Market Estimate of Web Assistive Technology
As of the World Health Organization (WHO) statistics, globally, over one billion people require one or more assistive products. Furthermore, with the ageing global population and growth in non-communicable diseases, close to two billion people will require at least one assistive product by 2050; not to forget several older people might even need two or more. Besides, an estimated 285 million people are visually impaired globally. Around 70 million people need a wheelchair to move, and some 360 million people have moderate to severe hearing loss worldwide. The rates of disability are growing due to ageing populations and the rise in chronic health conditions that results in the need for medical assistive technologies’ adoption rate.
Coherent Market Insights, a market research company made projections that the global assistive technology market will attain $26 billion by 2024. It is almost double from $14 billion in 2015. Zion Market Research shares even more optimistic trajectory about the industry and estimates that it will be $31 billion in 2024 with an annual growth rate of 7.4 per cent.
Regardless of the exact figure, interpreters agree that the assistive technology production will snowball in the next several years. What’s behind this rise, and what’s in store for assistive technology soon? Let’s find out.
About Assistive Technology
Assistive technology is a device or a method that is used for (or by) people with limitations to improve or maintain their functional capabilities. A disability or limitation can be explained as a mental or physical condition. It includes activity, impairment, and participation restrictions. Different disabilities expect different assistive technologies, as the need and comfort of people vary vastly. Assistive technology encompasses numerous processes, objects, and programs.
Industry analysts project the global assistive technology market to expand at a CAGR of 6.04% during the period 2017-2023.
Some of the most popular assistive technologies include but not limited to:
- Hearing aids
- Wheelchairs, canes, walkers
- Prostheses to reinstate missing limbs and other body parts
- Magnifying specs and other optical devices
Because computers and smartphones are now an indispensable part of modern daily life, many assistive devices are highlighting on gaining access to these technologies. There are several free accessibility tools and assistive technologies ready for using a computer or browsing the web. The most common ones include:
- Screen reader software that helps to create synthetic speech by converting the text on the screen
- Magnifiers which expand the lines and graphics on a computer screen or mobile device
- Speech recognition software that gives voice commands and converts the user’s speech into text
- Braille displays that spell out the lines on the screen in trackballs, Braille Joysticks. It also heads pointers to promote ease of navigation for people with various motor disabilities
Automation of Manually Operated Products
Wheelchairs and other clinical mobility products are used in the healthcare facilities to expedite the mobility services for the disabled. Although wheelchairs traditionally are manually operated, the rise of technology has even made this computerized. Thus, if you do not have a well-coded web-accessible design for the app that will help you move the wheelchair, it’s of no use. The powered wheelchairs and smart wheelchairs are used in hospitals and home-based patient care. It helps in improving the mobility of patients. Either the power buttons or mobile app helps to maintain the vector. It needs expert designing to get an app that is well understood not just by the caregiver but by the patient as well.
Why is there Growth in Assistive Technology?
According to calculations from the U.S. Centers for Disease Control and Prevention, one in every four U.S. adults is continuing with a disability. And it totals to about 61 million! Furthermore, the study suggests the baby boomer generation is potentially to have more limitation than the former generations as they age. This means the ratio is likely to increase in the future. Over 1 billion people (which counts to more than 15 per cent of the world’s population) encounters some sort of disability.
People with disabilities can face severe challenges in their daily lives. Think about it – on average, they are less inclined to receive an education, find a vocation, and obtain sufficient healthcare. The scope of assistive technology is to eliminate these barriers to the full extent possible and enhance the quality of life for people with disabilities.
WHO estimates by 2030, 2 billion people will need access to at least one assistive technology, and many will require more than two. Presently, only 1 in 10 people with disabilities has access to the assistive technologies they need.
Linking the large gap between the desire for and the availability of assistive technologies is a big-time challenge. And, the situation is growing not at the right pace as required. The good news, however, is that innovative products and different companies are already rising to meet this hurdle in a medley of ways.
For instance, in June, IKEA announced a new line of 3D-printed video game accessories. They named it UPPKOPPLA. It will improve the gaming experience of people with a wide range of physical preferences and disabilities.
In the meantime, technology incubator Not Impossible Labs also launched multiple assistive technology initiatives. This includes the 3D printing prosthetic limbs, supporting people with hearing disabilities to help them engage in concerts, and building adaptive skateboarding technology for individuals with visual impairments.
Startups such as Whill, Kinova Robotics, OrCam Technologies have collectively accumulated more than $200 million in funding for their assistive technology products:
- Whill builds electric personal mobility vehicles which help people with physical disabilities to quickly pilot and move across
- Kinova makes a variety of robotic arms for both industrial and personal use. This includes the JACO assistive robot for individuals with physical disabilities.
- OrCam manufactures wearable AI devices for the ones with visual disabilities. With the use of computer vision techniques, it helps them to read the text and identify the images.
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