Skip to main contentSkip to footer

Breaking Barriers with Assistive Technologies

by Michelle Neysa, Founder & CEO

An illustration depicting two individuals interacting with assistive technology

Assistive technology plays a vital role in enhancing the quality of life for everyone, especially individuals with disabilities, as these innovative tools empower users to interact with their environment, access information, and communicate more effectively.

The range of assistive technology start with simple, low-tech devices, such as canes and wheelchair, to a more complex and high-tech devices like cheek switch.

Let’s learn more and explore various assistive technologies designed to support individuals with physical, mobility, visual, and learning disabilities!

Different Types of Assistive Technologies

A colorful diagram titled Types of Assistive Technology (AT) with six categories arranged in a circular layout. Each category is represented with a corresponding icon and label: Top left: Visual Aids with an icon of an eye and a pair of glasses. Top right: Assistive Technology for Cognition (ATC) with an icon of a brain. Right middle: AT for the Deaf and Hard of Hearing with an icon of an ear with sound waves. Bottom right: Assistive Eating Devices with an icon of a fork and spoon. Bottom left: Computer Accessibility with an icon of a computer screen and keyboard. Left middle: Mobility Aids with an icon of a wheelchair.

Generally, assistive technology can be categorized based on their function and here are some of the most common types of assistive technology, along with the examples:

  • Assistive Technology for Cognition (ATC) helps people with cognitive issues to remember, focus, and navigate easily.

    Example: word processor, text readers, notetakers, and browser reader mode

  • Assistive Technology for the Deaf and Hard of Hearing that commonly known are hearing aids and due to the improvement of modern technology, assistive listening devices can minimize background noises, so users can focus more on specific speaker.

    Example: cochlear implants that can be adjusted via apps, connect via Bluetooth and have telecoils.

  • Assistive Eating Devices includes large utensils that are specifically made to be easier to hold, so users are able to feed themselves independently.

    Example: comfort grip utensils, good grip utensils, weighted utensils, rocker knife, and plate guard.

  • Computer Accessibility ranges from software to hardware being developed to be user-friendly.

    Example: websites that follows WCAG, voice recognition, mouth stick, and head wand.

  • Mobility Aids are designed to enhance movement, provide physical support, reduce the risk of falls, and improve the overall quality of life, so users can move more freely and independently by using mobility aids.

    Example: wheelchairs, walkers, prostheses, and exoskeletons.

  • Visual Aids function mainly to enhance visibility, improve readability, and support independent navigation.

    Example: screen magnifier, large-print keyboard, and smart glasses that provide audio descriptions and magnify surroundings.

Assistive Technology: Mouth Stick and Head Wand

A set of assistive tools, including a keyboard, a mouth stick, and a head wand.

Mouth Stick is a simple yet powerful device held between the teeth, enabling users to control various inputs by moving a stick with their mouth. This tool allows individuals to perform essential tasks such as navigating a wheelchair or browsing the web.

A young person wearing a head wand.

Head Wand works similarly but is positioned on the forehead and secured with a headband. This setup enables users to control devices through head movements rather than using their mouth.

Both tools are incredibly beneficial for individuals with physical or mobility disabilities, including those with quadriplegia (full body paralysis), cerebral palsy, or limb differences, providing them with greater independence and accessibility.

Assistive Technology: Screen Magnifier

A computer monitor displaying large, magnified text on a word processing application.

Screen Magnifier software functions like a digital magnifying glass, enlarging specific parts of a computer screen to make content more readable. It smoothly moves around the display, allowing users to focus on the content they need without missing important details. This tool is especially helpful for individuals with mild to moderate visual impairments, including conditions like tunnel vision or age-related macular degeneration, making digital interaction more comfortable and accessible.

Assistive Technology: Voice Recognition

An illustration of a person speaking toward a smartphone with a microphone icon which converts speech to text

Voice Recognition technology allows users to operate devices using voice commands, eliminating the need for a keyboard or mouse. This hands-free functionality can include opening applications, typing text, or even navigating the internet. This technology is incredibly beneficial for individuals with physical disabilities such as muscular dystrophy, Parkinson’s Disease, or those experiencing temporary conditions like repetitive strain injury (RSI). It empowers users to perform daily digital tasks efficiently and comfortably.

Assistive Technology: Browser Reader Mode

A simplified icon of Browser Reader Mode

Browser Reader Mode is a built-in feature in many web browsers that simplifies web pages for easier reading. It removes unnecessary distractions such as pop-ups, sidebars, and background images, leaving only the essential text and images. Users can also adjust text size, font style, and background color to suit their preferences, reducing eye strain and enhancing readability. This feature is especially helpful for individuals with visual impairments and learning disabilities like dyslexia, as well as for anyone seeking a cleaner, more focused reading experience.

Assistive Technology: Cheek Switch

A close-up of a cheek switch assistive device.

Cheek Switch is an adaptive device consisting of a small sensor, often attached to glasses, that detects slight cheek muscle movements. These movements send signals to a computer or other communication devices, functioning similarly to a mouse click or keyboard input. This innovative tool is particularly beneficial for individuals with limited mobility, such as those with ALS, spinal cord injuries, or muscular dystrophy. It provides users with a reliable and accessible way to interact with technology and communicate effectively.

Embracing Accessibility for All with AccessTime

Assistive technology continues to evolve, breaking down barriers and enabling more inclusive experiences for individuals with diverse needs. By understanding and supporting these tools, we can create a more accessible and empowering world for everyone. Start a leap into a more accessible digital world by learning about web accessibility on https://accesstime.co!

More articles

Are you prepared for European Accessibility Act 2025 ?

Are you prepared for the European Accessibility Act ? Learn what is EAA and how you can be prepared for it.

Read more

Android 16's Transition to Adaptive Apps: A Major Victory for Accessibility

Discover how Android 16's shift to adaptive apps enhances accessibility, aligns with WCAG guidelines, and supports foldable devices, while presenting new challenges and opportunities for developers.

Read more

Tell us about your project

Let’s explore how we can make it more accessible and impactful together.