From analog to mobile maintenance - 5 reasons that support the low code approach.

mobile maintenance

Introduction - Five reasons why the low code approach can drive mobile maintenance

Imagine entire plants and machinery being maintained 100% on the move and without any paper at all. This idea is not a wish for the future but rather a necessity. The industry needs to lead the way and digitize everywhere to eliminate media breaks in maintenance and ensure smooth and efficient production with as little downtime as possible. So, mobilizing maintenance is essential for business success. It brings countless benefits when implemented based on modern technologies: digitization of maintenance processing and documentation, flexibility with end devices and locations without network coverage (offline), and the reduction of downtime.

Take, for example, a mid-sized company that uses SAP PM processes. With targeted mobile applications, SAP processes can be digitized quickly and cost-effectively, eliminating time-consuming steps and, most importantly, paper. The entire maintenance process is thus integrated into the IT landscape. The maintenance engineer can now create error messages at the point of use (online and offline), quickly identify equipment, and enrich it with historical information. New technologies can also be envisioned, such as using data glasses or AR (augmented reality), which allow a technician to work more efficiently with both hands thanks to voice recognition software.

If a digitization process has been initiated here and there, it is still not happening fast and consistently. The reasons: existing challenges – cost pressure, increasing competition – and the pandemic’s impending effects weigh heavily on the shoulders of the manufacturing industry.

The low code approach offers the right solution for IT and the business unit alike. On the one hand, it relieves both departments, and on the other, it takes a step forward in digitization. According to the latest Gartner statement, demand is growing rapidly due to the “interplay of digital disruption, hyper-automation and the rise of composable business”. In other words, rapid application development (RAD) vendors are enabling companies to put together their own desktop or mobile applications with little to no programming knowledge quickly. Here, we’ll take a closer look at five reasons why the low code approach can drive mobile maintenance:

1. Low code development platforms promote cross-functional project management

Medium-sized companies are familiar with this: employees from different departments need new products, tools or platforms and go to IT with their requests. But even with the right programming skills, developers can’t keep up with the demand. Depending on the requirements, existing skills and schedule, companies need help with mobilization. However, companies usually already have all the skills and data they need. RAD platforms can then provide the right tool mix between in-house development, template apps and ready-made solutions. But that alone is still not enough. For the most efficient business processes to emerge, close collaboration between business departments and IT teams is needed.

A low code approach can help close the gap and bring IT and business together. Low code requires less programming skills and makes complex infrastructures tangible for all employees, including template apps. Business developers – subject matter experts from the business level – can now be part of the development process, giving IT staff a better understanding of business needs. The business developer uses their experience to design the app’s framework, while IT teams can still access the code to improve it.

In general, the role of IT is changing dramatically. From the business side’s operational arm, developers or IT managers are now much more involved in strategic decisions and lead the digitization process.

2. Free choice of devices and operating systems

Mobile devices and applications are ubiquitous in our everyday lives – so why not use them for maintenance as well? Performing such elaborate processes with pen and paper is outdated and highly prone to error. We say it’s time to move them to an app on a smartphone or tablet. Then comes the next question: which devices or operating systems should we develop these apps? Many still find it challenging to develop for iOS, Android and Windows in parallel. But it doesn’t have to be.

The hybrid low code approach is a big plus because it allows a free choice in end devices. Applications are developed once and can then be packaged and deployed for all operating systems. Native device functions such as barcode scanners and cameras can also be easily integrated into the applications.

When it comes to web or native applications, the trend is clearly toward web applications. The Covid-19 crisis has shown us all how important location/independent working has become. Users want to use their applications from anywhere and on any device. With native software, this can only be implemented with extremely high effort. In contrast, web applications are accessed via URL when they are deployed. With a development platform such as the Neptune DX Platform, such applications can be quickly converted into a progressive web application and immediately installed directly on all end devices. This also eliminates the need to “manually” call a URL. The best thing about this is updates are automatically pulled from the server – every time the user opens the app, it is up to date.

3. Low time and cost expenditure

In the mobilization of maintenance, as everywhere, time is money. A low code platform shortens the development time of functional apps from several months to a few weeks. The platform builds on the existing infrastructure and extends it allowing applications to be piloted with little effort and quickly. Initial prototypes are tested, evaluated and improved after just a few weeks.

Due to cost pressure in all industries, increasing maintenance requests and user numbers, companies are increasingly looking for affordable, easy-to-use and flexible applications. For example, Vattenfall improved information exchange with workers in the field, streamlined SAP processes and reduced maintenance and repair costs by introducing mobile applications for order and message management, checklists and maintenance instructions. In practice, the first applications were tested in two wind farms after just a few weeks and later implemented across all their sites thanks to user feedback.

4. Online and Offline usability

Another argument in favor of the low code approach is the provision of all current and relevant order data, whether online or offline. This feature is essential to avoid media discontinuity, for example, for employees working on-site at large machine plants or offshore locations. In this case, they need to access data and provide feedback on maintenance operations even without a connection.

For maintenance workers to access data offline and synchronize it with their information, a digital ecosystem characterized by an open information chain is needed. The advantage of this hybrid online-offline infrastructure is to support transparency, avoid duplication of effort, and most importantly, errors. Using this approach, many companies have been able to speed up their entire maintenance process and increase user satisfaction.

5. Individual apps for each usage scenario

The previous two points bring us to the final argument of how low code supports the mobilization of maintenance. These apps build on various internal software and tools already available to unify them into one app. But creating a single app to mobilize an entire process tends to be counterproductive. Splitting processes into multiple apps allows companies to focus on each process and develop apps that are truly needed. This is what we call the Launchpad idea: this is how lean apps are developed for sub-processes that call on each other and pass data. In this way, a feedback process can be mapped on the maintenance order. In addition, individual apps can be provided for different user groups. Whether for capturing photos and measured values, status changes, feedback, service reports, forms and checklists, material logistics – these apps can be easily extracted and reused for other scenarios.


The step from analog to mobile maintenance is important and necessary for a wide variety of industries. Not only to digitize processes internally and bring teams closer to the current age but to remain competitive. It’s the only way medium-sized companies will be able to stay ahead in their markets and internationally in the years ahead. Success stories such as Infraserv Höchst, Hauni, Würzburger Versorgung und Verkehr GmbH and Vattenfall are also proof that mobile maintenance can be easily synchronized with the overall digitization strategy. In the case of Infraserv Höchst, Neptune Software has enabled the industrial park in Frankfurt am Main to reduce development effort by 70% through 22 applications on all major operating systems, cut setup effort by 80%, and reduce maintenance and inspection chain cycle time by another 40%. This has also led the company to introduce new technologies such as digital data glasses, which to date are the world’s first complete SAP-integrated solution.

Want to know more about how the low code approach can help drive your company from having analog to mobile maintenance processes? Get in touch!

About the author

Christoph Garms

Christoph Garms

Managing Director Neptune Software Germany

For Christoph, the key to successful digital change lies in the right technical tools. His vision as Managing Director of Neptune Software in Germany is to bridge the gap between business and IT and to move the DACH market towards a true digital transformation. With his cross-industry expertise, Christoph is certain that this is a question of digitalizing from process to process, creating a new work culture with agile methods and cross-functional teams. As a graduate software architect and with extensive background in pre-sales for Neptune Software, he knows the importance to supporting partners and customers from the first demo to implementation, onboarding and expert training.