ARCHIVE FOR THE ‘utilities’ CATEGORY

Artificial Intelligence and Machine Learning firm will work with B2B renewable electricity supplier.

By utilising the latest Artificial Intelligence (AI) and Machine Learning (ML) tools from AI innovators, Inawisdom and Amazon Web Services (AWS), Drax Group has transformed its data insight and customer intelligence to personalise the services it provides to its customers, through its B2B energy supply businesses Opus Energy and Haven Power.

As a leading light in the renewable energy market, Drax Group is passionate about providing innovative and sustainable solutions for customers and has a mission to enable a zero carbon, lower cost energy future. As part of this initiative, Drax wants to identify any anomalies in energy usage, to help demonstrate to customers that it really understands how they’re using their electricity. Drax Group partnered with Inawisdom to deploy state-of-the-art Artificial Intelligence across its data and has since been able to provide a much higher standard of customer service.

“Our relationship with Drax Group has been a success story from the start,” said Neil Miles,CEO and co-founder of Inawisdom. “The utility sector is one of our core industries where AI and ML is proving a powerful instrument. Together with AWS, we were able to use our rapid deployment model to quickly find the real value in the data Drax held and help it to achieve goals effectively and efficiently”.

“Our partnership with Inawisdom and AWS has enabled us to draw insight and intelligence from our data, which was previously too complex to see,” reported Bjoern Reinke, Smart Director from Drax Group. “We can now immediately identify unusual usage and respond accordingly, providing many benefits for our customers and in turn Drax Group’s B2B supply businesses. The speed this capability has been provided is a revelation”.

Green Network Energy UK will deploy Salesforce's CRM platform in Summer.

Green Network Energy UK has announced a partnership with Salesforce that it hopes will enhance its digital transformation and customer care programmes.

The independent energy supplier, set-up in 2016, plan to expands it use of the CRM platform in the summer which will see a new customer self-service online portal for customers that communicates service updates, tariff renewal options and allows for meter readings to be submitted.

Green Network Energy UK's Founder and CEO Sabrina Corbo says the technology roll-out will benefit their customer base. "Our aim has always been to make our customers feel special," she said. "We are committing to an enhanced relationship with our customers and showing that we are here to make a big difference as a big organisation in the energy sector.

Commenting on the partnership, Salesforce's SVP EMEA Cloud Sales, Sanj Bhayro said the modern-day utility customer now expects immaculate service. "Much like other industries, customers' expectations in the energy sector are on the rise, with customers demanding a seamless brand experience, getting support when the need it and on the channel of their choice. We're delighted to be working with Green Network Energy to realise their vision of connected, personalised service," he concluded.   

Underpinned by regulation and historically reluctant to embrace new technology such as big-data, the utilities service sector finds itself at a crossroads. Will 2019 be the year of the customer with industry watchdogs taking a back seat? Field Service News' Deputy Editor Mark Glover finds out more....

I write this article in the second week of January. An odd time when faded Christmas trees lay abandoned in gardens, and flashes of tinsel peek through wheelie-bins. Festive memories seem a long time ago and the summer seems even further away as we return to work. We snooze the 6am alarm, reluctant to step into the cold morning.

Symbolising this grim time of year is the broken boiler. Plummeting temperatures mean faults are common and energy companies come under pressure to respond and to deliver first-time fixes. Customers, particularly on a cold January morning, want radiators hot and their showers hotter.

In Britain, central heating was introduced in the 70s. Then it was seen as something of a luxury. Today it is seen as a basic requirement, we miss it sorely when it’s not around so when the boiler flame goes out, we demand a quick response from our supplier. An expectation affirmed by the Uber and Amazon delivery service-times we operate in.

So has the utility sector adapted to the modern customer demand and if not,what does it need to do to keep up? Are they instead content to just keep their regulators at bay? And what about technology adoption? Do firms still feel uncomfortable dipping their toes in big-data lakes?

Historically, utilities have felt ring-fenced from competition. The majority of companies have a monopoly over the areas they supply. Investing in complicated and costly digital strategies has never been high on the agenda. Stephen J Callahan IBM’s VP of Global Strategy and Solutions for Energy and Utilities explained why outfits remain sceptical in an article for RDMag in 2015: “The analytics opportunity for utilities is clear,” he wrote, “but there continues to be a lack of real push and value delivery. Companies have been concerned about the high costs and complexity of data. “Technology shifts, regulatory changes and the emergence of empowered consumers all demand a new approach to customer engagement. With analytics, energy companies can make the shift to engage with customers in highly personalised ways that can increase customer satisfaction, lower the cost of service and promote new products and services,” he urged.

For UK energy companies, customers switching tariffs and regulation from the Office of Gas and Electricity Markets (OFGEM) are the main drivers influencing its customer strategy. Transparent costs and price comparison sites have
made swapping easier for consumers and in 2016, 4.8 million frustrated households did just that. Their main reason? Poor customer service.

That said, despite the numbers, and a strong PR campaign around the ease of which it can be done, the rate of switching is perhaps not where OFGEM want it to be. “I think switching is happening but probably at a lower level than the regulators would be aiming for,” explains Laurence Cramp from Leadent, a managing consulting and technology business specialising in field service. “Mainly because people are using the supplier in their area and they’ll stay with that supplier.

“It also comes from the fact that tariffs are all in and around the same range so consumers tend to be paying about the same price for their energy. The customer service may be better or worse at some or others but that’s not necessarily linked with what billing platform they’ve just integrated. I think people probably look at the power sector and think it’s much of a muchness.”

In the UK, British Gas, SSE, EDF Energy, npower, E.ON UK and Scottish Power form the “Big Six”, the suppliers who provide the majority of energy to the UK. Smaller and more streamlined energy companies, with a strong focus on service exist, yet consumers seem content to stick with the top names.

Of those, British Gas is the UK’s largest energy supplier and can lay claim as the world’s first public utility company. Set-up in 1812 as The Gas Light and Coke Company, the firm provided customers with coal-based energy. The sector, and technology, has moved on considerably – not least with the advent of electricity – and British Gas has done its best to keep-up, adopting technology to enhance its customer service processes. It recently rolled-out its ‘On My Way’, real-time engineer tracking facility, enabling customers to see the precise location of the engineer, producing an accurate arrival time for time-starved customers.

"In 2016, 4.8 households switched energy supplier. Their main reason? Poor customer service..."

Tim Andrew is the CEO of Localz, the company behind British Gas’ location tracking technology. He says 2019 will see utility watchdogs push companies hard when it comes to customer service. “Regulators continue to increase their focus on customer experience, using both penalties and incentives to drive same-year measurable improvements,” he predicts.
“This year will show that the companies who outperform the industry, continuously focusing on providing transparency and control to consumers, rather than running a project to meet the minimum regulatory requirements.”

Consumers are hamstrung to the area they reside: Southern Water, Thames Water, Yorkshire Water for example, with customers unable to switch tariffs. With consumers locked-in to contracts, how are suppliers kept on their toes to ensure they deliver on customer service?

Here, the Water Services Regulation Authority (OFWAT) keeps economic tabs on companies. Set-up in 1989 following the privatisation of England’s 10 water authorities, it carries out a review every five years with this year (2019) being the next period of scrutiny.

This cycle will see companies adopting a Customer Measure of Experience (C-MeX) incentive approach, intended to focus firms on delivering a high-standard of customer service. C-MeX supersedes Service Incentive Mechanism (SIM), a customer satisfaction survey carried out four times a year by the regulator, and will link financial incentives to the performance level of the best performing companies.

Cramp believes the new approach will spur-on companies, through the use of technology, to be more comprehensive in their customer focus. “C-MeX is there to encourage firms to be more holistic and rounded in what they do for their customers,” he says. “This is a good time for water firms because they’re now all gearing up for the next five years and undoubtedly customer service is a really big part of that with a lot of focus on investment in technology to help
with that.”

However, he suggests the water companies are some way behind their energy counterparts who, driven by their own regulator OFGEM, have already integrated such initiatives “I see the water companies playing catch-up with where the power utilities were five years ago. I think the energy regulator has been on that case a little bit ahead of the water companies than OFWAT,” he says.

The utilities sector is a broad market, however like field service, which straddles numerous verticals, there exists an opportunity to share best practice across its own verticals: water, electricity and gas. Is it possible for the energy sector to extend its five years of technology-focused customer learning to its water counterparts?

“In our daily lives we take a great experience from one industry, and get frustrated when that isn’t available in another,” says Localz’ Tim Andrew, who is adamant it can. “As a business, trying to meet, let alone exceed customer expectations by
taking input from just an internal or single industry perspective is futile. Cross-industry collaboration and product development is critical.”

As well as working together, the sector needs to invest sensibly in technology, particularly around customer service. There are murmurings that this is starting to happen, particularly in the water industry but how long this will take is even less clear. Studies suggest that worldwide firms are setting aside funds to do just that. In 2015, GTM research anticipated utility company spend on data analytics growing from the $700 million spent in 2012 to $3.8 billion by 2020, a huge leap but it need not be a leap into the unknown and at all times, the customer should be at the heart of any decision.

“Becoming a customer-centric, information driven organisation is no longer simply an option for most utility companies. It’s a business imperative,” Callahan said in his 2015 rallying call to the utilities sector. Four years’ on, will his words have had an impact?

Watch this space.

Water and waste company Severn Trent is on the lookout for new and innovative ways to manage its water pipe network, and is now looking to the robotics sector to help provide solutions to some very specific issues.

The company is looking for individuals, companies and others to share their research or practical solutions to issues such as checking on water pipes buried several feet underground or even the automatic repair of pipes that have burst.

Dr Bob Stear, Deputy Chief Engineer at Severn Trent, explains: “Simply put, we want to see what’s out there when it comes to robotics and whether there’s anything that already exists, or which could exist in the near future, to help us with some of the issues that we face today with the thousands of kilometres of water pipes that we own and operate.

“It might be that there are devices, or research, that has a practical application in our industry but which was actually developed for something completely different.

“The beauty of this process is that we have no idea what diverse technologies might come back --but we absolutely do know the areas of our business where we think a technology solution could help us, and therefore our customers.

“We’re really excited to see what’s out there in the world of robotics and look forward to talking to the market about how this fascinating technology can help us to deliver wonderful water to our customers.”

Full details and provisional tender documents are accessible via the Bravo Solutions Tool:

severntrent.bravosolution.co.uk/web/login under the project identifiers;  project_666 - Request for Information Soft Market Test Robotics Market  and rfp_648

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We look at how power generation manufacturer Dale Power Solutions have improved their service delivery operations by using Eagle Field Service by Exel Computer Systems...

Company Profile:

Dale Power Solutions, based in Scarborough, employ around 300 people and have been manufacturing and providing maintenance services for generators and UPS systems since 1935.

The Challenge:

Dale Power Solutions had planned for increased efficiency throughout the business as a whole, but specifically targeted the service division for increased revenue growth.

The Solution:

A single ERP solution for manufacturing and service, with the flexibility to tune the solution to changing needs

The Benefits:

Increased efficiency through greater automation, as well as improved reporting, has supported a 40% increase in revenue

The Detail:

Is bespoke or off-the-shelf better?

Thanks to Exel's EFACS E/8, the best of both worlds is available. Following a business process review, Dale Power Solutions has found EFACS has improved its management reporting, enabled business process automation and supported strong business growth.

Founded in 1935, Dale Power Solutions is a leading provider of secure power solutions for situations requiring uninterrupted power. The company manufactures generators and UPS systems as well as providing maintenance services. Based in Scarborough, Dale Power Solutions employs around 300 people.

The company used to rely on multiple applications for its manufacturing and field service divisions. The software had limited functionality, so EFACS E/8 was selected and implemented in early 2014 as a single solution to cover both areas of the business, with 100 back office users and 75 remote engineer users.

While the manufacturing side of the system worked well, the initial deployment of the field service element had been to a basic level, without a great deal of tailoringWhen IT and Communications Manager Az Yasin joined the company in late 2014, he recognised that the system hadn't yet achieved its full potential.

"EFACS E/8 had been deployed with all the modules," says Az. "It was an off-the-shelf package along with one or two customisations."

While the manufacturing side of the system worked well, the initial deployment of the field service element had been to a basic level, without a great deal of tailoring. The company’s plan for 2015 was to rely on the flexibility of the solution in order to increase service operations from 30% to 50% of its turnover

"The key problem for us was that we were trying to grow our services. There were processes that needed to be fixed through EFACS E/8."

Although the original implementation had delivered improvements, with some business processes changed to fit. Not everything had been automated, including service engineer scheduling, and some spreadsheets remained in use. The reason? Insufficient business process mapping to identify the data required.

Gap Analysis:

A project team was formed in 2015 to improve the use of EFACS E/8 for increased business efficiency.

"We decided to do a gap analysis of the whole organisation," says Az. "We identified the key issues and listed about 100."

This list was divided into areas that could be fixed in-house and those that depended upon Exel's consultancy services. The idea was to streamline data and process flow.

"The key was giving end users improvements to meet their needs."

An improvement programme began with an Exel consultant spending 10 days on-site. As refresher training for the project team, the consultant also demonstrated the field service capability and then advised on the changes. These covered everything from quotation and contract management, through to service delivery and documentation.

"Exel know their product very well. They were able to guide us through."

Supported by temporary contractors and Exel's consultancy services, the project team set to work. New reports were written in-house making use of new custom fields for business data.Supported by temporary contractors and Exel's consultancy services, the project team set to work. New reports were written in-house making use of new custom fields for business data.

There were improvements for service, engineering projects, manufacturing amendments and the supply chain. The strength of the Customisation Toolkit provided a useful way to enhance standard functionality.

One task was a set of electronic forms for service engineers to record details, such as defects found. Used on mobile phones, this enabled data to be captured, processed and uploaded into EFACS E/8. Other highlights included new buttons to 'push' service data into other areas, such as new quotations.

Exel also delivered some of the required changes in a new software release.

"Exel performed well in making the changes. We managed to quickly achieve about 75% of what we set out to do."

New Efficiencies:

The company has seen a £10 million growth in turnover in three years to £35 million. Greater automation, backed by improved business reporting, has supported that 40% increase. For example, higher efficiencies in purchasing have benefitted manufacturing and service operations, including vehicle stock replenishment.

"EFACS E/8 has enabled us to grow quite rapidly," says Az. "The service division is using the system more thoroughly than ever."

Service engineers have new Samsung mobile phones. These run the field service application and support completion of the electronic forms. Service engineers have new Samsung mobile phones. These run the field service application and support completion of the electronic forms. Mobile usage is now better and quicker than before.

The inherent integration within EFACS E/8 allows the separate business divisions to feel joined up. There is now commonality between the business divisions, as it offers easy access to, and use of, shared information.

"We are looking to be clever with the Customisation Toolkit on some key processes in order to improve them further," says Az. "EFACS E/8 is very customisable and I think that is one of its biggest strengths for Dale Power."

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Michael Blumberg, President Blumberg Advisory Group explains why Augmented Reality will be at the core of field service in the not too distant future giving examples of three companies that have already embraced this game-changing tech...

Want to know more? You’ll find a white paper on this topic @ fs-ne.ws/7Q9230fLKu7

If your Field Service Organization (FSO) is not using some form of remote telepresence or video collaboration tool today like Augmented Reality (AR) or Virtual Reality (VR), chances are you will be in the future.

There are many compelling data points and trends that support this prognosis. First, a recent study by Salesforce.com reports that 92% of service executives indicated they need to transform their service models to keep up with consumer needs.

Second, according to Aberdeen Group, Best in Class field service organizations are 72% more likely than their peers to utilize visual collaboration tools (e.g., AR/VR). It is only a matter of time before other companies follow suit. Third, end-customers have begun to expect this type of service experience. Indeed, 84% of millennial customers have used a self-service portal for customer service. The immersive nature of AR/VR apps makes it the ultimate self-service experience.

Customer demand is obviously a critical factor driving the proliferation of AR/VR applications in the field service industry.

Fueling the demand for AR/VR technology is the fact that it is both relevant and effective within a broad array of industry segments and use casesAs a result, the use of collaboration tools like AR will become the standard by which customers evaluate and measure field service performance. Fueling the demand for AR/VR technology is the fact that it is both relevant and effective within a broad array of industry segments and use cases.

Indeed, it is difficult to find any technology segments where AR/VR does not have practical value. In fact, any technology that is comprised of electronic, electro-mechanical (e.g., pneumatic, hydraulic, etc.) or electrical components can benefit from AR/VR enabled service and support.

Another factor driving demand is the fact that early adopters are achieving measurable results from the deployment of AR/VR pilot projects. For example:

Siemens Industrial Turbomachinery is exploring AR and VR solutions to increase both field service utilisation and productivity while reducing travel expenditures. AR would enable the company to send technicians who communicate with remote experts, thus reducing the total number of man-hours on site as well as travel costs.

Bombardier, a provider of propulsion and control equipment for trains, was able to make significant savings, per service event every time they utilized AR to resolve technical issues remotely.

Bosch Rexroth, a manufacturer of hydraulic drive systems, spent every year in Sweden alone a lot of travelling time to go to customer’s sites to inspect what problem or question the customer had prior to deploying AR. The company now offers its customers the option of purchasing support hours to their value-added service offering that utilizes AR to deliver remote support. The collaborative and visual aspects of this technology are far more effective than telephone support. As a result, Bosch Rexroth is now able to provide quicker uptime to customers while generating a profitable income stream.

The technology industry, of which field service is a subset, is already considered to be the biggest economic driver of ARIn the coming years, we are likely to see an exponential growth of AR in the field service industry. In fact, the technology industry, of which field service is a subset, is already considered to be the biggest economic driver of AR. Furthermore, industry forecasters anticipate that expenditures on AR technology will exceed $100 million by 2020.

While we are likely to see new developments in AR/VR feature functionality, this technology will be deployed in one of two environments:

1. In support of an existing installed base of equipment
2. Embedded in the design of new products

We are also likely to find different versions of AR deployed in the field. For example, certain service environments, like Oil & Gas or Utilities, may require that AR applications be integrated with rugged wearable devices to deliver a hands-free environment, whereas non-rugged wearable devices or smartphones/tablets may be more than sufficient in enabling a collaborative experience in markets like IT or Telecom.

As technology improves it is very likely that consumers will purchase AR for business use in much the same way they purchase their own laptops and smartphones for similar business use. It is also quite possible that “Bring Your Own Device” (BYOD) will apply to AR as well.

This will completely change the paradigm of service support and break down barriers to finding and hiring talent, which in turn will continue to facilitate the use of freelance technicians. Regardless of future possibilities, these potential developments should not stop FSOs from investing in AR and reaping the benefits today.

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Paul Whitelam, VP of Product Marketing, ClickSoftware asks if IoT sensors, Artificial Intelligence and Machine learning will help the UK water industry avoid a looming crisis...

One would be forgiven for assuming a nation surrounded by water, with a storied history of naval exploration and an advanced privatised water management sector, would be exempt from facing a water or wastewater crisis.

But many experts agree that the current population boom and climate scenario are forcing the industrial, national, and regional water and wastewater situations towards crisis in the United Kingdom.

What do these mounting challenges mean for the field service management organisations? How can they innovate to meet and overcome each challenge while satisfying end consumers? In the following paragraphs, we discuss how water and wastewater service organisations can get ahead of the looming crisis.

Population boom, climate change, water scarcity combine to create the perfect storm

Ofwat, a government water management program overseeing England and Wales, recently published a report outlining many key challenges in these region. They city population growth and climate changes were identified as the key drivers of change, while growing pressure to address water scarcity, environmental quality, and resilience of systems in the face of rising consumer expectations as the  major hurdles. Key among these, you will find:

• The UK population is forecasted to grow 20% over the next 20 years
• Rising environmental standards may drive up costs
• Technology to manage new customer expectations is lacking
• Major climate change has left specific regions at risk
• Water scarcity poses immediate threat to supply
• Customer expectations for service sector and water continue to rise

In reality, many of these challenges intersect.

This report cites that a full 60% of Thames Water’s customers are concerned about the environment. In addition, 85% of Wessex Water’s customers feel protecting rivers, lakes, and estuaries was critical.

The reality is more dire than consumers may realise. Given the uneven population distribution across the country, freshwater resources are often pulled from areas that are already under pressure, while new regions have been identified that previously threatened just years ago.

As the report cites, “Water catchments across Wales, south-west and northern England are predicted to experience significant unmet demand under many of the scenario combinations that the Environment Agency has considered.”

Can water management and field service teams get ahead of this looming crisis, or will consumers simply have to cut back on consumption altogether as the population booms?

3 ways UK service organisations can innovate to overcome crisis

Luckily, the field service industry is experiencing a renaissance in service technology that could solve current and future water problems. The Internet-of-Things, artificial intelligence, and predictive maintenance technology could each provide innovative solutions for both meeting growing demand, and minimising environmental impact.

1. Invest in and inform customers of water reduction faucets, shower heads, high efficiency washing machines and emerging technology

To be fair, this first recommendation is more about customer satisfaction, not just technology, but the fastest way to avert a water and wastewater crisis is the simplest; reduce the amount of water usage in businesses, factories, and homes.

This will require service organisations convincing customers that these new faucets, shower heads, and high efficiency machines will both save them money through reduced water usage, and save the environment. And if that doesn’t work? A healthy bit of policy should do the trick.

With the number of consumers who have expressed care for environmental issues, couldn’t a bit of a nudge from service providers push many over the edge to adopting more efficient technology?

With even a 10% increase in the number of homes, businesses, and facilities equipped with smarter end using devices, we could improve our water usage future in short order.

2. Enable IoT sensors on industrial water facilities and natural resource hubs

The Internet-of-Things promises to bring advanced real-time diagnostic capabilities to equipment, that for decades has required a human to perform a diagnostic task. By embedding internet-enabled sensors on all the equipment that cleans, processes, transports and delivers water, we could improve the efficiency of the entire water lifecycle by significant margins.

Would this require an up-front investment? Most certainly, but privatised water and wastewater organisations and service companies would certainly be keen on efficiency gains, especially if margins could move up incrementally.

Using IoT sensors for advanced real-time diagnostics could allow organisations to get predictive about water usage, resource allocation, and more. With the right application of IoT technology, equipment and processing, diagnostics could stand to become more efficient than ever.

3. Use AI and machine learning for ultimate efficiency gains

While seemingly intimidating at the outset, artificial intelligence and machine learning technology are in fact well within reach for organisations willing to embrace a healthy technical challenge. How about the payoff? Datasets that take a team of data scientists several weeks to interpret can now be crunched by AI algorithms in seconds.

Upon gaining results, future-oriented field service organisations will soon apply machine learning models that are ready-built for various service scenarios.

Think of machine learning algorithms as software with a brain. First, you develop an algorithmic model. Let’s use flooding—a common water crisis scenario—as an example. By first coding your software to understand all the steps a human would take in a flood scenario, and second enabling artificial intelligence algorithms to process information in real-time, you can effectively combine real-time flood data and your algorithm to unlock an immediate decision tree.

The software acts upon data in an instant, making airtight decisions and optimising your entire field service chain the same way your dispatch, or service executives would—given the parameters of your programmed scenario. But the main difference between AI software managing a service chain, and a human being? Software will make fewer mistakes.

As the UK continues to seek a resolution to current and future water scenarios, a healthy balance of policy, innovation, and customer support will be required.

 

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As the availability of vehicle tracking equipment continues to improve, it's not just transport operators who are interested in the information it provides, but increasingly their customers too - especially at the blue-chip end of the market.

 

That's exactly what happened for Reading-based waste management and disposal specialists, A Better Service, when as part of their continuing growth, they won a contract to serve public water supplier Thames Water.

“We're a family-run business” Director and Transport Manager Darren Bicknell says. “My father started it 36 years ago, then my brother and I came on board, growing it vehicle by vehicle up to the 33 trucks we now operate.” The company's main occupation is tanker services, including gully-emptying, the servicing of septic tanks and cesspools, dealing with blocked drains and sewage disposal.

 

We used another system before going over to AGM routeMASTER but as our fleet grew, ease of use became a much bigger consideration and that's what won us over

 

“We used another system before going over to AGM routeMASTER but as our fleet grew, ease of use became a much bigger consideration and that's what won us over” Bicknell adds.

 

Periodically, Thames Water audit their suppliers, asking for tracker reports for a certain vehicle covering a certain period and it's this which he now finds so much easier to do. “Visually AGM's system is brilliant” Bicknell explains. “You just have to look at it and everything's there and easy to use, which is one of the reasons why we went with them. We needed next to no training either – it's simple from the off.”

Now the cloud-based routeMASTER system is up and running, Bicknell and his staff can use it as a failsafe record of just where their vehicles were at any given time, and because it also shows when the PTO on the tankers is engaged, he can prove what they were doing too. “As well as enabling us to periodically double-check the hours our drivers are booking and thereby avoid costly discrepancies, Thames Water also need the loading and disposal times entering on their tickets” he explains. No human is perfect, however, and every now and again a driver may miss one of these. “Now I can just check it and put it in myself, which is really handy” Bicknell says.

Add to all that the ability to advise customers of ETAs at a glance and you really can't go wrong, especially not, he says, when AGM also provide good, solid back up. “We're really pleased with the routeMASTER system and the AGM team” Bicknell concludes. “I can't fault them!”

 

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