In today’s industrial landscape, OEMs are expected to deliver machines that are not only reliable, but also connected, intelligent, and easy to support. The challenge is doing all of that without adding layers of complexity, cost, and risk.
For GTech, this challenge became the catalyst for change. What began as an effort to improve remote access and data visibility quickly evolved into a complete rethinking of their machine architecture, ultimately leading to a simpler, more scalable solution built on a single platform.
Like many machine builders, GTech relied on a mix of technologies to get the job done. Their systems were built around industrial PCs running Windows, paired with SCADA software for visualization, separate tools for PLC programming, and third-party solutions for remote access. Data collection existed, but it required additional layers and manual effort to make it useful.
While this approach worked, it introduced friction at every stage. Each machine required multiple software licenses and careful configuration. Remote access depended on external tools that needed to be installed, maintained, and troubleshot. Over time, managing Windows-based environments also became a burden, both from a maintenance and a security standpoint.
As the company scaled, so did the inefficiencies.
“We had to install multiple tools just to do what should be one simple job.”
The turning point came when GTech began integrating vibration diagnostics into their machines. This type of monitoring relies on continuous, high-frequency data, making it possible to detect early signs of wear, particularly in components like bearings.
However, collecting the data was only part of the challenge. To be valuable, it needed to be stored, accessed remotely, and analyzed over time. Traditional solutions required building out server infrastructure, configuring VPNs, and managing data pipelines manually. It was technically possible, but far from efficient.
GTech recognized that adding more tools would only increase the complexity they were already trying to reduce. What they needed was not another system, but a more unified approach.
That search led them to EXOR. Initially, the focus was on replacing industrial PCs, but the real value emerged with the discovery of Corvina, EXOR’s Industrial IoT platform.
Together with EXOR’s HMI and control capabilities, the platform offered something fundamentally different: a single environment where visualization, connectivity, remote access, and data management all worked together.
“Instead of multiple systems… this is just one thing that does everything.”
This shift allowed GTech to simplify their architecture in a meaningful way. By removing the need for Windows-based IPCs, third-party VPN tools, and separate data systems, they were able to consolidate everything into one streamlined solution. Machines became easier to deploy, easier to support, and easier to standardize across customers.
One of the most immediate improvements was in how GTech approached remote support. Previously, technicians relied on tools like TeamViewer, which required setup, maintenance, and sometimes troubleshooting before any real work could begin.
With EXOR, remote access is built directly into the platform. Technicians can securely connect to machines, view interfaces, and make updates without relying on external software. In many cases, they can simply log in from a phone or browser and begin diagnosing issues immediately.
“Our service techs can just log in, view the machine, and fix issues, no hassle.”
This change not only reduced downtime but also made support more efficient and more responsive.
Corvina also transformed how GTech uses data. Instead of treating data as something that needed to be manually extracted and managed, it became an integrated part of the system.
Vibration data can now be collected continuously, stored over time, and accessed remotely. This makes it possible to identify trends and detect issues before they become failures. Rather than reacting to problems, GTech can take a more proactive approach to maintenance.
This shift represents more than just a technical improvement, it changes how value is delivered to customers.
Another key advantage of the platform is its ability to extend visibility to end users. GTech can create structured environments where each customer has access to their own machines, complete with dashboards and performance data.
At the same time, GTech retains control over the overall system, ensuring security and consistency across deployments. This balance between access and control creates a more transparent and collaborative experience for customers.
With the right infrastructure in place, GTech is now exploring new ways to deliver value beyond the machine itself. One of the most promising opportunities is predictive maintenance as a service.
By combining continuous data collection with real-time alerts, GTech can notify customers of potential issues before they lead to downtime. Over time, this could evolve into subscription-based service offerings, where customers receive ongoing monitoring and support.
“We can now offer proactive support, calling customers before failures happen.”
What was once a reactive support model is now becoming proactive, and potentially a new revenue stream.
Adoption of the platform was supported by its ease of use. Engineers found it intuitive, with a structure that felt familiar and flexible enough to handle both simple and advanced applications.
Features such as integrated documentation, customizable alarm handling, and built-in connectivity options helped streamline both development and field operations. Rather than working around limitations, the team found that they could accomplish what they needed within the platform.
“If I needed to do something, there was always a way to do it.”
GTech has already built and tested its first machine using the new architecture and is now preparing for broader deployment. As they scale, the focus will be on expanding service offerings, integrating data with business systems, and continuing to enhance remote capabilities.
What started as a way to simplify their system has become a foundation for long-term growth and innovation.
GTech’s experience reflects a broader shift in industrial automation. Success is no longer about layering more tools into an already complex system. Instead, it is about simplifying the architecture in a way that makes everything more effective.
By consolidating multiple systems into a single platform, GTech has reduced cost, improved service, and created new opportunities for growth. Just as importantly, they have built a system that is ready to evolve with their business.
In an industry defined by complexity, simplicity has become a competitive advantage.