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Technology

Technology can help people living with ALS/MND stay independent, communicate, and stay connected to their care team as the disease progresses. This page explains the main types of technology available, how to plan ahead, how telehealth supports ALS/MND care, and what can make technology harder to access.

On this page

Assistive technology  │  Communication technology  │  Controlling devices  │  Leisure and connection  │  Plan ahead  │  Telehealth  │  Barriers to access  │  Resources

Assistive technology

ALS/MND causes muscle weakness, loss of speech, and fatigue. Over time, these symptoms can make everyday tasks difficult or impossible. Assistive technology is any equipment or device that helps a person do these tasks in a different way.

Assistive technology can support:

  • Mobility: walking aids, powered wheelchairs, and equipment for moving safely between a bed and a chair
  • Daily living: equipment for bathing, dressing, eating, and drinking
  • Speech and communication: communication boards, apps, and speech-generating devices
  • Environmental control: smart home systems that control lights, doors, heating, and television
  • Computer and phone access: tools that replace the keyboard, mouse, or touchscreen

For more information, see Speech Therapy and Communication and Occupational Therapy and Activities of Daily Living.

Communication technology

Communication technology ranges from simple to advanced. Most people use a combination of options, and simple tools remain useful as a backup when electronic devices fail.

  • Low-tech options: alphabet boards, communication charts, and clear eye-gaze frames that let a person spell words by looking at letters
  • Voice amplifiers: small devices that make a weak voice louder. These help when a person can still form words clearly.
  • High-tech options: tablets, computers, and speech-generating devices with specialist software that speaks typed or selected messages aloud

Voice banking and message banking allow a person to record their own voice to use on a communication device later. These work best when started before speech changes significantly. See Speech Therapy and Communication for more information.

Other ways to control devices

When a person can no longer type, use a touchscreen, or give voice commands, other methods can replace them:

  • Switches: a switch is activated by a very small movement, such as an eyebrow movement, an eye blink, or sipping and puffing on a tube. Switches can operate phones, tablets, and computers.
  • Eye tracking (eye gaze): a camera follows eye movements. The person selects letters or icons on a screen by looking at them.
  • Head tracking: a sensor follows small head movements to move a cursor. Many of these systems use infrared light.
  • Muscle signal sensors (electromyography): sensors on the skin detect electrical signals from very small muscle movements, such as in the face or hand.
  • Brain-computer interfaces: devices read brain signals and turn them into commands. Many of these systems are still being tested in research studies.

Technology for leisure and connection

Technology also supports the activities people enjoy. Many video games, streaming services, and social platforms include accessibility settings, and adaptive controllers, switches, and eye gaze can make them easier to use. Staying involved in hobbies and online communities can reduce isolation for people living with ALS/MND and their families.

Plan ahead for changing needs

Needs change as ALS/MND progresses, and some equipment takes time to arrange. Planning early helps people get the right technology before they need it.

Get an assessment first. Occupational therapists, physiotherapists, and speech-language pathologists can assess needs and recommend equipment. In many regions, a health professional must make the request for equipment.

Talk to your care team before buying. Some technology is expensive, and the wrong choice can be costly.

Ask about equipment loans. Many ALS/MND associations lend equipment, often at no cost to registered clients.

Telehealth and remote monitoring

Telehealth means receiving health care through video calls, phone calls, or online tools instead of in-person visits. For people living with ALS/MND, telehealth can:

  • reduce the physical strain of travelling to appointments
  • make it easier for family members and caregivers to join appointments
  • improve access to care in rural areas or areas with limited accessible transportation

Apps and home devices also allow people living with ALS/MND to track and share health information, such as breathing, speech, and physical function. Care teams can use this information to monitor changes between visits. Some clinical trials use the same tools, so participants do not need to travel to a trial site as often.

Telehealth does not replace all in-person care. Some assessments still require a clinic visit.

Barriers to access

Technology is not equally available to everyone. Common barriers include:

  • cost, and limited insurance or public funding
  • lack of reliable internet access
  • the time and support needed to learn a new device

Access to equipment and funding differs by country and region. Contact your care team or your local ALS/MND association to find out what is available where you live.


Videos

Watch videos about technology, communication, assistive devices, and ALS/MND.

Watch the technology playlist →


Resources from our members

Explore additional technology resources developed by Alliance member associations.

Assistive Technology: 10 Things to Know

The ALS Association · English and Spanish

A short guide introducing assistive technology for people living with ALS/MND.

View resource →

Equipment and Home Modifications

MND Australia · English

An overview of assistive technology for people living with ALS/MND, including mobility aids, communication technology, switches, voice amplification, and home modifications. Some funding information is specific to Australia.

View resource →

Free or Low-Cost Apps

MND Association · English

A collection of free and low-cost apps for people living with or affected by MND, including tools for managing care, health records, nutrition, communication, and saving memories. Some examples are specific to the United Kingdom.

View resource →

Gaming and Entertainment

MND Australia · English

Information about how people living with ALS/MND can continue playing video games using accessibility settings, adaptive controllers, switches, and eye gaze. The page includes free guides for people living with ALS/MND, clinicians, and game developers.

View resource →

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Care services

  • Genetic Counselling & Testing
  • Mental Health Support
  • Nursing and Symptom Management
  • Nutrition, Swallowing and Saliva
  • Activities of Daily Living and Occupational Therapy
  • Muscles, Mobility and Exercise
  • Respiratory Care
  • Speech and Communication
  • Support for Family & Caregivers
  • Technology

  • Steve Gallagher, Canada

    Steve Gallagher, Canada
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  • Lin Yong Yi, Taiwan

    Lin Yong Yi, Taiwan

  • Maria Lucia Wood Saldanha, Brazil

    Maria Lucia Wood Saldanha, Brazil

  • Sharon Corosanite, USA

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    Xian-Zhang Niu, China

  • Ian Gale, Australia

    Ian Gale, Australia

  • Mikey Stone, ALS

    Mikey Stone, ALS

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    Shay Rishoni, Israel

  • Anita Forte, USA

    Anita Forte, USA

  • Chen Chun-Chin, Malaysia

    Chen Chun-Chin, Malaysia

  • Marco Antonio Alvarez Mercado, Mexico

    Marco Antonio Alvarez Mercado, Mexico

  • Steve

    Steve

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    Brigitte Wernli, Switzerland

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    Charlie Dourney, USA

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    Daniel Hare, USA

  • Chih Ching Darren Wong, Malaysia

    Chih Ching Darren Wong, Malaysia

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    Len Johnrose, England

  • Shay Rishoni, Netherlands

    Shay Rishoni, Netherlands

  • Karl Hughes, Ireland

    Karl Hughes, Ireland

  • Aida Trzmiel de Guterman, Argentina

    Aida Trzmiel de Guterman, Argentina

  • Art Eggert, USA

    Art Eggert, USA

  • David Bishop, UK

    David Bishop, UK

  • Anna Barrow, UK

    Anna Barrow, UK

  • Cassio Fernando da Silva, Brazil

    Cassio Fernando da Silva, Brazil

  • Josée Kolijn-de Man, Netherlands

    Josée Kolijn-de Man, Netherlands

  • Margarita Pizarro, Argentina

    Margarita Pizarro, Argentina

  • Murat Morali, Turkey

    Murat Morali, Turkey

  • Andrew Langat, Kenya

    Andrew Langat, Kenya

  • John Russo, USA

    John Russo, USA
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  • Margreth Burger-Saile, Switzerland

    Margreth Burger-Saile, Switzerland

  • Claire Garry, USA

    Claire Garry, USA
    20200117_214643

  • Sam Hayden-Harler, UK

    Sam Hayden-Harler, UK

  • Irene McCaughey, Australia

    Irene McCaughey, Australia

  • Jorge Melo, Brazil

    Jorge Melo, Brazil

  • Hanne Stenmose, Denmark

    Hanne Stenmose, Denmark

  • Christian Bär, Germany

    Christian Bär, Germany

  • Jason Goodman, USA

    Jason Goodman, USA

  • Liong Ting Ngu, Malaysia

    Liong Ting Ngu, Malaysia

  • Soledad Rodriguez, Spain

    Soledad Rodriguez, Spain

  • Emilienne Verhaegen, Belgium

    Emilienne Verhaegen, Belgium

  • Eddy LeFrançois, Canada

    Eddy LeFrançois, Canada

  • Jeff Sutherland, Canada

    Jeff Sutherland, Canada
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  • Jose Espinosa, Argentina

    Jose Espinosa, Argentina

  • Yessenia Hernandez Mendoza, Mexico

    Yessenia Hernandez Mendoza, Mexico

  • Manuel Arn, Switzerland

    Manuel Arn, Switzerland

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