Concavix: Empowering inclusive tools for all users

What it does

Concavix tackles the difficulties faced by individuals with underdeveloped hands, specially when using a mouse and keyboard together. Concavix provides a comfortable and efficient solution, enhancing productivity in various tasks while working on a computer.

Your inspiration

Our inspiration for Concavix came from wanting to help individuals with underdeveloped hands. Seeing their daily struggles, especially with simple tasks like using a computer, motivated us. Observing a friend's difficulty using a mouse and keyboard due to his residual limb was pivotal. His perseverance inspired us. User feedback was crucial, leading to continuous improvements. Our goal was to empower individuals with underdeveloped hands by enhancing their ability to perform computer tasks efficiently. Concavix embodies inclusive design’s potential to positively impact lives.

How it works

The structure of Concavix is made from durable ABS plastic. The buttons are crafted from PLA, a biodegradable plastic that offers a smooth and responsive tactile experience. The TPE anti-slip surface provides a secure grip, offering stability. The integration of the wireless PCB is a key feature, ensuring reliable connectivity and responsiveness. The wireless functionality allows users greater freedom of movement, which is particularly beneficial for individuals. Setting up Concavix is straightforward. The mouse is plug-and-play, requiring only the connection of the wireless receiver to the computer’s USB port. The concave design of Concavix reduces fatigue, which is crucial for users who spend long hours on their computers. The development process involved several rounds of user feedback and iterative improvements. In conclusion, Concavix combines innovative design with practical functionality to provide a superior user experience.

Design process

The design process of Concavix began by understanding the challenges faced by individuals with same conditions. Using Design Thinking, we empathized with users, defined needs, ideated solutions, prototyped, and tested. Research included interviews and observations. According to the World Health Organization, about 1 in 1,000 people have limb reduction deficiencies, showing the need for adaptive devices. We started by sketching designs and creating 3D models with CAD software, allowing visualization and adjustments for ergonomics and functionality. Prototyping with 3D printing enabled quick and cost-effective physical models. ABS plastic was chosen, also PLA, and TPE. User feedback was crucial. Testing with individuals with upper limb differences led to improvements. The concave shape provides a natural resting place for the residual limb, distributing pressure evenly and reducing fatigue. The wireless PCB ensured reliable connectivity and responsiveness, essential for a seamless user experience. Prototypes underwent extensive testing to meet all requirements. Feedback was invaluable for final adjustments. The final product, Concavix, combines innovative design with practical functionality, providing a superior user experience for individuals with underdeveloped hands.

How it is different

Concavix stands out for its inclusivity and user experience. While many tech devices cater to the general population, Concavix addresses the needs of individuals with underdeveloped hands, often marginalized in tech. With remote work, streaming, and increased reliance on computers, inclusive technology is essential. FlexJobs states about 36.2 million Americans will work remotely by 2025, highlighting the need for adaptive tech. Our user-centered process, grounded in empathy, sets Concavix apart. Extensive testing ensured it meets user needs. We created a device that works well and feels intuitive. The tech market often overlooks individuals with disabilities, and concavix bridges this gap, providing a functional, comfortable, and user-friendly solution. Concavix combines innovative design with a deep understanding of users' needs, ensuring individuals with underdeveloped hands navigate the digital world efficiently.

Future plans

The future plans for Concavix include expanding its reach and impact. We aim to scale up production and partner with manufacturers specializing in adaptive devices. We will refine the design based on user feedback and explore new materials and technologies. Raising awareness through targeted marketing campaigns is essential to reach more potential users. We plan to expand the product line to include other adaptive devices. Sustainability is a priority, with ongoing research into eco-friendly materials. These steps will ensure Concavix makes a meaningful difference for more individuals with the similar conditions.

Awards

Concavix was recognized in the design field at the student level, winning the Product/Object category award by a! Diseño, a prestigious Mexican design magazine. This achievement highlights the project's innovation and creativity, reflecting its impact and potential in the academic and industrial design fields in Mexico.