Ai Interface

May 23, 2025 - Scott Hewitt


The transformation of computing technology over the past three decades has been nothing short of extraordinary. Cast your mind back to the 1990s, when owning a basic calculator was considered quite practical, and mobile phones were bulky devices used primarily for making calls. Today, we carry supercomputers in our pockets that would have been the stuff of science fiction just a generation ago.

The Remarkable Journey from Then to Now

The leap from the computing landscape of the ’90s to today’s reality is staggering. What began as simple calculators and primitive personal computers has evolved into sophisticated devices that serve as our cameras, entertainment centres, communication hubs, navigation systems, and yes, still our calculators. The smartphone revolution didn’t just put computing power in our hands—it fundamentally changed how we interact with information and each other.

Perhaps most remarkably, these powerful devices now boast battery life that can genuinely last throughout an entire day of heavy use. Remember the early mobile phones that required charging after just a few hours of standby time? Today 12-15 hours of active use, whilst budget-friendly options deliver capable performance at price points that would have seemed impossible just a few years ago. The democratisation of computing power means that even entry-level smartphones today outperform the high-end devices of a decade past.

Contemplating the Next Wave of Change

Having witnessed such dramatic transformation within a single lifetime, one can’t help but wonder: what revolutionary changes lie ahead? If the past thirty years have taught us anything, it’s that technological progress rarely follows a linear path—it accelerates, often in unexpected directions.

The question that fascinates me is not whether change will come, but rather what form it will take. We’re already seeing the early stirrings of the next computing revolution with artificial intelligence becoming increasingly sophisticated and ubiquitous. But how will we interact with these AI systems in the years to come?

Envisioning Tomorrow’s Interface

I find myself imagining a future where our primary computing interface isn’t a screen at all, but rather a compact, sensor-rich device designed for ultimate portability. Picture something you could easily slip into your pocket, pull out when needed, and put away without fuss—rather like how we currently handle our keys or wallet.

This hypothetical device wouldn’t need its own display. Instead, it would intelligently make use of screens already present in our environment—televisions, computer monitors, digital signage, or even projecting information onto nearby surfaces. The primary interaction would be through voice commands, creating a natural, conversational relationship with our technology. However, I envision it would also include a companion touch interface for situations where voice control isn’t appropriate or precise enough.

Such a device would be loaded with sensors—accelerometers, gyroscopes, environmental sensors, perhaps even biometric monitors—allowing it to understand not just what we’re asking, but the context in which we’re asking it. It could adapt its responses based on our location, the time of day, our stress levels, or countless other factors that current devices barely consider.

The Battle for the Future Interface

Will this screenless, sensor-laden companion represent the future of personal computing? Whilst I find the concept compelling, I suspect augmented reality glasses will ultimately claim victory in the race to define our next primary interface. AR glasses offer the tantalising promise of overlay digital information directly onto our visual field, potentially eliminating the need to look down at separate devices altogether.

However, if AR glasses don’t quite live up to their promise—perhaps due to battery limitations, social acceptance issues, or technical hurdles we haven’t yet overcome—then I believe something akin to the sensor-rich companion device could very well become our primary computing interface.

The beauty of such uncertainty is that it reminds us we’re living through one of the most exciting periods in technological history. Just as we couldn’t have predicted in the 1990s that we’d all be carrying touch-screen computers with access to the sum of human knowledge, we likely can’t fully anticipate what computing will look like in another thirty years.

What we can be certain of is this: the pace of change shows no signs of slowing, and the interfaces we’ll use to interact with tomorrow’s technology will likely be as different from today’s smartphones as smartphones are from yesterday’s pocket calculators. The future, as always, promises to be far more interesting than we can currently imagine.