So, typing on keys survived for a reason. But we think it's high time to improve it.
By preserving the speed and familiarity of keyboard input while using gestures where they provide genuine value, wearable computing will allow professionals to move beyond the desk without sacrificing productivity and bodily health.
You can see one of the prototypes of our flagship product in the upper picture; the one with the white and aqua colors. By producing it, we:
- finally make prolonged or intensive computer use ergonomically justified
- allow computer work professionals to leave the desk and still do their job efficiently
- and equip them for the use of virtual screens.
Interested in deskless, supremely ergonomic computer input?
We'd love you to pre-order our product, because this helps us fund its production.