Innovation ponderings around AT and AAC

I often place me between two worlds: the technology world and the disability world.

I don’t think this position necessarily enables me to generate wildly new ideas. Instead, it often allows me to see where things are obviously heading—and when these two worlds are likely to collide.

I recently wrote about my belief that advances in AI will lead to a single, integrated access platform. Rather than individuals having to purchase and manage multiple subscriptions for mind‑mapping, dictation, word processing, phonics, and more, I believe we’ll see unified systems that adapt to a user’s complete access profile.

And then, watching the Chinese New Year celebrations this year, it happened again.

A Cultural Lens on Technological Acceleration

I lived in China for a period of time, and my wife and her family are Chinese, so Chinese New Year is a special part of our family life. Each year, on CNY Eve, there’s a huge national broadcast on China’s main TV channel (CCTV). It’s a marathon show—hours long—packed with comedy sketches, celebrities, and showcases of technological achievements China is proud of.

Last year, humanoid robots featured prominently. They danced, moved with exaggerated human characteristics, and performed novelty tasks—spinning ribbons like industrial mixers, moving with the posture of elderly pregnant women who’s trying to stomp cockroaches.

This year, they were back—and the leap forward (literally) was staggering.

These robots were performing backflips. Moving with speed, balance, and fluidity that resembled martial artists fuelled by energy drinks. The level of advancement in just a year was genuinely shocking.

And with both feet planted in the tech world and the disability world, my mind immediately went somewhere else.

Transfers, Mobility, and the Fragmentation of Disability Tech

If you have complex motor challenges, transfers are often one of the biggest barriers to independence.

Moving between bed and chair, chair and toilet, toilet and bath, chair to floor—each transition can require specialist equipment. Hoists. Slings. Training. Environmental adaptations. Multiple bulky systems that only work in certain spaces.

Then there’s the reality of life outside the home.

Accessible toilets with hoists are few and far between. Outdoor environments are often simply inaccessible. If you’re outdoorsy—or just want spontaneity—you’re often out of luck.

And that’s just transfers.

What about picking things up from the floor? Carrying items? Reaching, stabilising, guiding, preventing falls, providing first aid?

I’ve made this point before: technology tends to merge and amalgamate. Disability technology, however, often lags behind—fragmented, siloed, slow to innovate, as if there’s little commercial or systemic incentive to streamline.

A Tech Prophecy: Humanoid Assistance as Disability Infrastructure

Here’s the tech prophecy.

The future of mobility aids, transfer equipment, care support, and many adjacent areas will not remain as separate systems. They will be amalgamated into humanoid assistance.

Not as novelty robots—but as functional infrastructure.

A humanoid assistant that:

• Is the hoist and sling
• Is the carer during transfers
• Is the grabber that retrieves items from the floor
• Is the steadying hand guiding someone upstairs
• Is the ever‑present first aider

Initially, these functions will likely emerge in different forms. But over time, they will converge into a single, adaptive, ever‑present assistant for people with disabilities.

Communication: Consistency Is the Missing Piece

And what about communication?

One of the greatest challenges I encounter when supporting people with communication difficulties—particularly young children—is not the technology itself. It’s consistency in how others support communication.

We already see familiar carers becoming almost attuned to a child’s needs: recognising body language, facial expressions, subtle cues, and responding without the child needing to explicitly communicate.

Now imagine a humanoid assistant that:

• Learns a child’s body language and facial expressions
• Monitors physiological cues (movement patterns, temperature, arousal)
• Understands context and routine
• Presents relevant AAC vocab; symbols, words, or phrases at the right moment
• Grades support appropriately as the child’s explicit communication develops

This assistant would be consistent. Always present. Never tired. Never distracted. Able to scaffold communication in real time, every time.

For children who have never truly had the opportunity to communicate, this would be transformational.

The Risk—and the Responsibility

Is this a good thing?

As with all technological shifts, there’s a tension.

My concern is not hard to name: a reduction in human contact and human skill. The risk that support becomes outsourced rather than relational.

But that risk isn’t inherent to the technology—it’s about how we choose to use it.

I’m an optimist.

I believe that many children who currently miss out on timely, consistent communication support will finally have access to it. I believe we’ll see opportunities open up rather than close down—if we manage this transition thoughtfully.

It’s Not Science Fiction Anymore

I don’t see this as speculative science fiction.

Given the pace of advancement I’ve just witnessed—and the historical pattern of technological convergence—I struggle to see how this isn’t on the horizon for the disability and technology worlds.

The only real question left is:

How long will it take before these two worlds fully collide?