The idea of wearable technology has been with us since at least as far back as the original Star Trek TV show and films like Forbidden Planet. However, as often happens in science-fiction, it eventually becomes a reality in some shape and form, and the concept of wearables for business today – in conjunction with the Internet of Things (IoT) – is now seen as the next big thing.
While there is no doubt that wearable technologies were initially viewed as little more than novelties or fun consumer gadgets, many of the larger technology businesses are now designing wearable solutions with specific business applications in mind. The idea here, as with so many other technology developments, is to boost the productivity and efficiency of the employees who use them.
Today a number of vertical markets have begun to realise the benefits of these technologies. A good example is how organizations operating in the field service industry provide technicians with smart glasses that enable them to solve issues more rapidly. At the same time, these smart glasses can help improve productivity – a good example here would be a mechanic who may need both hands to fix a machine, while also needing to constantly check information from the repair manual. The glasses could deliver the information from the manual to him on the fly as he are working.
These technologies could also benefit doctors and surgeons, helping them to record procedures, consult with specialists, and even access medical information in the midst of an operation. And in the corporate world, sales professionals could use smart glasses to retrieve information on their customer’s industry and job title, not to mention details of previous orders, past reviews, and the date of the last meeting as they walk into their next one.
Wearables even offer productivity opportunities in the retail space, where wearable wrist displays, tech lanyards, and wireless headsets would all make it easier for employees to access information on the go. And yet despite the benefits outlined above, locally, adoption of these devices remains relatively sluggish.
While the high price of such devices is one reason, the biggest hindrance remains the simple fact that for wearables to truly be successful, high-speed connectivity is required. These technologies need to be connected at all times, as they require a constant flow of live data.
High-speed fibre connectivity is, ultimately, a non-negotiable requirement for transmitting high volumes of data between platforms, service applications, and stakeholders, explains Vino Govender, Acting Chief Strategy Officer at DFA, adding that fibre-based connectivity speeds surpass those of any other connectivity medium.
The good news for industries hoping to implement wearable technologies in the near future is that South Africa is experiencing an upward trajectory in respect of its fibre-to-the-business (FTTB) deployment. This means that the network stability and high-speed connectivity, which is critical to the success of such solutions, is increasing all the time, he says.
Moreover, he continues, we are heading towards a future where large collections of wearable devices will be able to connect with one another and share information. This will exponentially increase the benefits of such technology, enabling users to share data with, or obtain information from, other employees or even external experts.
Thus, the drive towards reliable and high-speed connectivity ultimately offers a twofold benefit: not only will it aid the new business environment that is being encouraged by wearable technologies but it is also needed to support the future potential of both wearables and other yet-to-be-developed technologies, concludes Govender.
DFA is the premier open-access fibre infrastructure and connectivity provider in South Africa. We finance, build, install, manage, and maintain a world-class fibre network to transmit metro and long-haul telecommunications traffic. We started rolling out our fibre network in 2007, and to date, we have deployed over 13,000 km of ducting infrastructure in major metros, secondary cities, and smaller towns. Our network runs with an industry-leading uptime of 99.98%. We lease our secure transmission and backbone fibre infrastructure and provide associated connectivity services to telecommunications operators, Internet service providers, media conglomerates, tertiary education institutions, municipalities, government organizations, and other businesses, large and small, on equal terms. DFA is a Level 2 B-BBEE Contributor on the ICT Sector Codes.