Technology has become a key ally in advancing towards a more inclusive society. For people with cerebral palsy, its impact is particularly significant, as it can help reduce barriers, facilitate communication, and promote a more active participation in educational and social life.

Cerebral palsy is a brain injury, typically occurring around the time of birth, that affects movement and posture. It can also involve difficulties with communication, perception, or access to digital environments. However, these difficulties should not be understood as individual limitations, but rather as the result of environments that are not always designed to accommodate diversity. In this context, technology plays a fundamental role as a tool to adapt these environments and generate new opportunities.

Technology for communication and autonomy

One of the areas where technology has shown the greatest impact is communication. There are Augmentative and Alternative Communication (AAC) systems that allow people with cerebral palsy to express themselves using pictograms, speech synthesizers, or adapted interfaces. These solutions not only facilitate everyday interaction but also enable participation in educational and collaborative contexts on equal terms.

Likewise, adapted access devices,such as switches, eye-tracking systems, or personalized interfaces,allow users to interact with computers and mobile devices, opening the door to learning, creativity, and access to information. Here you can watch an example.

Accessible and low-cost technology: small solutions with a big impact

When discussing technology applied to functional diversity, people often think of complex or expensive devices. However, some of the solutions that generate the greatest impact on the daily lives of people with cerebral palsy are simple, accessible, and low-cost tools.

Thanks to the combination of creativity, technology, and collaboration, it is now possible to develop adaptations that facilitate communication, access to learning, and interaction with the environment without the need for large investments. These types of solutions are especially important in educational contexts, where accessibility must be implemented in a realistic and sustainable way.

Among the most common examples are:

• Adapted switches and accessible buttons, which allow users to interact with devices through simple movements.
• 3D-printed supports, designed to hold communication devices according to each person’s needs, and adapted games like dominoes or tic-tac-toe.
• Adaptations using everyday materials, such as simplified keyboards, non-slip surfaces, or homemade postural support systems.
• Free applications that allow, for example, creating adapted video games and playing with switches or controllers.

Many of these solutions can be developed in educational settings through project-based learning methodologies or collaborative initiatives like Inclusive Talents. In these cases, students work alongside people with cerebral palsy, social entities, and technology professionals to identify real needs and design practical, accessible, and easily replicable responses.

One of the fundamental principles of these initiatives is the active participation of people with cerebral palsy throughout the entire process, from identifying needs to validating solutions.

This co-creation approach ensures that technology is not designed “for” people, but rather “with” them, guaranteeing that solutions respond to real needs and are accessible from the outset.

Therefore, working collaboratively among educational centres, social entities, technology professionals, and people with cerebral palsy allows for the combination of technical knowledge, educational expertise, and personal experiences that could hardly be integrated from a single perspective. This collaborative approach not only improves the quality of the developed solutions but also fosters participation, mutual learning, and the generation of a positive social impact.

Written by ASPACE Coruña’s team