It’s sink or swim for many new gadgets in 2015.
A year ago, SmartCompany listed the top new technologies set to race into 2014.
Well, another year has come and gone, and a new group of technologies are emerging over the horizon.
So what new technologies should you look out for in 2015? It’s time to gaze again into the crystal ball and take a look at six technologies you should keep an eye on in 2015:
Over the past year, both in the form of devices running Google’s Android Wear platform and the Apple Watch, the tech giants have made big bets on smartwatches.
However, so far consumers have been a bit ambivalent. Sure, smartwatches can bring notifications to your clockface and apps on your wrist, and being able to do a voice search with Google without pulling out your phone or tablet is nifty.
On the other hand, a majority of the people inhabiting the planet already carry a far more powerful device with a larger screen in their pocket or handbag, in the form of a smartphone.
So the real question now is whether consumers will embrace this new technology.
Over the next year, entrepreneurs and innovators will either come up with a “killer app” for the smartwatch that drives it into the mainstream, or else the technology will be remembered as a flash-in-the-pan tech fad.
Either way, the next 12 months will be crucial to the long-term prospects of this much-hyped technology.
Another technology rapidly approaching the critical make-or-break point is mobile payments.
These days, from “touch and go” chip-and-pin credit cards to public transport tickets, there are a growing number of smartcards that are based on a technology called near-field communications (NFC).
Over recent years, a growing number of smartphones have embedded these chips, allowing the “tap to share” features on Samsung Galaxy and Microsoft Lumia smartphones.
NFC technology received a surge of mainstream attention with its inclusion on iPhone 6, which uses the chip as part of its Apple Pay payment platform.
Of course, the great thing about NFC is that you don’t need to be tied into a proprietary walled garden platform such as Apple Pay. Potentially, all of the smartcards in your wallet could potentially be replaced with an app on a smartphone with an NFC chip.
Since we’re now at the point where just about every flagship smartphone has NFC, we’re also at the point where it’s plausible for consumers to replace a wallet full of cards with a phone full of apps.
Whether consumers embrace the convenience over the next year will be interesting to watch.
The number of tech gadgets on offer to consumers is greater than ever before.
A couple of decades ago, the average consumer just had a desktop or laptop in their study at home, and a second on their work desk.
Today, a consumer could potentially use a smartwatch, a smartphone, a tablet, a desktop or laptop computer, a smart TV (or a set-top box or games console) and an in-car entertainment system in the course of a single day – and all of them run apps.
Where Apple, Google and Microsoft once created operating systems for single devices, they’re now creating app platforms and ecosystems for devices.
With Mac OS X Yosemite and iOS 8, Apple added a feature called Handoff that allows users to pass activities from one device to another.
With Windows 10, Microsoft will allow a single app to run across a range of devices, including everything from smartphones and tablets to Xbox game consoles, PCs and servers.
Meanwhile, with 5.0 Lollipop, Android apps can now run on Chromebooks. Not only that, but Google has created a range of versions of Android for different devices, including cars (Android Auto), wearables (Android Wear), and TVs (Android TV).
For businesses, what this means is that consumers are likely to increasingly expect their apps, websites and online services to work seamlessly across a range of different devices and contexts.
The interesting thing about many of these devices is they have potential therapeutic benefits for people with otherwise debilitating medical conditions. Others could be used as a preventative tool to warn users about possible health risks.
For example, Google Glass can potentially overlay graphics for people with poor vision highlighting potential risks and dangers. Cloud platforms can be used to collate health records and readings from a range of different devices and sources. Robotics can be applied to help people with limited mobility carry out everyday tasks.
The great news is that there are a range of Australian businesses already doing some great research in this area.
A great example is Eyenaemia, a new technology, developed by Melbourne medical students Jarrel Seah and Jennifer Tang, which allows users to diagnose anaemia by taking selfies with their smartphones.
The technology has grabbed the attention of none other than Microsoft co-founder Bill Gates himself.
“I could see a future version for Eyenaemia being used in developing countries, especially with pregnant women, since anaemia contributes to nearly 20% of deaths during pregnancy,” Gates says.
As of August, a health-tech startup group in Melbourne has already managed to attract close to 1000 entrepreneurs and medical professionals to some of its meetings, and a similar group in Brisbane is attracting around 100.
Health tech is an area Australia could become a world leader in over the coming years – if the investment and political will is there.
A year ago, low production yields put a limit to the production volumes of curved or flexible screen devices.
The first curved screen displays appeared on smartphones such as Samsung’s Galaxy Round and the LG G Flex, and at some curved-screen TVs at the International CES trade show. However, prices were high and volumes were limited. It required specialist types of glass, such as Corning’s bendable Willow Glass, to make.
The situation is set to change over the coming year thanks to a new technology called called P-OLED (plastic-organic light emitting diode).
P-OLED works by sandwiching a layer of organic material, which lights up on receiving an electrical charge, between two sheets of plastic. Along with the organic material, there’s a thin grid made up of a transparent material that conducts electricity (known as an active matrix) that can deliver a charge to each individual pixel.
Unlike LCD displays, which require a backlight, all of the light is generated by the organic material, meaning P-OLED displays are thinner as well. It is also thinner than glass AMOLED displays.
LG Display, one of the top three display manufacturers worldwide alongside Japan Display (Sony, Toshiba and Hitachi) and Samsung, says we should expect to see bendable tablets next year, with rollable TVs and foldable laptops screens in 2017.
This last one is not so much a new technology, per se, as it is a potential tectonic shift in the tech industry landscape.
During 2014, Xiaomi overtook Apple as China’s second-largest smartphone maker and – according to some figures – overtook Samsung as its largest. By the end of the year, it was the world’s third largest smartphone maker by volume, trailing only Samsung and Apple.
But while Xiaomi attracted most of the attention, it’s far from the only Chinese electronics maker set to make an impact over the coming years.
Lenovo became the world’s largest PC maker by buying IBM’s PC division in 2005, and has recently completed its purchase of Motorola from Google. Huawei, the world’s largest telecommunications equipment maker, is also making its consumer electronics play. In their shadows are a range of other brands, such as Coolpad and ZTE.
But it’s not just device makers that are having an impact. Look no further than the record-setting $US231.4 billion ($A258.8 billion) IPO of Chinese e-commerce giant Alibaba.
From health tech to mobile payments, there are a range of technologies that will potentially have a big impact on Australian small businesses over the next year.
But perhaps the most important thing for businesses will be to make sure your consumers have a seamless digital experience across all of them.
