Tapping into the exciting future of smart devices
While futuristic gadgets depicted in movies like Back to the Future once seemed light years away, today, they’re closer than ever.
In fact, by 2021, the average Australian home is expected to be packed with more than 30 connected devices.
It’s a future that will continue to tap into the exploding Internet of Things (IoT) trend, which sees everyday devices evolving to include internet connectivity.
Already a one-billion dollar industry here in Australia, according to technology analyst firm Telsyte, IoT is anticipated to be worth $5.3 billion by 2023.
So, let’s cast our minds forward to the future to imagine how smart devices and ever-evolving connected technology may help to keep us entertained, educated, employed… and much more.
The entertainment industry has been at the forefront of the IoT revolution, which is understandable given it’s one of the most widely used and consumed online technologies.
It’s also where we’ve seen much of the earliest demand for high-speed broadband*, with apps on smart TVs and set-top boxes, like Netflix and Apple TV, offering 4K streaming.
Outside of high-fidelity video, audio-streaming services are taking advantage of high-speed broadband to offer the kind of decompressed music that audiophiles adore.
So, what can we expect for ‘smart’ entertainment in the future?
Connected devices are likely to evolve further by tapping into machine learning algorithms to better adapt to individual users, as well as to continue to push back the boundaries on what virtual assistants and voice control can achieve.
Deeper integration of an increasing array of IoT appliances with smart hubs are also part of the next frontier.
For streaming devices – with 8K TVs out in the wild and 8K content lagging behind – there’s an opportunity for beyond-4K streaming to become a reality. With the right screen, you can already experience 8K in a limited capacity on YouTube.
On the next-gen gaming front, Microsoft and Sony will both release new Xbox and PlayStation consoles in November 2020, with greater connectivity and device-interconnectivity features expected to lead the way.
Streaming games will also be a hot topic.
The rise of embeddables
Unlike the wearables we know and use today, the future of IoT devices is in ‘embeddables’.
With huge potential benefits to the health sector, fitness and general productivity, these devices don’t live outside the body, above our skin or on clothing; they live within us. It’s a movement that’s linked to ‘biohacking’.
You may think we’re in sci-fi territory here but make no mistake, embeddables will be commonplace in the future.
For example, smart pacemakers will send information to your physician to document your heart’s health, can call for aid if you have any issues, and can even administer an electric shock to restart a stopped heart in an emergency.
For general health tracking, expect to see fitness trackers that live under your skin for accurate diagnostics of everything from your sugar and oxygen levels, through to monitoring cholesterol and heart rate.
One emerging technology with huge potential is the smart contact lens.
Placed within the eye, this connected device can provide adaptive vision enhancement where you can alter its lens based on your activity.
It can even diagnose issues with glucose levels by monitoring your tears. And it can provide an augmented-reality (AR) overlay to improve productivity, such as revealing GPS map data or incoming messages.
Out of sight and onto hearing.
Smart hearing aids get smarter through everyday use via machine learning, alongside personalised sound options for managing what you want to hear in, say, a busy restaurant.
Machine learning means these devices will get smarter – which is how there are already hearing aids that can offer on-the-fly foreign-language translations.
As fast broadband helps bring connectivity to more classrooms around Australia, we’re expecting to see children benefit from exciting new educational opportunities.
Further down the track, we can expect to see AR devices become more prominent in education.
These lightweight AR headsets allow for collaborative lesson experiences where entire classrooms can swap out pictures in textbooks for 3D models and real-time pop-up cinematics they can move around and interact with.
Even further down the track, don’t be surprised if we see powerful machine-learning algorithms that provide adaptive curriculum in digital textbooks, for study at school or at home.
Acer is already tinkering in this adaptive-curriculum space with the recent launch of an analytics lab at the University of Technology Sydney. The lab monitors student engagement and provides data on future learning improvements.
On top of this, AI-driven lessons that adapt to student needs are expected to grow significantly in the coming years, thanks to recent global investments.
While flying cars might still be in the realms of imagination – and The Jetsons – for many other smart devices, the future will be arriving much sooner than later.
So, what smart device of the future are you eagerly awaiting?
^ NBN Co’s build completion commitment is that all standard installation premises in Australia are able to connect to the nbn™ access network as at the build completion date. This excludes premises in future new developments which will be an ongoing activity for NBN Co beyond the build completion date. It also excludes a small proportion of premises defined as ‘complex connections’ – which includes properties that are difficult to access, culturally significant areas and heritage sites – where connection depends on factors outside of NBN Co’s control such as permission from traditional owners, and where network construction to allow such premises to connect will be an ongoing activity of NBN Co beyond the build completion date.