The Symbolicon: My Journey to an Ineffective 10-key Keyboard
Tags: keyboard
Published: 2024-03-07 23:33:08

**This article is a brief overview of a recent talk given by Jonny Shult. To learn more and take a deeper dive into the Symbolicon, be sure to check out the video below!**

{% embed https://youtu.be/gjln109QuVo %}.

**As a weekend project, I decided to delve into the intricacies of keyboard design - seeking to enhance the typing experience in ways that conventional keyboards had not explored.**

The idea behind Symbolicon stemmed from a simple yet profound question: How can we reimagine the standard keyboard to enhance the typing experience? This exploration led me to consider unconventional inspirations, ultimately settling on the Braille alphabet.

While the Braille alphabet is designed for tactile reading, translating it into an efficient keyboard input posed a unique challenge. Despite my unfamiliarity with Braille, I embarked on the task of creating an ergonomic Braille alphabet specifically tailored for keyboard usage. The result was a thoughtful design that opened up new possibilities for accessibility and efficiency.

Crafting an ergonomic keyboard is a delicate blend of art and science. Through a process of trial and error, I developed a set of criteria to guide the design. From single key presses to mirroring fingers, each criterion aimed to enhance the user experience, resulting in a meticulously crafted keyboard that prioritizes both efficiency and user comfort.

The Symbolicon keyboard materialized through a Korn five-column keyboard kit. Assembling the 36 keys and a microcontroller unit required a bit of soldering, and the choice of ZMK firmware for programming, along with the Zephyr real-time operating system, ensured a deterministic environment crucial for optimal performance.

Symbolicon isn't just a keyboard; it's an entire universe of layers designed to cater to diverse typing needs. The alphabet layer, symbol layer, navigation layer, and numbers layer seamlessly integrate to offer a versatile typing experience. From efficient code typing to swift navigation, Symbolicon adapts to user demands with the switch of a layer.

Symbolicon transcends traditional setups, offering potential applications in the mobile realm. Envision handheld devices or finger rings equipped with technology capable of deciphering muscle contractions for typing. This opens up exciting possibilities for virtual workspaces and mobile applications.

As with any innovation, the Symbolicon keyboard comes with its set of challenges. Switching between layers demands a learning curve, and the firmware logic is a work in progress. Yet, the satisfaction derived from typing on this ergonomic marvel is unparalleled. While my typing speed may not have skyrocketed yet, the journey has just begun.

**The Future of Symbolicon**

While Symbolicon might not replace my daily driver just yet, its potential to revolutionize typing experiences is undeniable. As I aim to improve my typing speed and explore the intricacies of the keyboard, I invite fellow enthusiasts to join me on this journey of innovation and discovery.

In conclusion, the Symbolicon keyboard represents a fusion of creativity, ergonomic design, and technological ingenuity. As we navigate the evolving landscape of input devices, Symbolicon stands as a testament to the power of reimagining the familiar for a more efficient and enjoyable typing experience. Stay tuned for more updates, and let's continue to push the boundaries of what's possible in the world of keyboards!

**Yeti is an [IoT application development company](https://www.yeti.co/about). If you'd like to learn more about what we do, be sure to [take a look at our work page](https://www.yeti.co/work) featuring insightful case studies showcasing our collaborations with renowned clients such as Google, Netflix, Westfield, and many others. For more insightful content, don't miss the Yeti blog and our extensive library of [IoT software development](https://www.yeti.co/iot-software-development) content.**