Thumbtxt Cross-Platform Keyboard App Enhancement

IN10DID Inc. aims to enhance its existing Android keyboard app by refining its features and expanding its compatibility to iOS and Android watch devices. The project involves analyzing the current Android app to identify areas for improvement, such as user interface, responsiveness, and functionality. The goal is to ensure a seamless user experience across all platforms. This project provides learners with the opportunity to apply their knowledge of mobile app development, user interface design, and cross-platform compatibility. The team will focus on adapting the app's existing codebase for iOS and Android watches, considering the unique constraints and capabilities of each platform. By the end of the project, learners will have gained practical experience in cross-platform development and user experience optimization.

Micro HCI for keyboard input without looking using short swipes with one finger

Keyboard development has stuck with systems developed in the 1800s and isn't suitable in many places where technology can be deployed. The company has developed a practical solution that can provide most common keystrokes with simple short swipes of the finger(s) based on normal finger movement called Microtxt. The goal of this project is to implement the microtxt design in software using a touchscreen on a mobile device or the touchpad of a computer to provide system level input as an alternative keyboard. The solution may be developed for Android, iOS, or PC/Mac but the ultimate goal is accurate typing on a watch without needing to look. The same design is intended to provide computer input and communication for severely disabled people using their tongue in place of their finger for greater independence and social interaction.

Micro HCI for keyboard input without looking using short swipes with one finger

Keyboard development has stuck with systems developed in the 1800s and isn't suitable in many places where technology can be deployed. The company has developed a practical solution that can provide most common keystrokes with simple short swipes of the finger(s) based on normal finger movement called Microtxt. The goal of this project is to implement the microtxt design in software using a touchscreen on a mobile device or the touchpad of a computer to provide system level input as an alternative keyboard in iOS or watch OS. The solution was developed for Android by the previous project team, but the ultimate goal is accurate typing on a watch without needing to look. This also may become an effective way to interact with spatial computing. The same design is intended to provide computer input and communication for severely disabled people using their tongue in place of their finger for greater independence and social interaction.

Competitive Analysis of chording keyboards

2 to 5 students requested We want to compare the differences between various chord keyboards and determine if our design is the best path forward to replacing the standard QWERTY keyboard for touch-typing on mobile devices. This project will include: An identification of our current competitors An identification of potential future competitors (eg. a large company in a similar industry who may enter the space) The creation of a matrix identifying features shared across the companies and those that are different. A summary of 2-4 paragraphs describing our competitive advantages and disadvantages relative to the competition identified. This could be done in the form of a SWOT analysis. We will give you access to physical assets to support this project such as our DecaTxt Bluetooth keyboard. We will suggest names of competitors to research. Objective We hope to gain a comprehensive understanding of the competitors in our space and how we can differentiate ourselves through our product and use the data for our messaging.