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Accessibility Technology & Tools | Microsoft Accessibility

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Explore accessibility and inclusion technology from Microsoft Accessibility. Ensure and empower those around you to participate in activities at work or play.

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Magnifier works like a digital magnifying glass, using the camera on your iPhone or iPad to increase the size of anything you point it at - from a prescription bottle to a candlelit menu. For those who are blind or have low vision and want more information about their physical surroundings, Detection Mode in Magnifier combines input from the camera, LiDAR Scanner, and on-device machine learning to offer intelligent tools like People Detection, Door Detection, Image Descriptions, Text Detection, and Point and Speak.

If you're standing in line, you can use People Detection to determine a person's proximity to you. Door Detection can help you navigate by identifying doors, text, and the presence of symbols - such as a restroom symbol, a no smoking symbol, or an accessible-entrance symbol - within a few feet of you. Image Descriptions and Text Detection let you hear more about people, objects, landscapes, and text in your camera's field of view. And Point and Speak makes it easier to interact with physical objects that have text, like household appliances, keypads, or labels on files. As you point and move your finger over or under different buttons or elements, your iPhone or iPad reads the text out loud, so you can perform everyday activities and tasks with more ease and independence.

Put moments into words.

Match your levels to your location.

Look down for a heads‑up.

Pinch.
Pinch.
Chat.

AssistiveTouch for Apple Watch lets people with upper-body limb differences use their Apple Watch without ever having to touch the display or controls. Using built-in motion sensors and on-device learning, Apple Watch detects subtle differences in muscle movements and tendon activity, letting you control the display through hand gestures like a pinch or a clench. Answer incoming calls, control an onscreen motion pointer, and access Notification Center, Control Center, and more. You can also use AssistiveTouch for Apple Watch to run shortcuts with Siri to complete tasks or modify VoiceOver and Switch Control settings on your iPhone.

AssistiveTouch for iOS and iPadOS helps you adapt standard gestures - like pinch, rotate, or swipe - to make them more comfortable for you. You can make other actions, like changing volume, accessible from the AssistiveTouch menu.

Cue
magic
here.

Let your voice call the shots.

Make your own calm.

This feature speaks for itself.

Assistive Access makes it easy for people with cognitive disabilities to tailor iPhone and iPad to reduce cognitive load and suit their specific needs. Designed with feedback from individuals with cognitive disabilities and their trusted supporters, this feature helps people focus on the activities they enjoy most and that are foundational to iPhone and iPad - connecting with friends and family, taking and sharing photos, and listening to music.

Assistive Access offers a distinctive interface with high-contrast buttons and large text labels, as well as tools to help individuals and trusted supporters focus the experience in specific apps - Phone and FaceTime (which have been combined into a single Calls app), Messages, Camera, Photos, and Music. You can also choose a more visual, grid-based layout for your Home Screen and apps, or a row-based layout if you prefer text.

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Apple products and services have built-in accessibility features to help you connect, create, and do what you love in the ways that work best for you.

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Android accessibility overview - Android Accessibility Help

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You can customize your Android device using accessibility settings and apps. Note: Some of these steps work only on Android 7.0 and up. Learn how to check your Android version. Use a scree

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Cash Reader identifies banknote denomination for the largest number of currencies.
Point your camera to the money in hand and hear, see or feel its value.

All banknotes supported by Cash Reader are listed below alphabetically by region.

European Union:
Euro, Bulgarian lev, Croatian Kuna, Czech Crown, Danish krone, Hungarian Forint, Polish zloty, Romanian leu, Swedish krona

Europe:
British pound, Bosnian mark, Icelandic crown, Macedonian Denar, Moldovian Leu, Norwegian krone, Russian Ruble, Serbian dinar, Swiss franc, Turkish Lira, Ukrainian hryvnia, Scottish Pound

North America:
United States dollar, Canadian dollar, Mexican peso

Central America and the Caribbean:
Costa Rican colon, Guatemalan quetzal, Honduran lempira, Trinidad and Tobago dollar, Dominican Peso, Nicaraguan Cordoba

South America:
Argentine peso, Bolivian Boliviano, Brazilian real, Chilean peso, Colombian peso, Uruguayan peso, Paraguayan guarani, Peruvian sol, Venezuelan bolívar

Middle East:
Bahraini Dinar, Emirati Dirham, Israeli shekel, Iranian rial, Iraqi dinar, Jordanian Dinar, Kuwaiti Dinar, Lebanese pound, Omani rial, Qatari riyal, Saudi riyal, Syrian pound

Asia:
Chinese yuan, Hong Kong dollar, Indonesian rupiah, Japanese yen, Malaysian ringgit, Mongolian Togrog, Pakistani rupee, Philippine peso, Singapore dollar, South Korean won, Sri Lankan Rupee, Indian rupee, Vietnamese dong, Thai Baht, Afghan Afghani, Nepalese Rupee, New Taiwan Dollar, Kazakh Tenge, Uzbekistani Som

Oceania:
Australian dollar, New Zealand dollar

Africa:
Egyptian pound, Ghanaian Cedi, Kenyan shilling, Tunisian Dinar, Mauritian rupee, Moroccan dirham, Rwandan Franc, South African Rand, South Sudanese Pound, Sudanese Pound, West African CFA Franc, Nigerian Naira, Ethiopian Birr, Zambian kwacha, Comorian Franc, Liberian Dollar, Ugandan shilling, Tanzanian shilling

The app is localized to these languages:
English, Arabic, Albanian, Bosnian, Bulgarian, Chinese (Simplified), Chinese (Traditional), Croatian, Czech, Danish, French, German, Hebrew, Hungarian, Indonesian, Italian, Malay, Polish, Portuguese, Portuguese (Brazil), Romanian, Russian, Serbian, Slovak, Spanish, Swahili, Swedish, Turkish, Ukrainian, Japanese, Macedonian, Norwegian, Vietnamese

More currencies and languages are coming soon!

How does it work?
Open the app and place the banknote in front of the camera, it's that simple!
The banknote denomination is instantly read aloud via your device's speaker. In the same time, large contrasting characters will appear on the screen.

On silent mode, the denomination will be transformed into vibrations. This feature helps you to quickly identify and count bills even in noisy environments or when privacy is needed.

Without the Internet, Cash Reader can still be used. After you download the currency database, you don't need an internet connection for reading the paper bills, so you can now use the app at any time and anywhere.

The Screen Reader is a perfect match for Cash Reader, it works smooth and fast, adjusting to any size of text selected in your Accessibility settings.

Cash Reader contains many other handy and thoughtful features based on community feedback.
Do you miss your currency or language? Just let us know! We are working closely with people like you to make Cash Reader the number one choice for everyone.

Cash Reader is free to download.
The free version limits the identification to the lowest two banknotes for each currency.
Full version identifies all banknotes for the growing number of currencies.
You can purchase the Full version within the app at any time.

Purchase Terms:
Payment will be charged to iTunes Account when a purchase is confirmed.
You will never be asked for any future payments, and you have full access to future updates for free.

Privacy policy: https://cashreader.app/privacy-policy.html
Terms of use: https://cashreader.app/terms-of-use-ios.html

Version 1.40

Cash Reader is now able to identify the banknotes of these new currencies: Uzbekistani Som
New options to configure the Silent mode behaviour. New screen reader settings to announce just the denomination or full banknote name, including currency.

Gets the job done, but seems a bit less reliable than MoneyReader

For now, I am using the 14 day free trial of this app. I have been using the MoneyReader app, but have heard that that might go away eventually, so I wanted to have something else ready for when that eventuality occurred. I downloaded this app, and it works fine, but on the other hand, when I was searching for a dollar bill to be read, it was making up currency denominations just sitting on my couch. I will most likely purchased this app should money reader ever stop working, but for now, I don't see it being my go to app.

Thank you for your kind feedback! If you were using "All the currencies at once" mode, then I am afraid this behavior will occur from time to time as Cash Reader has to identify from millions of possible banknote features at that time. If you know for sure that you have USD, then you can choose worry-free just this single currency.
Also, when the device is not moving, then the identification will stop and continue once with reinitiating the movement, to save the battery. So, this makes me think that your couch has a pattern or color similar to any of the 60 currencies that we support. :) You can always help us to improve this by sending us Photos for Inspection when this happens. Thank you so much for taking the time to try Cash Reader! alex@cashreader.app

Nice app

I like the vibration feature, which announces the denomination in a non-verbal way. I also like that you can recognize bills without a data connection. Money Reader could do this, but you can no longer download that from the App Store. Depending on your use case, this may still be a better option, as it recognizes many currencies Money Reader did not. Also, as new bills with different designs come out, since Money Reader is no longer in deveropment apparently, Myoung Reader will likely not recogniue those. This app also does a lot of curency recognition not found in apps such as Seeing AI and iNote. Both of these apps are free, but you get what you pay for.

We are more than grateful for you using and reviewing Cash Reader! We hope to keep it up and running for as long as possible, providing the same quality identification! Keep in touch, Cash Reader team!

Freedom and independence

This is a wonderful app for blind users. I am an American touring here in Thailand. I do not speak much Thai and spoken English here is not spoken regularly either. So, paying bills in a restaurant and receiving Thai currency change can be an issue at times. However, when I pay my bill and I am given the change in the receipt book I no longer need to hassle with the waitress to tell me the Thai Boht bills I am handed back to me. I bought the lifetime subscription and I am more than pleased I did. Thanks for this app and all your hard work. In its development.

Thank you so, so much for your message! It means a lot to hear that Cash Reader is useful to you! Have a nice time in Thailand and let us know if anything comes up regarding the app!

Full Version for Lifetime

Unlimited identification for lifetime.

Information

Compatibility

Requires iOS 11.0 or later. Compatible with iPhone, iPad, and iPod touch.

Languages

English, Albanian, Arabic, Bosnian, Bulgarian, Chinese, Croatian, Czech, Danish, Dutch, French, German, Greek, Hebrew, Hungarian, Indonesian, Italian, Japanese, Macedonian, Malay, Norwegian Bokmål, Polish, Portuguese, Romanian, Russian, Serbian, Simplified Chinese, Slovak, Spanish, Swahili, Swedish, Traditional Chinese, Turkish, Ukrainian, Vietnamese

Copyright

© 2018 Hayaku s.r.o.

In-App Purchases

1. Full Version for Lifetime $17.99

2. Full Version for 14 days

3. Full Version for one year $5.99
more

Family Sharing

With Family Sharing set up, up to six family members can use this app.

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‎Cash Reader identifies banknote denomination for the largest number of currencies. Point your camera to the money in hand and hear, see or feel its value. All banknotes supported by Cash Reader are listed below alphabetically by region. European Union: Euro, Bulgarian lev, Croatian Kuna, Czech Cr...

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How To Use Narrator On Windows 10 [Tutorial]

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Official Chromebook Help Center where you can find tips and tutorials on using Chromebook and other answers to frequently asked questions.

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Introducing Voice Control on Mac and iOS — Apple

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An eye gaze-enabled tool that makes it possible to control your I-Series device and the Windows environment independently and intuitively.

Computer Control™ is a new, intuitive way of interacting with and controlling your computer via eye tracking. Designed for individuals with physical disabilities and communication challenges who want to make full use of their computer - independently.

Intuitive

Fast

Eye gaze controlled

Windows access

Devices compatible with Computer Control

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An eye gaze-enabled tool that makes it possible to control your I-Series device and the Windows environment independently and intuitively. Computer Control™ is a new, intuitive way of interacting with and controlling your computer via eye tracking. Designed for individuals with physical disabilities and communication challenges who want to make full use of their computer - independently.

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Many hearing aids can now connect to your smartphone to enhance your overall hearing experience. Here are a few of the features you may be able to use with your hearing aids and smartphone:

Stream phone calls directly to your hearing aids*

Stream audio, such as music or driving directions, directly to your hearing aids*

Change left and right volume together or separately

Switch between the programs or memories set by your provider

Find lost hearing aids

Check battery status

Control hearing aid accessories like a TV streamer or remote mic

The steps to using your smartphone with your hearing aids varies by model of hearing aid and by smartphone. Here are some general principles to help you get started.

If you have an iPhone®

iPhone-compatible hearing aids connect directly to your phone and allow you to stream phone calls, music, and other audio without the use of an intermediary device. If you haven't already downloaded the app specific to your hearing aids, see below for links to the Apple® App Store®.

Connecting to an iPhone

Follow these steps to connect your hearing aids to your iPhone:

1. Make sure you have a fresh battery in your hearing aid but leave the battery doors open so it's not powered up.

2. On your iPhone, go to "Settings", then "Bluetooth", and make sure it is turned on.

3. Close the battery door to power up your hearing aid so your iPhone can detect it.

4. Then on your phone, go to "Settings", "General", and "Accessibility".

5. Under "accessibility Tap the "MFI Hearing Devices" option.

6. Tap on the name and model number of your hearing aid when it appears. Your hearing aid will have a check mark next to it once it is connected to your phone.

7. Tap "Pair" to complete the connection. If you are pairing two hearing aids, you will receive two pairing requests.

You can also visit Apple's website to:

Check if your hearing aids are iPhone compatible.

See more detailed instructions on how to set up your hearing aids.

Here's an example of how the remote mic feature works with an iPhone-compatible hearing aid.

If you have an Android® phone

Many smartphone-compatible hearing aids work with Android phones. However, not all hearing aid models will work with all Android phones. Check your hearing aid user guide or your manufacturer's website (links below) for a list of Android phones that will work with your hearing aids. Manufacturer's websites:

With most hearing aid models, you will need to purchase a separate phone clip accessory in order to stream phone calls, music, and other audio to your hearing aids. However, even without a Bluetooth accessory, you can still use many of the other smartphone features are available through the app, such as changing volume and switching programs.

Connecting to an Android phone

Follow these steps to pair your hearing aids to your Android phone.

1. Make sure you have a fresh battery in your hearing aid but leave the battery doors open so it's not powered up.

2. If you've already downloaded the app specific to your hearing aids, your app may have a pairing feature that will walk you through connecting to your phone. If you haven't downloaded the app, see below for links to the apps in Google Play®.

3. On your phone, go to "Settings" and then "Bluetooth" and make sure it is turned on.

4. Close the battery door to power up your hearing aid, so your Android phone can detect it.

5. Then try launched the app to help you with the setup.

6. For manual setup, go to the Bluetooth settings and look for the name and model number of your hearing aid. It should appear under "Paired Devices".

7. Tap the hearing aid name to complete the connection to each hearing aid.

Download the Hearing Aid App

Each hearing aid manufacturer has its own app that is designed specifically for use with your hearing aids. In order to take full advantage of the smartphone features, you will need to download the app specific to your hearing aid from the Apple App Store (for iPhones) or Google Play for (Android phones).

Other Apps You Can Try

In addition to apps designed specifically for hearing aids, there are many other apps that can enhance your hearing experience. Here are a few you can try:

Clear Captions: automatically creates captions for your phone calls

Tunity: audio from any live TV program without an intermediary device

Sound Alert: alerts you to sounds like the doorbell, smoke alarms, etc. that you might not hear

Read our review of these apps to learn more! *Depending on your hearing aid and phone model, you may need to purchase a separate Bluetooth phone clip accessory to be able to use these functions. Phone clip accessories may be purchased through your provider.

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Using Your Hearing Aids with a Smartphone - TruHearing

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Many hearing aids can now connect to your smartphone to enhance your overall hearing experience.

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InclusiveTLC | Igniting The Hidden Potential

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InclusiveTLC Is A Major Educational Supplier Of Assistive Technology Products.

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Freedom Scientific announces a new program featuring K-12 students in the US who are blind and visually impaired who use Freedom Scientific technology to achieve their academic goals.

Click for Nomination Guidelines

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Freedom Scientific - High-quality video magnifiers, braille displays, screen magnification software, and #1 screen reader, JAWS.

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Freedom Scientific announces a new program featuring K-12 students in the US who are blind and visually impaired who use Freedom Scientific technology to achieve their academic goals. Click for Nomination Guidelines

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Google I/O 2019 Live Relay and Project Euphonia

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AA C assessment is an area that most professionals struggle with for one reason or another. I am so grateful to Vicki Clarke for returning to share her thoughts on the prAACticalities of conducting these evaluations. If you are looking for tips on assessing someone who needs high tech eye gaze AAC, this post is for you.

For other posts authored by Vicki, click here.
The Eyes Have It: Assessment Considerations for High Tech Eye Gaze Access
Eye gaze control for AAC device access is a hallmark technological achievement in the world of speech generating devices. For people with significant motor challenges we are no longer limited to scanning as our one choice for AAC access. AAC Specialists have been using light tech eye gaze boards and PVC pipe frames with these friends for years, but now we are able to offer voice output.

Eye gaze is for a much larger audience that we first imagined. Katya Hill (2009) suggested the following clinical populations for eye gaze access application: ALS, Traumatic Brain Injury, Cerebral Palsy, Multiple Scleroses, Muscular Dystrophy, Spinal Cord Injuries and Strokes. In addition, we try eye gaze for any of our students or patients who do not have consistent, comfortable access by touching a screen with their body, those with Cerebral Palsy, Rett Syndrome, and other syndromes causing atypical movement patterns. If a student has to use a stylus or pointer for direct access, we may still give eye gaze a trial, simply to open the door for discussion about all of our options for communication.

Although eye gaze access to speech generating devices is exciting, there are some situations when it is simply not the best choice. There are some challenges with using eye gaze on a high tech device that families need to consider during the evaluation process. There are issues that may negatively impact the ability to use eye gaze access such as movement disorders, certain medications including anticonvulsants or antidepressants and Baclofen; insufficient visual acuity, cataracts, and eye movement problems such as strabismus and nystagmus. Students with cortical visual impairment may have difficulty with visual recognition of symbols and may need highly individualized modifications of the appearance of boards/symbols.

Other difficulties involve the need for a consistent placement of the device in relationship to the patient. Patients have to have mounting systems that allow the device to be positioned correctly in their different seating/lying/standing positions. Students who are ambulatory need to walk to the device and position themselves the correct distance to allow the camera to pick up their eyes. Having an eye gaze device can mean more hours in a particular position than is advised for a patient. Eye gaze devices are heavy, even the new ones. They can be cumbersome to use across environments simply due to the need for partners to set them up for the AAC user.

Although I strongly encourage families to consider eye gaze when it is appropriate, I find it helpful to discuss all of these issues in advance so that families are not disappointed when the miracle AAC device doesn't solve all communication difficulties. We talk about the need for multimodal communication options, in particular when an eye gaze device is our primary communication method. We talk about the validity in continuing to use our light tech communication methods such as gestures, facial expression, live voice scanning and simple eye gaze frames. At times eye gaze isn't effective at first, in particular with our students with cortical visual impairment. They need time to develop their visual skills, become familiar with visual symbols and learn eye gaze cause/effect before they can see the symbols sufficiently to make the device work. As we are working on these visual skills, we have to teach language and give access to communication in other ways such as live voice scanning, gestures, switch scanning and, light tech eye gaze boards with recognizable symbols/photos. An eye gaze device might be our end goal but we have to help families understand the, sometimes lengthy, path we may need to travel in our effort to get to the device.
What is required for eye gaze access:

Sufficient movement control

Sufficient visual acuity with at least one eye

Mounting equipment which allows for the device/camera to be positioned precisely for the patient (all axis movement on a mount is best, i.e. the device can be positioned higher/lower/left/right/tilted etc. to capture the reflection from the patient's eyes best).

Visual processing skills sufficient for the patient to visually attend to targets on the screen. In practice we've found we need a minimum of a .3 second pause on an image to begin to work on eye gaze. That's a very brief glance, so it's easy to achieve during initial trials.

What is calibration and why does it matter?
Calibration is the process in which the patient gazes at a moving target on-screen while the cameras and sensors determine the exact properties of the patient's gaze reflection and position for different areas of the screen. That's my unscientific explanation, but hopefully you understand that calibration is different for different people so it's best to get the actual user to calibrate the device. I have heard of people using their own calibration or one of a family member when it was difficult to achieve with a patient. This technique makes sense if it allows us to initially get started, but an individualized calibration is best as soon as possible.
Tricks for calibration:

1. For very young students or those with cognitive delays, choose highly motivating targets for calibration. When the device allows you to change the calibration target, choose their favorite video or character to help them attend. One of my favorite calibration targets was a video of little Emma's daddy telling her to "look this way, Honey!"

2. For patients with cortical visual impairment, use their personal visual strategies to make the calibration screen and target most visually accessible. For example, many of our students with CVI achieve visual attention best with a black screen and high contrast image or familiar video.

3. Once you have a useable calibration, do NOT drive your student crazy recalibrating. This is a one-time operation that only needs to be done again if you are trying to improve the original calibration. It doesn't go away when the device is turned off.

4. Save an extra copy of the calibration user file so that when someone accidentally recalibrates (they will!) you won't lose that perfect calibration it took you so long to get.

5. A "good" calibration verses a successful "bad" calibration only means that the student will be able to access a smaller point on the screen than if they had a less successful calibration. Students who achieve a less precise calibration will need to have targets that are larger to allow them to be successful, but they can still use the device.

6. If the calibration is moving too quickly for your AAC user to establish visual gaze, you can slow the calibration down or use a "keyboard step-through" setting which allows you to choose when to start the calibration on a given area and to move the calibration target to the next location.

7. If the AAC user is experiencing difficulty visually attending to certain areas of the screen, you can set a smaller area of screen to use for calibration, for example, you can choose to only use the bottom half of the screen for calibration purposes. The calibration will allow access to the entire screen, even if the calibration is only done on the bottom half of the screen.

Is there a difference in the how different manufacturer's eye gaze devices work with different patients? Yes, in my experience, the access differences are primarily in the number of cameras and sensors that are used and how robust the system is. Some devices use 2 cameras and 1 sensor and some use 2 sensors and one camera. In clinical practice I can't say that we have consistently seen one work better than the other for all patients. We have definitely seen an improvement in reliable eye gaze recognition as the devices' computer systems have been outfitted with more memory, hard drive capacity and other bells and whistles that new systems have. In general, I would say that if one device is not working well, I'd seek out another one, just to see if there is a difference. If you have tried a system in the past, you might want to revisit eye gaze since the newer, more robust systems have been introduced.
Common Problems:

Environment- be aware of the effect of lights (natural and artificial) reflecting on the eye and potentially interfering with cameras reading the infrared reflection. Also consider visual distraction for patients with cortical visual impairment. Clinically, I have had the most success using lamp lighting behind the patient with curtains blocking windows for initial evaluation. For patients with cortical visual impairment, I have taken darkening the room to a science with very limited lighting except the device. I only have evidence from my own clinic to support this, but we've had nice success with this technique.

Positioning- make sure that the device is the prescribed distance from the patient. It's about 21" but is variable device to device, so check. Being too close or too far will impact the student's success.

Inappropriate size of targets for the level of calibration achieved- remember that the less accurate the calibration, the larger the targets have to be.

When you are just starting to dabble in evaluation for high tech eye gaze access, invite the sales representatives to join you. We had our sales reps with us for years as we became more comfortable with the details of the different devices.

What tricks and tips do you have to share with us? Leave a comment below so we can compare notes!
Please note, we see AAC users in both school settings and medical settings so I use the terms "patient" and "student" interchangeably when describing our friends. Resources Consulted:
Hill, Katya, 2009. Evidence Based Principles for Selecting Eye Gaze AAC Technology, Presented at American Speech and Hearing Association Conference, Handout accessed online 4/17/2016 at http://www.asha.org/Events/convention/handouts/2009/1539_Hill_Katya.

Moore, Rachel, Jackie Ayre, Will Wade and Mike Donegan. Presented at ISAAC Conference. Handout accessed 4/17/2016 at http://acecentre.org.uk/Websites/aceoldham/images/Presentations/Experiences%20of%20Eye%20Gaze_8_999.pdf

Special Education Technology- British Columbia (SET-BC)). Eye Gaze System Considerations, accessed online 4/17/2016 at https://www.setbc.org/download/public/Eye_Gaze_System_Considerations.pdf

This post was written by Carole Zangari

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AAC Assessment Corner with Vicki Clarke: The Eyes Have It-Assessment Considerations for High Tech Eye Gaze Access

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AAC assessment is an area that most professionals struggle with for one reason or another. I am so grateful to Vicki Clarke for returning to share her thoughts on the prAACticalities of conducting these evaluations. If you are looking for tips on assessing someone who needs high tech eye gaze AAC, this post is for you.