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Telematics Trends for 2016

connected cars

What does the Telematics revolution have in store for 2016?

Not too long ago, car reviews and market predictions focused on speed, design and technical features, but cars are increasingly becoming futuristic high-tech systems, teeming with sensors and chips. Nowadays, forecasts are about technology, about network capabilities and telematics solutions.

Algorithms

Algorithms are at the forefront of the on-going telematics revolution. They are the engines that telematics employs to search and mine data, recognising patterns and identifying cause and consequence correlations.

Algorithms can be used to determine just about anything: from a driver’s policy premium, based on his or her driving history or driving environments, to predictive maintenance alerts on vehicle engines and mechanics. Indeed, industry experts predict the advent of algorithm-based vehicle warranties that will provide buyers with foolproof data on used cars, based on the previous owner’s driving patterns and style.

Avatars

Another interesting feature is one borrowed directly from social networks and the Internet: the concept of an avatar and instant personalisation. Drivers will be able to log into their own account and retrieve their driving preferences, history and bookmarks on any vehicle they drive, just like they do on different computers, so that the vehicle is automatically adjusted to their driving behaviour and personal preferences.

In fact, this solution will be especially popular with the generation of “Millennials” who have also exhibited a preference for sharing or leasing, rather than purchasing, vehicles.

Ethernet

The standard computer networking technology used in offices and industry around the globe is expected to come to vehicles in 2016. This is a major step forward that will bring much faster upload and download transmission times to moving vehicles.

Obviously, this will spell out a major improvement not only in terms of car connectivity and infotainment systems, but will also have major repercussions on safety and security. First of all, over-the-air updates for all vehicle systems will become very fast. Moreover, if an autonomous or even semi-autonomous car is to rely on automatic braking and other hazard management systems, the faster it can relay, receive and analyse data will also reflect an increased performance in terms of safety.

Octo Telematics and General Motors have recently signed a partnership to collect data and provide advanced UBI scoring services (driver scoring, vehicle usage) for insurance carriers, as well as a full and competitive fleet management solution to fleet/leasing companies throughout Europe.

Safety and Security

The development of telematics has always centred on increased safety and security features and although 2016 is not slated as a breakthrough year, these features will continue to blossom. This includes not only the quicker data transmission capability mentioned above, but also certification systems to allay consumer nervousness concerning computerised systems, data privacy issues and hacking.

The industry is also expected to increase the adoption of autopilot systems to control vehicle trajectory and vehicle proximity sensors to prevent collisions and accidents.

Source: Octo Telematics

 

Intelligent efficiency: Turning data and energy efficiency into valuable assets

In the past, it has been all too easy to think of energy efficiency as a chore, a marginal ‘upgrade’ to existing infrastructure or processes that may save a bit on utility bills in the long run – and a few tons of CO2 or gallons of water for the environment too, says Craig Anderson

 

A recent paper by sustainability and energy efficiency research group GreenTech Media astutely noted that: “All around us, embedded in every commercial building, manufacturing facility and corporate campus, is a vast, untapped energy resource: efficiency.”

If we look at it this way, energy efficiency is a potential revenue stream of sorts – an underused asset that can be exploited to improve business performance and reduce unnecessary waste. You might put your coins in a pocket with a hole in it for a while, thinking it would be too expensive and time consuming to fix it, hoping not too much would fall out. But what if you were offered a repair that not only stopped the loss but actually added more coins to your pocket afterwards?

As long ago as 2012, the World Economic Forum came to the conclusion that data was a new class of economic asset, like currency or gold . For energy efficiency, data is the means to tap into the savings – it is the thread to sew up the hole through which waste is lost.

The internet age has brought data to everyone’s doorstep, desktop and – via smartphones – pocket too. With internet banking any account holder can get an instant breakdown of what they spend their wages on each month; comparison sites let us save ten pence a year on our phone lines with a few clicks; online shops let us spend hundreds even faster.

Despite its name and purpose, energy efficiency was not traditionally very efficient. Replacing all the light bulbs or toilet flushes was a blanket approach that was certain to achieve some savings, but did not target its efforts or costs compared against the benefits.

This is where data is the key, and where the idea of intelligent efficiency shines: with an accurate picture of where the greatest inefficiencies are, or where the easiest ‘wins’ can be found, efficiency-improving measures can be accurately focused to achieve the greatest returns on investment. With the technology now available to easily gather data on anything, anywhere, it is possible to see exactly how to most efficiently implement efficiency measures.

What is needed, then, is to find the easiest way of gathering the necessary data to make intelligent efficiency a practical, affordable reality. In the past, a similar ‘blanket’ approach was often used with data gathering technology – a large off-the-shelf or badly-tailored system would be offered or specified that would get the job done, but required a disproportionate investment of time, effort and often disruption to normal business operations.

A large up-front cost with obvious inefficiencies built in, and the common prospect of extra expenses for ‘customisation’ to come, has proven a quick way to have many an efficiency project die on the drawing board. When a substantial proportion of that cost is for ancillary aspects such as wiring and installation, it is often even harder to justify.

Modern technology and innovative thinking have, however, led to the development of far more flexible propositions. Advances in battery technology allow stand-alone devices to run for months or years without requiring any sort of ‘hard’ installation, and wireless technologies now allow stable, remote data transfer via several communication pathways.

Network solutions can be efficiently scaled almost infinitely, from a single data source to thousands of monitoring streams. With UHF/VHF radio, GSM/GPRS, SMS, Wi-Fi, Ethernet and PSTN working in conjunction, a modular system can be perfectly tailored to suit any installation environment for the most efficient combination of initial and ongoing cost.

To put these principles into context: using the right equipment, tiny, battery powered sensors can be easily installed to monitor everything from electricity, gas and water meters to heat, humidity and CO2 levels in a single room. Using the right choice of telecommunication format, this data can be gathered instantly, wirelessly, and seamlessly, then viewed and analysed on a computer or smartphone screen anywhere in the world.

For example, a common set up uses UHF/VHF transmitters on local sensors within a building , which transmit their data at no ongoing cost to an on-site, centrally-located ‘data concentrator’. This collects all the local information and sends it on as a condensed packet to a secure web server via landline for minimal data transfer costs. This not only saves on the ongoing expenditure, but also massively reduces the amount of wiring necessary to monitor potentially hundreds of points. Such a setup could also incorporate extra sensors using GPRS for outlying areas beyond the range of radio, seamlessly integrating their readings into the data stream.

Once safely on a secure web server, users and software packages can utilise historical data, calculated projections and correlated comparisons to see, immediately, where the biggest, fastest and most effective efficiency savings can be made. All this is possible without any great cost of setting up the data-gathering infrastructure, thanks to advanced wireless communications and modern battery technology.

This means that anyone, anywhere – from a single business premises to a national utility supplier – can gather and make use of the data they need, when, where and how it suits them. Flexibility, adaptability and modularity are the keys to the future of intelligent efficiency; they allow the principles to be put into practice in the most efficient way possible.

Source: Caroline Smith  HWM Water