Today, we are witnessing an explosion in IoT deployments and solutions and are moving towards a world where almost everything you can imagine will be connected. While this opens the door to many possibilities it also comes with its own challenges such as privacy and security.
The Internet has become an integral part of everyday life; it has been a free for all on a daily basis. IoT is a difficult concept for many people to wrap their minds around. Essentially, nearly every business will be affected.
Managing vast quantities of data across increasingly mobile workforces can be tremendously beneficial if done well, but equally can be cumbersome and ineffective if not managed properly. This is why technologies such as mobile edge computing are becoming increasingly popular, helping to increase the prevalence of secure mobile working and data management in the age of IoT.
The evolution of IoT, despite rapid and ongoing technological innovation, is still very much in its fledgling stages. Its potential, though, is demonstrated by the fact that by 2020, Bain anticipates a significant shift in uptake, with roughly 80 per cent of adoptions at that point to have progressed to the stage of either ‘proof of concept’ or extensive implementation. This means that technological innovation in IoT for the enterprise is progressing at a similarly fast rate with many of these solutions being developed with utilities, engineering, manufacturing and logistics companies in mind.
Processing at the edge
For IoT to be adopted at the rate predicted, technology which does not overwhelm current or even legacy systems must be implemented. Mobile edge computing solves this. Such solutions offer processing power at the edge of the network, helping firms with a high proportion of mobile workers to reduce operational strain and latency by processing the most critical data at the edge and close to its originating source. Relevant data can then be sent to the cloud for observation and analysis, thereby reducing the waves of ‘data garbage’ which has to be processed by cloud services.
A logistics manager can feasibly monitor and analyse the efficiency of warehouse operations, for example, with important data calculations carried out in real-time, on location, and key data findings then sent to the cloud for centrally-located data scientists to analyse.
The work of wearables
The potential of IoT means it not only has the scope to change the way people work, but also where they work. While widespread mobile working is a relatively new trend in industries such as banking and professional services, for CIOs in sectors where working on the move is inherent – such as logistics and field maintenance – mobility is high on the agenda.
Wearables – and specifically smart glasses – have started to gain traction within the business world. With mobile edge computing solutions acting as the gateway, smart glasses such as Toshiba’s assisted reality AR 100 viewer solution have been designed to benefit frontline and field-based workers in industries such as utilities, manufacturing and logistics. In the renewable energy sector, for example, a wind turbine engineer conducting repairs may use assisted reality smart glasses to call up the schematics of the turbine to enable a hands-free view of service procedures. This means that when a fault becomes a barrier to repair, the engineer is able to use collaboration software to call for assistance from a remote expert and have additional information sent through, thereby saving time and money by eradicating the need for extra personnel to be sent to the site.
The time is ripe for organisations to look to exploit the age of IoT to improve the productivity and safety of their workers, as well as the end service delivered to customers. In fact, Toshiba’s recent ‘Maximising Mobility’ report found that 49 per cent of organisations believe their sector can benefit from the hands-free functionality of smart glasses, while 47 per cent expect them to deliver improved mobile working and 41 per cent foresee better collaboration and information sharing. Embracing IoT technologies such as mobile edge computing and wearable solutions will be an essential step for many organisations within these verticals as they look to stay on top of 21st century working challenges.
YouTube Music announces Smart Downloads, SA playlists
The service has introduced Smart Downloads which takes allowing users to store and play hundreds of tunes offline, automatically.
The latest updates from YouTube Music, for subscribers of its Music Premium and Premium services, include a new feature that allows users to switch seamlessly between a song and its music video for an uninterrupted experience.
It has also introduced Smart Downloads which takes the work out of downloading music, allowing users to store and play hundreds of tunes offline, automatically. YouTube Music has also announced new playlists for South Africa.
The updates all reflect features that are popular on the global leader in music streaming, Spotify, and that have been key to its growth.
YouTube said in a statement on Friday: “Imagine listening to a new track by your favourite artist in the YouTube Music app and having the ability to seamlessly switch over to watch the music video – no pauses, no interruptions, just a simple tap that keeps the music flowing. This standout new feature from YouTube Music allows YouTube Premium and YouTube Music Premium subscribers to make a seamless transition between a song and its music video for uninterrupted listening and/or watching. Whether you’re in the mood for listening or watching (or a little of both)… it’s all here – no app switching required.”
With Smart Downloads, YouTube Music automatically saves music at night, when connected to Wi-Fi, helping subscribers to use less mobile data, enjoy a smoother updating experience and save up to 500 songs offline using Liked Songs playlist as well as other playlists and albums.
Previously, music lovers could use the Offline Mixtape feature to download up to 100 songs, specifically chosen for them based on what they listened to most on the platform. Now, with Smart Downloads, they select the number of songs they would like automatically downloaded by toggling their YouTube Music Settings. This means YouTube Music Premium subscribers with Smart Downloads enabled on their mobile devices can now access hundreds of tracks regardless of connectivity.
This feature is currently available on Android, with plans to bring it to iOS in the future.
Click here to read more about YouTube Music playlists, and find out what is inside them.
Make cars, not waste
Jaguar Land Rover is trialling an innovative recycling process which converts plastic waste into a new premium grade material that could feature on future vehicles.
It’s estimated that the amount of waste plastic is predicted to exceed 12 million tonnes globally by 2050*. Today, not all of this plastic can be recycled for use in automotive applications – especially in vehicle parts that are required to meet the most exacting safety and quality standards.
Working in conjunction with chemical company, BASF, Jaguar Land Rover is part of a pilot project called ChemCycling that upcycles domestic waste plastic, otherwise destined for landfill or incinerators, into a new high-quality material.
The waste plastic is transformed to pyrolysis oil using a thermochemical process. This secondary raw material is then fed into BASF’s production chain as a replacement for fossil resources; ultimately producing a new premium grade that replicates the high quality and performance of ‘virgin’ plastics. Importantly, it can be tempered and coloured making it the ideal sustainable solution for designing the next-generation dashboards and exterior-surfaces in Jaguar and Land Rover models.
Jaguar Land Rover and BASF are currently testing the pilot phase material in a Jaguar I-PACE prototype front-end carrier overmoulding to verify it meets the same stringent safety requirements of the existing original part.
Pending the outcome of the trials and progression in taking chemical recycling to market readiness, adoption of the new premium material would mean Jaguar Land Rover could use domestically derived recycled plastic content throughout its cars without any compromise to quality or safety performance**.
Chris Brown, Senior Sustainability Manager at Jaguar Land Rover, said: “Plastics are vital to car manufacturing and have proven benefits during their use phase, however, plastic waste remains a major global challenge. Solving this issue requires innovation and joined-up thinking between regulators, manufacturers and suppliers.
“At Jaguar Land Rover, we are proactively increasing recycled content in our products, removing single-use plastics across our operations and reducing excess waste across the product lifecycle. The collaboration with BASF is just one way in which we are advancing our commitment to operating in a circular economy.”
This is the latest example of Jaguar Land Rover’s commitment to addressing the challenge of waste plastic. The company has collaborated with Kvadrat to offer customers alternative seat options that are both luxurious and sustainable. The high-quality material, available initially on the Range Rover Velar and Range Rover Evoque, combines a durable wool blend with a technical suedecloth that is made from 53 recycled plastic bottles per vehicle.
Jaguar Land Rover has already met its 2020 target for Zero Waste to Landfill for UK operations. This includes the removal of 1.3 million m2 – equal to 187 football pitches – of plastic from its manufacturing lineside and replacing 14 million single use plastic items in business operations.
Together, these efforts are driving towards Jaguar Land Rover’s vision for Destination Zero; an ambition to make societies safer and healthier, and the environment cleaner. Delivered through relentless innovation to adapt its products and services to the rapidly-changing world, the company’s focus is on achieving a future of zero emissions, zero accidents and zero congestion.
** All Jaguar and Land Rover vehicles tested have achieved a Euro NCAP 5* rating.