Shaping the Future of Process Automation. ESTEC and Siemens

SHAPING THE FUTURE OF PROCESS AUTOMATION – HOW CAN ENTERPRISES INVEST IN AUTOMATION TODAY WHILE STAYING FUTURE - READY?

In the context of the strong industrial shift towards smart manufacturing, enterprises are not only faced with the challenge of enhancing operational efficiency but also ensuring that their current investments remain capable of meeting technological requirements over the next 5 to 10 years.

This was also the core topic presented at the "Shaping the Future of Process Automation" breakout session within the conference "Process Automation in the Digital Era – Shaping the Future of Process & Power Industries", co-organized by ESTEC and Siemens.

At the session, Mr. Falk Hohmann – Senior Sales Director, Head of Process Automation & Industrial Communication Asia Pacific, Siemens, and Mr. Tran Thuc But – Technical Sales Support Manager, Siemens, shared key insights into the development trends of Process Automation, as well as how enterprises can build a flexible, future-proof automation platform

Three Key Trends Shaping the Next Generation of Process Automation

1. Software-Defined Automation – A Software-Centric Approach to Industrial Automation

Industrial automation is evolving from traditional, hardware-centric architectures toward open, software-defined platforms, where software becomes the core enabler for seamless integration across production systems.

This approach enables manufacturers to bridge Information Technology (IT) and Operational Technology (OT), creating a more flexible automation environment that supports faster deployment, easier scalability and greater adaptability to future business needs.

2. Standardization & Modularization - Building Scalable and Flexible Automation Systems

The adoption of Object-Oriented Engineering (OOE) is transforming the way automation systems are designed and engineered by introducing standardized, modular components.

This approach enables organizations to:

• Accelerate engineering and project implementation.
• Reduce engineering, commissioning and maintenance costs.
• Scale and upgrade automation systems more efficiently as production requirements evolve.
• Standardize engineering practices across multiple production lines and manufacturing sites.

3. Web-Based Engineering & Cloud Collaboration

Web-based engineering and cloud-enabled collaboration are redefining how engineering, operations and maintenance teams work together.

By providing a shared engineering environment accessible through web technologies, organizations can collaborate more efficiently, exchange information in real time and significantly reduce engineering lead times.

Beyond improving collaboration, these capabilities enable manufacturers to respond faster to changing production requirements while increasing overall operational agility.

SIMATIC PCS neo – Enabling the Next Generation of Distributed Control Systems

One of the key highlights of the session was SIMATIC PCS neo, Siemens's next-generation Distributed Control System (DCS), designed to support the digital transformation of process industries.

Built on an open and digital-native architecture, SIMATIC PCS neo enables organizations to:

• Establish a flexible and scalable automation platform.
• Enhance connectivity across industrial systems.
• Simplify engineering, operation and maintenance workflows.
• Protect existing investments through seamless scalability and future upgrades.

By combining openness, digitalization and engineering efficiency, SIMATIC PCS neo helps manufacturers establish a sustainable automation foundation for the Smart Factory of the future

Process Automation – The Foundation for Future Competitiveness

In the digital transformation era, competitive advantage no longer stems solely from deploying more automation equipment, but from the capability to leverage data, integrate systems, and optimize operations.

Enterprises equipped with a modern Process Automation platform will be able to:

• Respond quickly to changing market demands.
• Improve operational efficiency and productivity.
• Unlock greater value from industrial data.
• Integrate emerging technologies such as Artificial Intelligence (AI), Digital Twin and Predictive Maintenance.
• Accelerate their journey toward Smart Manufacturing and sustainable operations

Investing in the right automation platform today not only addresses current operational challenges but also establishes a scalable foundation for future innovation and long-term business growth..

Seminar Article Series

Shaping the Future of Process Automation: This is the first in a four-part series summarizing key highlights from the seminar "Process Automation in the Digital Era – Shaping the Future of Process & Power Industries," organized by ESTEC in collaboration with Siemens. In upcoming articles, ESTEC will share insights and solutions regarding industrial cybersecurity, operational optimization, and AI-driven predictive maintenance.

Looking to Accelerate Your Digital Transformation Journey?

Whether you are planning to modernize your Process Automation infrastructure or explore digital solutions for smarter plant operations, ESTEC is ready to support your journey with consulting, system integration and industry-specific automation solutions tailored to your operational needs..

Contact ESTEC for detailed consultation:

Tel: (+84) 28 6684 1999

Hotline: (+84) 28 8886 8799

Email: info@biendongco.vn