put your thinking cap on – quick!
Here is something very new to be ‘tried on’-
for size, for fit and for
s u i t a b i l i t y
As an educator, as a creative writer, I have over the past year or two,
been exposed to the world – the new world, of AI.
AI – Artificial Intelligence. Artificial suggesting not really real?
Perhaps. Or intelligence born not of the human mind and thought
processes but via a synthetic incubator.
Arguably, it has also come to be villainized (rightfully so in many cases)
championed and seen as either the cure or the cause of the demise of
the human race.
Be that as it may – it is not, going away. At the rate of weekly furious
development, it is like a geometric progression.
It is however, in my opinion, mis-named.
Advanced Intelligence
is far more apt, more appropriate.
As a writer of original ideas, stories, plots, poems – whatever – a multitude
of tools are employed to assist in the transference of ideas, thoughts
– words, pages – onto the printed page.
Personally I work with Microsoft Word, Scrivener, Scapple, Freeform,
Ulysses, and many other robust writing aids.
I have also, since 1990, sought out other tools to help in the writing
process. Livescribe is just such a tool. One of the pioneers in the
design/development of a pen or stylus, that captured one’s
handwriting and transcribed it to editable text. I still have and still
use my Livescribe. Recently, the parent company of Livescribe
brought the inq pen to market.
That company is Anoto Group, of Sweden, which specializes in digital writing solutions.
Their inq pen, which I also acquired a few months ago, is an astonishing digital
device that instantly – read that again – instantly displays what you write in
one otheir notebooks, on your iPad screen. And then, when triggered,
it transcribes that written text into digital text. Awesome. It has put the
‘power of the pen’ back into my hands – sortof.
It has taken 30+ years of dedicated development to arrive at this point.
A long, long journey but worth the wait.
And so now, in the emergence of the Sabi beanie, is that not just another
step along the path – another brick in the wall – of AI nurtured technology
that will be of huge benefit, not only to wriyters, but to psycho-therapists,
researchers.
I, believe it so.
That being said, read on. And as you do, be aware of apps like WhisprFlow,
Dictanote and many others that are now at the forefront of effortless
transcription of the spoken word to, printed matter.
———————————————————————-
Put on Your Thinking Cap.
This Startup’s Hat Converts Thoughts Into Text
Forget dictation. EEG sensors in Sabi’s beanie can reportedly type
out what you’re thinking.
Can it become a non-invasive alternative to Elon Musk’s Neuralink?
By Jon Martindale
April 20, 2026

At 130+ words per minute, I can type faster than most, but one
Silicon Valley startup called Sabi is looking to make that all moot.
Its engineers are working on non-invasive sensors that can detect
brain waves from outside your head, and convert them into typed text,
effectively allowing writers like me to write without typing at all, Wired reports.
In reality, this technology’s benefits would extend far beyond providing mere
typing speed parity. For those with injuries or disabilities that make
communication difficult, a technology like this would be life-changing.
The fact that the sensors would be embedded in a beanie or baseball cap,
rather than in the brains of users, also gives Sabi a unique selling point
over contemporary competitors like Neuralink.
“The biggest and baddest application of BCI [brain-computer
interface] is if you can talk to your computer by thinking about it,
” Sabi investor Vinod Khosla tells Wired.
“If you’re going to have a billion people use BCI for access to their computers
every day, it can’t be invasive.”
The invasive nature of BCIs like Neuralink is one of their main drawbacks.
Sensor degradation, rejection, and the implant surgery make
mainstreaming such technologies difficult, even if they might represent
a more comprehensive solution to mobility issues for affected individuals.
Sabi’s sensors can detect electroencephalography (EEG) from outside
the head by massively scaling sensor density.
Whereas traditional EEG sensors use tens or hundreds of sensors,
Sabi uses tens of thousands, thereby improving the resolution of the data it records.
Translation is arguably the most complicated component in Sabi’s proposed device.
To convert brain patterns that can shift depending on mood, substance intake,
fatigue, and a range of other factors, Sabi is leveraging a foundational
AI model trained on a wide neural dataset to find common patterns in speech
that enable thought-to-text conversion.
Fortunately for my TypeRacer.com records, Sabi is targeting an initial conversion
speed of 30 words per minute, which is expected to improve over time, along
with the accuracy of the text conversion. Combining ease of use with the ability
to fit the sensors in beanies, caps, and other wearable headpieces could make
Sabi an exciting opportunity for those with speech impairments.
And eventually, perhaps, my slower-typing colleagues.
About Our Expert Jon Martindale Contributor
Experience
Jon Martindale is a tech journalist from the UK, with 20 years of experience
covering all manner of PC components and associated gadgets.
He’s written for a range of publications, including ExtremeTech, Digital Trends,
Forbes, U.S. News & World Report, and Lifewire, among others.
When not writing, he’s a big board gamer and reader, with a particular habit
of speed-reading through long manga sagas.
Jon covers the latest PC components, as well as how-to guides on
everything from how to take a screenshot to how to set up your
cryptocurrency wallet. He particularly enjoys the battles between
the top tech giants in CPUs and GPUs, and tries his best not to take sides.
writing about, writing…………..
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