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Upskill, a leader in enterprise augmented reality (AR) software, today announced Skylight for Microsoft HoloLens is available for public early access in the U.S. Enterprises can now take advantage of mixed reality experiences on the same Skylight AR software platform that also supports assisted reality and mobile devices, at no additional cost.

Certain use cases for AR call for more immersive digital interaction that provides users with a large canvas to visualize the necessary information to complete their work. Skylight for HoloLens delivers this mixed reality experience, which is particularly relevant for hands-on workers completing complex tasks in manufacturing, maintenance and repair, as well as for on-the-job training.

Using Skylight for HoloLens, hands-on workers gain immediate access to:

 

• Spatial Content Placement: Place, move and resize digital content in the real world and reference while completing work completely hands-free.
• Multi-window Viewing: Simultaneously visualize, resize, interact with and cross-reference numerous sources of content in one, large screen.
• Native Content Integration: Access and display original reference materials, such as work instructions and engineering drawings in PDF format, instantly and without the need to reauthor content—a key advantage for enterprise customers.
• Natural User Interaction: Use simple hand gestures or head gaze to directly navigate applications, interact with content and reposition information within a workspace.

 

All of the features available with Skylight, including enterprise scalability, security and the ability to seamlessly integrate with virtually any system or database, can be leveraged across multiple device types, including smart glasses and mixed reality headsets, such as HoloLens.

“Our customers see augmented reality as the force multiplier that allows them to fully realize the potential of their workforce and digital investments,” said Brian Ballard, Upskill CEO and co-founder. “Skylight for Microsoft HoloLens will serve as the foundation that delivers the latest advances in visualization, cloud computing and artificial intelligence in a mixed reality environment.”

Terry Farrell, Director of Product Marketing, Mixed Reality, Microsoft Corp. said, “As adoption of Microsoft HoloLens continues to rapidly increase in industrial settings, Skylight offers a software platform that is flexible and can scale to meet any number of applications well suited for mixed reality experiences. With Skylight for HoloLens, hands-on workers are provided with the ability to interact with content and information in the most natural ways possible, leading to a safer, more efficient workplace.”

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Research indicates IoT deployments are set to skyrocket over the next four years, growing 140% to exceed 50 billion connected devices by 2020...

As the cost and complexity of deploying connected devices continue to fall, IoT projects are no longer a far-fetched dream but a deliverable reality, already transforming a huge range of industries from Field Service to Manufacturing. Martin Clothier, Technical Director at Columbus UK, explains how businesses of all sizes can quickly seize advantage of IoT to deliver operational efficiency, provide actionable insights and improve business processes.

The Internet of Things has comfortably moved beyond the ‘hype’ stage of recent years, with IoT devices and projects now cheap enough to be viable for almost any business. Smaller IoT projects are capable of reaching full operational status in as little as a week. Deployments currently range in ambition from a dozen sensors to capture warehouse temperature, to monitoring the output and performance of remote oil fields across Africa.

There are more and more industries now taking advantage of IoT – and their success lies in identifying the right use case and ensuring they successfully harness device data to produce actionable insights.

 

Use Case One: Turning inefficiency into opportunity

The manufacturing industry is set to gain from IoT deployments that focus on using connected devices to provide a detailed, real-time picture of existing business operations and identify bottlenecks inefficiency. With repetitive processes running around the clock, any minor improvements to efficiency in the production cycle can generate major savings for a manufacturer.

 

"Identifying anomalies at an early stage can allow employees to take immediate corrective action to avoid excessive wastage, unnecessary asset strain or increased production cycle times..."

 

IoT sensors connected to machinery generate continuous streams of performance data, which can be analysed on platforms such as the Azure IoT Suite to identify leaks and bottlenecks hindering production. Identifying anomalies at an early stage can allow employees to take immediate corrective action to avoid excessive wastage, unnecessary asset strain or increased production cycle times.

This potential is not limited to minor efficiency improvements but can provide key metrics that drive business success. If we take, for example, the food and beverage sector – product quality is a top priority. Installing connected cameras above a production line enables manufacturers to introduce machine vision – monitoring and analysing the packaging, labelling and quality of products to ensure compliance and consistency.

 

Use Case Two: Space optimisation and the race against time

IoT monitoring is not restricted to simply monitoring and reporting physical asset conditions but can provide valuable insights into the two basic resources manufacturers have to juggle – space and time. At Columbus, we’ve worked to develop SpaceMAX that helps optimise usage of both workspace and time. With physical space at a premium for businesses – particularly in urban areas – optimised space usage can be invaluable in securing a competitive advantage.

Deploying connected beacons throughout a location such as a warehouse will capture the locations of assets, employees and vehicles from a forklift to a tow tractor. Harnessing the Microsoft Azure

platform, this location data can then be analysed to produce heat maps and identify hotspots, bottlenecks and other areas of inefficiency. By eliminating these we can optimise operations, product flow and the use of employee time.

 

Use Case Three: Tackling skills shortages by providing a helping hand to junior technicians

The threat of a skilled workforce shortage is well documented, with the UK cited as being particularly at risk. As the number of skilled engineers and field service technicians shrinks, the burden to complete detailed installation, repair and maintenance tasks falls increasingly on the shoulders of less experienced staff. Technology holds the answer to ensuring speed and quality is not compromised during remote site visits.

 

"The augmented reality aspect of the HoloLens can be harnessed to deliver contextual information such as service history and manuals explaining the maintenance process step-by-step..."

 

Here’s where developments such as the Microsoft ‘mixed reality’ HoloLens headset take centre stage. Using this headset senior workers can provide remote support and supervision for challenging maintenance tasks, tapping into a collaboration platform such as Microsoft Teams to discuss the task at hand. The augmented reality aspect of the HoloLens can be harnessed to deliver contextual information such as service history and manuals explaining the maintenance process step-by-step.

Remote assistance is just the first step for potential HoloLens applications. More advanced applications involve streaming real-time IoT data directly to the headset, such as telemetry of a production asset, assisted picking or put away, or projected life expectancy of individual components.

 

Bringing it all together – the icing on the transformation cake

By introducing connected devices to monitor environmental conditions, asset status and performance levels, we are generating significant volumes of data around the clock. But how can we translate data generated by machinery on the shop floor into actionable insights?

In order to make use of IoT data, businesses need to be able to collect, format and clean IoT data for analysis. Rules can then be set for actions to be taken if data falls outside of acceptable thresholds, such as staff being notified if a sensor detects a sharp rise in temperature. This is where cloud solutions come into play.

Cloud-based platforms such as the Azure IoT Hub introduce advanced machine learning tools to further identify complex patterns, and data visualisation for supervisors to closely monitor operational performance in real-time. By unlocking these previously unseen insights, IoT is enabling business leaders to make data-driven decisions to improve efficiency for the first time.

IoT can be also a significant asset to businesses by introducing increased automation of repetitive workflows – requiring just minor oversight from supervisors. Take field service as an example. Asset performance data from IoT sensors fed into the Azure platform can be analysed to detect anomalies, indicating a particular component is expected to fail shortly. Through a platform such as Dynamics 365 for Field Service, an automated work order can be created, scheduling an engineer to be dispatched with the correct component to complete maintenance before the failure ever occurs. This brings the added benefit of ensuring business processes are never brought to an unexpected halt through asset failure – an action which could cost thousands in lost revenue.

 

Staying ahead of today’s wave of digital disruption

The steady rise in successful enterprise IoT projects is testament to how IoT is today delivering on the promise of connecting people, processes and systems to enhance business operations and efficiency.

[quote float="left"]Businesses that have not yet developed an IoT strategy to enhance their operations are in danger of surrendering any competitive advantages developed through previous innovation.[/quote] Businesses that have not yet developed an IoT strategy to enhance their operations are in danger of surrendering any competitive advantages developed through previous innovation. But they must also be wary of avoiding the temptation of rolling out connected devices piecemeal, and instead opt for a comprehensive, measured IoT strategy that will consistently add value and deliver the in-depth business intelligence to make smarter decisions.

The real opportunities of IoT are often hidden in full view! Many businesses find it difficult to identify the areas from which they will gain maximum benefit and ROI. Partnering with an experienced company such as Columbus can provide a ‘third eye’, helping companies develop an IoT strategy, deploy suitable hardware and software with sufficient scalability, and support the project from planning stage through to go-live – and beyond.

Columbus is hosting an IoT Quick Start Workshop at the Microsoft HoloLounge in London, 2 October, to help organisations develop their own IoT proof of concept, break down existing use cases and identify operations where IoT can add value and provide actionable insights. Business leaders can secure their spot at the workshop by registering here.

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Augmented Reality ticks all the boxes of a technology that could have a truly transformational impact on field service delivery and offers a viable solution to many of the challenges of an ageing workforce. However, 2017 research by Field Service News revealed that adoption of AR is still lower than expected - so just what is holding everybody back?

It is long been a widely held belief here at Field Service News that Augmented Reality (AR) will one day play a hugely important role in field service delivery.

But how will that belief begin to materialize and perhaps, more importantly, why has it failed to do so in a significant manner as yet? Yes, there are a growing number of case studies of organizations who have implemented an AR solution but they still seem to be the exception rather than the rule and mass adoption of AR still seems a long way off - but why?

Is it a case that we are pushing at an open door and as we saw with Cloud adoption? Is it just a case of waiting for the rest of the sector to catch up?

Scott Montgomerie, CEO, Scope AR certainly seems to think so.

The potential for AR in field service is tremendous and as the technology continues to prove its worth within organisations who were early to adopt it, AR will only become more pervasive“The potential for AR in field service is tremendous and as the technology continues to prove its worth within organizations who were early to adopt it, AR will only become more pervasive,” he asserts.

“The technology is uniquely positioned to close the growing skills gap in the field service industry by delivering on-demand knowledge transfer and empowering workers to become experts at any given task with little to no training.”

“The efficiencies this creates in terms of a) ensuring a procedure is completed accurately every time by delivering best practices and verifying completed work, b) time savings gained with regard to reduced mean time to resolution and equipment downtime and, c) improved customer satisfaction, will soon propel AR into becoming a table-stakes technology that field service companies can’t afford to go without if they want to remain competitive.”

Evans Manolis, Senior Consultant at another of the pioneers of AR in Field Service, Help Lightning, also thinks that AR has huge potential in our sector.

“The potential is unlimited,” he asserts. “We are only now beginning to scratch the surface of the positive impact that Augmented Reality will have on the field service marketplace and the future of service delivery.”

When used correctly, AR can positively impact several Key Performance Indicators that most field service organizations measure.“When used correctly, AR can positively impact several Key Performance Indicators that most field service organizations measure. From significant reductions in truck rolls, to increased first-time fix rates, to improved time to resolution, to maximized product uptime and better overall customer experiences, AR’s potential is easy to envision. AR is the future of service delivery.”

So given this potential, just what is holding companies back from getting on-board the AR train? What exactly are the objections and hurdles (perceived or real) which are holding field service companies back from adopting AR?

“The biggest objection to AR adoption is actually a misconception,” comments Montgomerie.

“Fancy videos and energetic Innovation Teams want to show the future of AR in industry, which often jumps past the practical applications that can scale saving time and money today.”

“The future of AR will include everyone having AR wearables, which are still limited in availability and costly today. While practical applications of AR can be deployed in scale to support field teams on wearables where available, AR solutions can also support handhelds like smartphones and tablets for everyone else. Combine this with the fact that wearables will become readily available and increasingly affordable in the coming months, and AR is something for now, not just in the future.”

However, cost is also a consideration that is holding some companies back as Montgomorie explains.

The cost of hardware remains a barrier to entry for many organizations. Equipping an entire remote workforce or team of field service technicians with a wearable device requires a sizable capital expenditure, one that most enterprise companies don’t have.“The cost of hardware remains a barrier to entry for many organizations. Equipping an entire remote workforce or team of field service technicians with a wearable device requires a sizable capital expenditure, one that most enterprise companies don’t have.”

This is set to change rapidly though as an increase in demand drives competition up and costs down.

“The cost of even the most sophisticated AR devices on the market, such as the HoloLens, are becoming more affordable,” adds Montgomorie.

“That, coupled with big investments from the likes of Apple and Google to deliver platforms enabling AR to be accessed on nearly any smart device, are quickly reducing the hardware-related hurdles holding many companies back.”

For Manolis the question is more about a reluctance to adapt radically new service strategies more than the additional costs.

“A few years ago, the major objections centered on the technology. AR looked really cool and was cutting edge, but did it work?” He asks.

“Fast forward a few years and now few question whether AR works from a product standpoint. But the reality is that the use of AR is not a technology play.”

“The technology works. The successful deployment of a service strategy rooted in AR is really about service transformation, not technology.”

“It’s about effectively changing the way organizations deliver service. It is about breaking down walls of resistance within service teams and about driving successful buy-in from the service teams tasked with using the technology. It’s about the entire company and not just the service department. It’s about effectively communicating early successes and focusing on what is in it for the service team. Most service leaders we speak with see this (change management) as a hurdle,” he continues.

“At Help Lightning we realized these challenges and have started a Coaching and Consulting Practice, to help our customers successfully use AR to transform their service organization and that has been the game changer for our customers.”

Manolis’ point about the importance of understanding the sheer magnitude of impact AR will have on how an organization approaches service delivery is a hugely salient one and it leads us to consider how AR will fit into the ecosystem of technologies that field service organizations include within their workflows.

Could it be that ultimately AR will become an integrated element of the Field Service Management solution as mobile did previously?Could it be that ultimately AR will become an integrated element of the Field Service Management solution as mobile did previously?

Montgomerie certainly believes so.

“AR will inevitably become part of the tools that field technicians and remote workers use daily in order to do their job. AR is the next evolution in user interfaces and is revolutionizing the way we see and interact with data and information.”

“By allowing users to intuitively follow instructions or easily act upon insights by putting content when and where the worker needs it most - directly overlaid onto the real world - AR is delivering the on-demand knowledge transfer employees need to conduct complex tasks.”

“As the market matures, we expect to see fewer evaluations of how AR alone can drive value, but instead, the mindset will shift toward how it, integrated with other support tools, can impact a company’s bottom line collectively.”

Manolis also thinks that this will, without question be the case.

“Service delivery is changing rapidly. If you are delivering service today the same way you were 5 years ago, you are in trouble. And if you continue to deliver service that very same way, you will be extinct in another 5 years. Integration is a key element in the successful deployment of AR,” he states.

“Integrating AR technologies into service management software solutions like ServiceMax and SalesForce, is critically important,” he adds.

Of course, one additional theory as to why AR hasn’t yet set the world on fire is that in the minds of many field service executives it is intrinsically linked with the development of smartglasses - which themselves are struggling to overcome the stigma left by the widespread disappointment of Google Glass.

Is the widespread adoption of AR essentially actually tied to the adoption of smart glasses in reality?But is the widespread adoption of AR essentially actually tied to the adoption of smart glasses in reality?

Montgomorie doesn’t think this is necessarily the case.

“While smart glasses deliver the ideal hands-free experience to allow remote workers to more easily and efficiently repair or assemble a piece equipment, AR is successfully being deployed (and showing ROI) through the use of smartphones and tablets today. Considering that AR glasses are very limited in availability at this point, it is critical that adoption also includes handhelds so that an organization can support all employees today until glasses become more common,” he explains.

“With advances in hardware, we are expecting several new smart glasses to come to market in the next year or two, bringing down the price and solving many of the issues with the current crop of smart glasses, including field of view, battery life, durability and user experience.”

“It may be a few years after that, but within 3-5 years we expect many field service technicians to be equipped with smart glasses.”

Manolis also sees the future of AR not being dependent on smartglasses in the short term although he does see that changing in the future.

“The important word in the question is “essentially” and my answer to that is no,” he comments.

“We have many customers who have adopted and deployed our solution to their service organizations on a global basis and they’re not using Smart glass technology.”

“That being said, smart glasses will be the next wave of AR technology that we will see, but in my opinion, we are still 18-24 months away from that point. Today there are too many challenges to deploying smart glasses across large service organizations. They tend to overheat, battery life is short, field service techs tend to treat them roughly and they are prone to break, they are still expensive, and many service techs say they are hard to use. All of this will change as the technology improves over the next few years.”

With AR being such a quickly evolving market, FSOs should look for a technology solution that can be implemented today, but that is scalable enough to support devices or hardware platforms of the future,But what about those companies that want to move forward with AR in the here and now? Whilst it is still a sector in its infancy, there are an increasing number of companies offering AR solutions dedicated to the field service sector. So what should we be looking for in an AR provider?

“With AR being such a quickly evolving market, FSOs should look for a technology solution that can be implemented today, but that is scalable enough to support devices or hardware platforms of the future,” urges Montgomorie.

“In addition, it is important for FSO’s to identify a specific challenge with the vendor and ensure that this challenge can be solved. Just as important, FSOs need to remember that it does not need to be every challenge,” he adds.

“The first question a field service company should ask themselves is what is driving their interest in AR and what do they hope to accomplish through the use of AR? Once those answers have been given they should look for a company that fits their goals and objectives,” Manolis asserts.

“Then they should look at the product roadmap the company has laid out. They should be sure that the AR vendor they choose has a product that is easy to use. Frictionless and effortless for both internal and external customers. Finally, they should ask about what the AR provider can offer to help them through the process of service transformation and adaption of the AR solution.”

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Today’s technology is becoming more and more like science fiction - but how can we harness it in the field service sector? Mark Brewer, Global Industry Director, IFS gives us the inside scoop on how they are leveraging HoloLens...

It’s stuff straight out of the movies; Back to the Future, Ender’s Game, or Ex Machina. Imagine a young field service technician in front of an MRI machine at an NHS hospital.

He has arrived to perform preventative maintenance on the machine based on sensor feedback that had signalled a pending fault.

He is wearing Microsoft’s HoloLens, which in addition to giving him the appearance of Geordi La Forge straight of Star Trek, is allowing him to be immersed in the customer experience.

He can access customer history, warranty agreements, sensor data and even schematics, all hands free, in real-time, while he repairs the machine, maximising uptime and all the while avoiding the hassle and stress that inevitably comes with breakdown.

Only that isn’t a movie scene.

In fact, I stood in a room wearing a HoloLens as it fed me information straight from IFS Applications, our ERP backed service management software.

I was able to access and view service history, performance analysis, and temperature levels. In fact, the integration between IFS Applications and the HoloLens will also make it possible to action the data in real time by clicking a ‘work guidelines’ button to access service instructions stored in IFS Applications.

By leveraging the integrated HoloLens camera, the solution also makes it easy to document the asset and the service performed and store the information in IFS Applications for future reference.

Proof of concept today, in the field tomorrow. 

IFS’s innovation think tank, IFS Labs, has developed an integration between the enterprise applications suite IFS Applications and Microsoft HoloLens to reinvent field service management.

“We are very excited to present this proof of concept that we believe has the potential to revolutionise the way we think of field service management,” IFS Labs director Bas de Vos said. “By leveraging the Microsoft HoloLens, we can help service personnel navigate complex environments and access critical asset information to realise major benefits such as increased productivity and first-time fix rates."

 

Field service management is a highly prioritised area for IFS where we have been categorised as leaders by analysts. We will keep pioneering this field with innovative solutions that provide tangible business benefits.”

 

What does it mean?

It means improved service levels, increased first-time fix rates, and increased uptime. It means truly transformative field service delivery.

A servitization model transforms the concept, expectation and value of service, and technology enhances execution of that product service system.

Technology like the HoloLens allows technicians to do their jobs better, faster. It also helps to bridge gaps caused by an ageing workforce, providing appeal to a younger generation of employees while offering an easy to adopt user experience for your current labour force.

According to Tuong Huy Nguyen of Gartner, “AR is most useful as a tool in industries where workers are either in the field, do not have immediate access to information, or jobs that require one or both hands and the operator’s attention.”

Changing your offering…

It also breeds new opportunity for your service delivery model.

Today, fast service isn’t enough for many of your customers. According to Fast Company, 70 percent of consumers expect a self-service option for handling commercial questions and complaints. Not only can an integrated HoloLens offering provide a highly empowered field service engineer, but it can also turn your customer into a field service engineer as well.

 

Imagine providing your customer with a HoloLens linked to your service management solution when they purchase a product or service package from you.

You are then empowering your customers to act as the first line of defence in the case of failure, regular maintenance, and more, by providing them with the right guidance and virtual support to fix an issue themselves.

Innovative software helps you deliver inspired service

The power of technology ultimately lies in how it is leveraged. Combining the mixed reality capabilities of Microsoft HoloLens with the enterprise end-to-end software solution IFS Applications ultimately empowers field service technicians with innovative tools that boost productivity while creating the potential for organisations to generate new offerings and add value to their customers.

The world we grew up dreaming about in the movies is a world that we are now able to embrace. As end consumers taste the potential of new technology and expect more, field service organisations that embody innovation and leverage new technologies will become the clear leaders.

To learn more about IFS Lab’s latest innovations, email bas.de.vos@ifsworld.com or visit www.ifsworld.com

 

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In his role as Director of IFS Labs Bas de Vos, is at the heart of driving innovation forward in our industry. So who better to talk to find out what technologies we should be eagerly awaiting and what is the process to take these technologies from cool ideas through to practical applications...

FSN: What are the three most exciting technologies that have yet to come fully to light that you and your team are currently working on?

BdV: Firstly it is augmented reality or mixed reality as I see it, secondly I would say that drones are still in there as well and the third one is something that we have been working on for some time that we keep coming back to - autonomous assistance. New ways of interacting with business applications - can I talk to my device? Can I chat with my device - it’s a very interesting subject. We have a prototype and we are going to researching and further developing that.

Whether it will be an IFS product one day, that is something that with Labs I can never say up front - but I see the development now in the consumer space with speech control like Siri and Cortana and on the other hand chat-bots for Facebook and Snap Chat etc it’s all very interesting, so we shall see.

FSN: Your team demonstrated a great example of Drones, IoT and FSM software all coming together at the last IFS World Conference - is that product ready to go or was it just a proof of concept demo?

BdV: Well, yes it is ready to go but it won’t be an actual IFS product - we won’t have the IFS drone product out in the market - definitely not.

No, what we wanted to do was demonstrate how companies who want to do stuff like this can do so through using our IoT business connector. Basically everything that we demonstrated at the World Conference in that session, the integration of drone technology, image capture and recognition and automated data analysis was made all possible through the IoT business connector.

FSN: How much of what you and your team do is about actually giving your customers the ideas of what is possible to allow them to innovate themselves?

BdV: If you look at the mission we have as IFS labs it is threefold. Firstly, we exist to guide, basically we do a lot of research. We don’t get to only do the cool stuff - so it’s not only playing with drones! We do a lot of proper research into database technologies etc. So we are there to guide the R&D teams on what we think they should be picking up and taking further.

Secondly, we are here to talk to influencers, to help explain to the wider world what we are doing at IFS and what the purposes of IFS Labs as a technology incubator is all about.

Then thirdly, and perhaps the most important part of the job for me is that we are here to inspire our clients to do more with their business applications. If you look at my work personally it’s an equal split across these core functions. 

FSN: In general do you ever feel an urgency to push a project out whilst it may be still in Beta or do you think it is better to wait until the product is fully refined and completely free of bugs?

BdV: That’s a very good question.

First of all do I feel pressure to deliver IFS products around any given technology? The answer is always no and the reason for that is fairly simple. We are not here to compete with say Microsoft HoloLens in terms of technology. We will not be providing the actual AR technology ourselves.

What we need to do -which is part of the mission of IFS labs is to make sure that our business application is ready for when these technologies do become viable products.

What I mean by that is we need to be able to have an app ready to go on HoloLens to take advantage of that technology, or any other similar new emerging technologies.

Are we the guys that will actually create the technology? No I don’t think that is our core business and to be honest I don’t think that we would have the skill set to do that as well as others who are focussed on that area.

Our task at labs is to keep on monitoring the market and being able to leverage these exciting technologies once they are industry ready.

 

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