

Industry Sage Media
December 2,2025
This Episode is Made Possible by PLCnext Technology
Meet PLCnext Technology—a networking powerhouse bridging IT and OT with ease. Powered by open Linux-based controllers, it supports industrial protocols like OPC UA, MQTT, PROFINET, and PROFIBUS and various more protocols, giving your machines full communication fluency across legacy and modern systems alike. From edge to cloud, PLCnext Technology keeps your data flowing seamlessly.
Hosts Phil Seboa and Ed Fuentes are joined by MES specialist Matt Barber to discuss how MES systems are evolving in manufacturing, the challenges of implementing digital solutions, and the future impact of AI and machine learning on factory operations. Readers will find direct advice on why MES matters, what it takes to succeed with these systems, and which trends to watch as technology advances.
In today’s factories, the role of MES has shifted from a simple system for collecting production data to an essential tool that brings together different areas of manufacturing. Matt Barber points out that MES—once primarily about “executing production orders, collecting downtime, receiving counts and scrap”—now often covers areas such as quality assurance, maintenance management, inventory, and even energy tracking. He explains, “MES applications are slowly evolving to take on more and more MOM type functionality,” referring to Manufacturing Operations Management (MOM) as a broader strategy that ties together all operational needs.
This broader approach supports operators by giving them access to the essential data for their tasks, from running machines to quality checks and maintenance. The impact is visible across the shop floor, enabling quicker decisions and integrated processes. As MES systems grow to handle more MOM features, manufacturers get a fuller, real-time view of operations, making improvement and compliance much easier.
Implementing MES is about more than just installing new software—it requires a significant shift in mindset and habits. Matt Barber shares that many factories still rely heavily on paper and spreadsheets, creating silos and inefficiency. When organizations move to MES, “It’s a huge change for people and not an easy change.” Success depends on strong leadership, clear vision, and buy-in across all levels.
Change management becomes the biggest hurdle. Teams need clear communication about why MES is important and how it benefits everyone—not just managers. Barber stresses, “If everyone’s rowing in the same direction… you can make it happen. But if there’s friction then that makes it more challenging.” With sound strategy and people-focused management, manufacturers see gains in real-time visibility, faster issue detection, and continuous improvement possibilities.
MES platforms produce vast streams of operational data—an essential foundation for advanced analytics and AI. Matt Barber explains, “The data that is captured by MES…the real time granular level of data you capture from the shop floor… is rife for AI and ML models.” However, he also warns that manufacturing companies are careful with automation and advanced algorithms, especially on the production line—trust must be built over time.
While some manufacturers remain early in their MES adoption, others are beginning to connect these systems to AI, machine learning, and predictive analytics. The future holds smarter automation, but, as Barber notes, “people are still dipping their toe in the water with AI.” The technology’s impact will grow as confidence grows, thanks to the foundation laid by reliable MES solutions and a careful, stepwise approach to digital innovation.
"You can't just buy the software. It's much broader than that… The people and the change management, that's the thing that makes the biggest difference in the projects and that's the thing that can have the biggest challenge." – Matt Barber
Manufacturers are adopting MES not just to monitor machines, but to unite their entire operation—quality, maintenance, and more—into a single system. This shift brings big gains, but only when teams are aligned and leadership is proactive about change. Those who establish a strong MES foundation are best equipped to take advantage of future technologies, including AI and predictive analytics. For manufacturing leaders, now is the time to review digital practices, invest in people-first strategies, and set clear goals for data-driven improvement.
Matt Barber is a globally recognized MES specialist who currently leads the MES business at Infor. With extensive experience supporting hundreds of manufacturers, he is known for making operational excellence accessible and is a passionate advocate for digital improvement and knowledge sharing across the manufacturing sector.
Listen or Watch Now:
PLCnext Technology is the ecosystem for industrial automation consisting of open hardware, modular engineering software, a global community, and a digital software marketplace.
PLCnext Technology connects the IT and OT worlds
Make your application fit for IIoT and Industry 4.0
Digitalization and globalization are placing new demands on industrial automation. The precisely tailored design of the open automation system is just as important as flexible, modular expansion. In addition to standard programming of PLC systems in accordance with IEC 61131-3, parallel programming and the combination of programming languages such as C/C++, C#, and Matlab® Simulink® in real time is also possible with PLCnext Control. Accelerate your application development process with the free basic version of PLCnext Engineer. Or use your familiar programming environment. You decide.
With simple cloud integration, the option to use open source software, and the ever-expanding expertise of the PLCnext Community, you will benefit from new forms of collaboration. The resulting solution apps, software modules, runtime systems, and function extensions are available in the PLCnext Store and save an enormous amount of time and money when creating applications. This makes PLCnext Technology the ideal ecosystem for your modern automation challenge.
More Episodes You May Enjoy:
MEET THE HOSTS

About Phil Seboa
Phil Seboa is an automation enthusiast with a deep passion for Industry 4.0 and IIoT. With a background in Electrical and Automation, he has worked on diverse projects, including electrical modifications of electric motors and high voltage transformer solutions for the Australian Power Grid. As a Sales Engineer at Phoenix Contact, he gained expertise in edge technology, automation, power reliability, and control systems.
Currently, Phil is excited about the Ignition software platform's potential in the industrial sector. He also explores home automation, using IIoT infrastructure to create practical solutions that enhance everyday living. Phil is committed to continuous learning and actively engages with the automation community, sharing his knowledge and insights.
Fun Fact: Phil once took a football team to a sponsored event at Wembley Arena as a bus driver, scored a goal on the pitch.
About Ed Fuentes
Ed Fuentes is an industrial automation expert with over 30 years of experience, currently serving as a Technical Sales Executive at Inductive Automation Australia. He leverages Industry 4.0 technology to drive digital transformation in the Australian manufacturing sector. Ed's career includes roles at ATS Global and Rockwell Automation, with expertise in account management and technical sales.
He holds a Bachelor of Engineering and a Post Graduate Diploma in Business Management from Swinburne University of Technology, and is certified in Ignition Core 8.1 and as a Cisco Certified Network Associate. Dedicated to continuous learning and innovation, Ed is an active participant in industry communities.
He enjoys exploring culinary places, talking to chefs, and using his various BBQs to entertain friends and family.
