
“For most, technology makes things easier, for others, technology makes things possible”
Assistive Technology Device: Any item, piece of equipment, or product system, whether acquired commercially off the shelf, modified, or customized, that is used to increase, maintain, or improve functional capabilities of a child with a disability.
Assistive Technology Service: Any service that directly assists a child with a disability in the selection, acquisition, or use of an assistive technology device.
Technology can be extremely empowering for any learner. For a student with dyslexia, it can be the difference between confidence and fear, or between failing and thriving.
We are living in a golden age of assistive technology when trends are converging to transform education for the better:
Applications like speech to text, that used to be clunky and ineffective, are fast becoming slick and powerful. Hardware that used to be more like electronic free weights now fits comfortably in your pocket. If you are not surprised what today’s tech can do, you are not keeping up.
Carrying a tablet and using cloud storage to save your files is as beneficial for efficient readers as it is for people with dyslexia.
Used to be that the “spec ed” kids didn’t want to be seen using their heavy old laptop when everyone else was working on paper, but now that everyone is plugged in, the dynamic is changing. Tech is cool.
BUT, with so many e-tools out there, things can quickly get confusing, even overwhelming. To help simplify things, below you will find a Parent Primer for dyslexia technology software.


A new tablet, once you add a case and maybe a keyboard, can run into several hundred dollars. That’s pretty steep for most people and out of reach for some. Here are 5 tips for lowering your costs:
Still can’t afford it? Check with local charities that might donate or loan what you need. Think this is a pipe dream? Check out this link and think again!

Assistive technology is defined as “any item, piece of equipment, or product system, whether acquired commercially off the shelf, modified, or customized, that is used to increase, maintain, or improve functional capabilities of a child with a disability”.
Very simply, assistive tech is any device or product that can help your child or student achieve things that they wouldn’t otherwise be able to.
Here are some examples of assistive tech and how they might help your child:
Keep track, with ease, of daily schedules, timelines, test dates, deadlines, extra curricular activities and more.
Improve reading speed and comprehension.
Write quickly and grammatically.
Develop outlines, plans and idea maps visually as well as in text.
Turn eye reading into ear reading.
You no longer have to write everything, you can “talk it” and then edit as necessary.
Keep files organized and accessible.
Intended to reduce visual stress and improve reading speed and comprehension.
Here are 5 things to keep in mind when evaluating an app or piece of hardware:
Three things you can do to get more out of your time and money:
When the rest of this page was first written, assistive technology meant a toolbox of separate, single-purpose products: one app to read text aloud, another to take dictation, another to check spelling. Artificial intelligence has changed the shape of that toolbox. A single AI tool can now read a chapter aloud in a natural voice, explain the hard paragraph in simpler words, summarize what matters, take dictation that tidies itself up, and then quiz your child on the material — all in one place, and much of it free or close to it.
That makes AI the biggest development in assistive technology since the tablet. It also raises new questions — about school rules, about accuracy, and about where the line sits between help and doing the work. Here is how the pieces fit, and how to use them wisely.
Text to speech was already in the toolbox above. What AI has changed is the quality of the voices — and how much else the same tools will do while they read.
Speechify and NaturalReader read web pages, documents and whole books aloud in natural-sounding voices, highlighting each word as it is spoken so the reader can follow along. Speechify can even photograph a printed page and read it back. Both have free versions worth trying; the best voices and extra features sit in their paid tiers.
Microsoft’s Immersive Reader is built into Word, OneNote and the Edge browser at no cost. It reads text aloud, breaks words into syllables, spaces text out and can focus on one line at a time — a real reading support hiding inside software your family may already own. Edge’s Read Aloud does the same job for web pages and PDFs.
When a passage is simply too dense, paste it into an AI chatbot and ask for a summary, or for the same ideas written in simpler words. Snap&Read, a school favourite, can lower the reading level of web text on the fly. The student still meets the ideas — the wall of decoding just stops blocking the way to them.
For many people with dyslexia, writing is the harder half of literacy — the ideas are there, but spelling and the blank page get in the way. This is where AI may help the most.
The built-in voice typing in Word, Google Docs and on phones is free and far better than it used to be. Wispr Flow goes a step further: it works across your apps and uses AI to strip out the “ums”, add punctuation and format what you said, so a spoken draft reads like a typed one. It has a free starter level, with paid plans for heavy use.
Ordinary spellcheck often fails writers with dyslexia, whose spelling can be too far from the target word for it to guess. Co:Writer predicts the word you mean from even a phonetic attempt — type “lfnt” and “elephant” is on the list — while Ghotit, built specifically for writers with dyslexia and dysgraphia, checks spelling against the sentence around it. Grammarly then catches grammar and clarity problems that spellcheck never saw.
Ask a chatbot to brainstorm with your child, or to turn a jumble of ideas into an outline they can write from. That is a legitimate use — it is how plenty of adult writers start, too. What matters is what happens next: the sentences, and the thinking inside them, stay the student’s own.
The same chatbots that worry teachers can also act as an endlessly patient study partner — one that explains things five ways, at midnight, without sighing.
Khanmigo, Khan Academy’s AI tutor, is built to refuse the shortcut: it answers questions with questions, walking the student toward the answer instead of handing it over. Its writing coach comments on a draft without rewriting it. It is free for teachers, and families pay a modest subscription.
Google’s NotebookLM (free) works only from documents you give it — class handouts, notes, a textbook chapter. From those it builds a study guide, flashcards and a practice quiz, and it can turn the material into an audio overview to listen to. Its answers stick to your sources and show where each one came from, which makes checking them easy.
General chatbots like ChatGPT, Claude and Gemini will re-explain a stubborn paragraph in plainer language, invent an everyday example, and then quiz your child on it. ChatGPT’s Study Mode is designed for exactly this — guiding step by step rather than serving up finished answers.
One more category bears watching: AI that aims to treat dyslexia rather than work around it. The best-known example is Dysolve, which builds short daily games, generated on the spot and adapted to the child, aimed at the language processing underneath reading. An independently evaluated randomized trial (University of Delaware, 2022–2025) found real gains in standardized reading scores — which is more hard evidence than most products ever produce. Even so, one trial is one trial, and the company’s claims run ahead of the research. File it under promising, and keep proven reading instruction firmly in place while the science catches up.
None of this removes the need for judgement. Six ground rules will keep your family on the right side of the line:
Good Luck and Good Reading!
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Photo Credits: iPad: By Tom Morris (Own work) [CC-BY-3.0 (http://creativecommons.org/licenses/by/3.0) or GFDL (http://www.gnu.org/copyleft/fdl.html)], via Wikimedia Commons. Android: By Twinmostech (Own work) [CC-BY-SA-3.0 (http://creativecommons.org/licenses/by-sa/3.0)], via Wikimedia Commons; Confused Button: Image from morguefile.com user:Ladyheart
Too Many Assistive Tech Choices Can Lead to Confusion