IT in Manufacturing


Transforming the process industry through digitalisation

May 2026 IT in Manufacturing

Digitalisation has become a defining factor in how the process industry evolves. Across sectors such as chemicals, food and beverage, water and wastewater, mining, metals and life sciences, companies are under increasing pressure to operate more efficiently, sustainably and safely, while managing rising complexity and skills shortages. Digital technologies provide the foundation to meet these challenges by unlocking data, improving transparency and enabling better decision making across the entire lifecycle of industrial assets.

For decades, automation has helped improve productivity and quality in industrial processes. Today, digitalisation takes this a step further; by connecting field devices, systems and people, it creates new opportunities to optimise operations, enhance maintenance strategies and support continuous improvement. As a leading instrumentation provider and major source of process data, Endress+Hauser plays a key role in enabling this transformation by delivering reliable, validated and easily accessible information throughout the plant lifecycle.

Why digitalisation matters in the process industry

Process installations generate vast amounts of data every day, from measurement values and diagnostics to asset health information and operational parameters. Historically, much of this data has remained underutilised, locked away in isolated systems or available only locally. Digitalisation changes this by making data accessible where and when it is needed, enabling companies to move from reactive to proactive and data-driven operations.

Digital tools allow organisations to gain real-time insights into their processes, identify inefficiencies early and respond faster to deviations. This improves productivity, reduces downtime and supports more consistent product quality. At the same time, digitalisation helps address key challenges such as aging infrastructure, increasing regulatory requirements and the need for greater flexibility in production.

Digitalisation isn’t the end goal. Its value lies in how effectively data is transformed into actionable insights that support operational excellence, sustainability goals and long-term competitiveness. This requires a structured approach that aligns technology, processes, and people.

A structured approach to digitalisation

Endress+Hauser’s digitalisation strategy follows a structured, incremental approach designed to support customers at different stages of their digital journey. Rather than treating digitalisation as a single project, it is addressed as a continuous process that evolves over time.

The digitalisation focus topic is organised into clearly defined sub-topics and increments, each addressing specific aspects of industrial digitalisation. This approach ensures that content and solutions remain relevant, practical and aligned with real customer needs. Once published, digital content is continuously monitored and refined to reflect technological developments and changing market requirements.

This structure also recognises that digital transformation looks different for every organisation. Factors such as industry, plant maturity, installed base and business objectives all influence how digitalisation is implemented. A modular, step by step approach allows companies to start where it makes sense for them, and scale over time.

Productivity at the core of digitalisation

Productivity is at the heart of digitalisation in the process industry. By connecting devices and systems, digital technologies enable a more transparent and responsive production environment. Real time access to process data supports faster decision making and helps operators and engineers identify optimisation potential across the plant.

Digital workflows streamline daily tasks, reduce manual effort and improve collaboration between operations, maintenance and engineering teams. This not only increases efficiency, but also enhances workplace safety by reducing the need for manual interventions in hazardous environments.

At the same time, productivity gains must be balanced with reliability and security. As plants become more connected, ensuring data integrity and operational continuity becomes increasingly important. Digitalisation, therefore, goes hand in hand with robust cybersecurity measures and clearly defined responsibilities across IT and OT environments.

Ethernet-based communication as a foundation

One of the key building blocks of industrial digitalisation is reliable and high performance communication infrastructure. Ethernet-based communication environments provide the foundation for seamless data exchange from the field level to higher level systems.

Industrial Ethernet enables faster data transmission, standardised communication and improved interoperability between devices and systems. It supports remote access, simplifies integration and creates the basis for advanced applications such as condition monitoring, predictive maintenance and digital services.

By extending Ethernet communication into the field, including hazardous areas, companies can unlock previously inaccessible data and create a more transparent and connected production environment. This connectivity is essential for scaling digital solutions and ensuring long term flexibility in process installations

Smarter maintenance through digitalisation

Maintenance is one of the areas where digitalisation delivers particularly tangible benefits. Traditional maintenance strategies often rely on fixed intervals or reactive responses to failures. Digitalisation enables a shift toward predictive and preventive maintenance approaches based on real-time condition data and diagnostics.

By continuously monitoring asset health, maintenance teams can detect early signs of wear or malfunction and take targeted action before failures occur. This reduces unplanned downtime, extends asset lifecycles and helps optimise maintenance resources.

Digital maintenance strategies also improve planning accuracy and support better coordination between maintenance and operations. Maintenance KPIs become more transparent and actionable, enabling continuous improvement and cost control. As a result, plants achieve higher reliability and more stable production performance over time.

Cybersecurity as an integral part of digitalisation

As digitalisation increases connectivity across the plant, cybersecurity becomes a critical success factor. Protecting industrial systems against cyber threats is essential to ensure safety, availability and data integrity.

In the process industry, cybersecurity requires a balanced approach that addresses both IT and OT requirements. Digitalisation initiatives must be designed with security in mind from the outset, incorporating secure communication, access control, and system segmentation. By integrating cybersecurity into digitalisation strategies, companies can confidently leverage digital technologies while minimising risk. This creates a trusted environment in which data can be shared and used effectively across the organisation without compromising operational continuity.

Digitalisation across the asset lifecycle

Digitalisation delivers value across the entire asset lifecycle, from engineering and commissioning to operation, maintenance and modernisation. During engineering, digital tools support better planning, documentation and configuration management. In operation, they provide real-time insights and transparency. During maintenance, they enable proactive strategies and informed decision making.

Over time, digital data also supports continuous optimisation and modernisation efforts. Insights gained from operating data can be used to improve process design, reduce energy and resource consumption, and support sustainability initiatives.

By taking a lifecycle perspective, digitalisation helps companies protect their investments and adapt to changing requirements without unnecessary complexity.

Enabling digital transformation with Endress+Hauser

Endress+Hauser supports digital transformation in the process industry by combining deep application expertise with reliable instrumentation, connectivity solutions and digital services. By delivering high quality process data and making it accessible in a secure and structured way, Endress+Hauser helps customers turn information into value.

Rather than focusing on isolated technologies, the emphasis is on practical, scalable solutions that address real operational challenges. This approach ensures that digitalisation delivers measurable benefits, improving productivity, reliability and sustainability while supporting long-term business goals.

Digitalisation is not a one-time initiative, but an ongoing journey. With the right strategy, tools and partners, process industry companies can take meaningful steps toward smarter, more efficient and future-ready operations.


Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

The next generation of engineers is building living labs of innovation
Schneider Electric South Africa IT in Manufacturing
Graduate engineers at Schneider Electric East Africa designed, integrated and commissioned the smart building systems in the company’s new Nairobi head office, demonstrating how practical, real-world project experience accelerates engineering capability and confidence.

Read more...
Innodisk launches APEX series edge AI systems for industrial deployment
Vepac Electronics IT in Manufacturing
Innodisk has launched its APEX series edge AI systems, combining hardware, software and system design to simplify industrial AI deployment. The APEX-A100, powered by Qualcomm’s Dragonwing IQ9 processor, delivers up to 100 TOPS with guaranteed availability through 2038.

Read more...
Pilot project to optimise material flow
IT in Manufacturing
WEBER-HYDRAULIK has commissioned autonomous transport robots at its Güglingen site to handle internal material transport between warehouse and assembly areas. The pilot project uses RFID integration and SAP connectivity to automate material flows and reduce manual transport tasks.

Read more...
Accelerating pharmaceutical digital compliance and operational efficiency
Schneider Electric South Africa IT in Manufacturing
Cosmos Limited, one of Kenya’s leading pharmaceutical manufacturers, has partnered with Schneider Electric to implement an integrated monitoring, energy management and digital validation platform that has improved operational visibility, data integrity and regulatory compliance readiness.

Read more...
AI data centres, nature and innovation
Schneider Electric South Africa IT in Manufacturing
Artificial intelligence is driving unprecedented demand for data centre capacity, with liquid cooling now central to managing the heat generated by high-density GPU clusters. Schneider Electric examines how next-generation data centres can balance performance with environmental responsibility.

Read more...
Siemens powers next-generation reusable spacecraft development
Siemens South Africa IT in Manufacturing
A European aerospace startup focused on reusable space systems, has adopted Siemens Xcelerator software to connect engineering disciplines, reduce rework and accelerate spacecraft development, cutting the path from concept to flight hardware to nine months for its orbital demonstration capsule.

Read more...
How to navigate the high-stakes economics of AI infrastructure
IT in Manufacturing
Nearly 60% of data centre operators are expected to adopt liquid cooling within five years as AI workloads drive demand for higher rack densities. Understanding the full financial picture of liquid cooling, from capital investment to long-term operational savings, is now essential.

Read more...
Why measurement matters in smelting
Endress+Hauser South Africa Analytical Instrumentation & Environmental Monitoring
South African smelters returning to operation after energy constraints face new demands for tighter control, better visibility and environmental compliance. Endress+Hauser explains how modern measurement technology supports safer, more efficient furnace operation and local beneficiation.

Read more...
Protecting the digital mine
RJ Connect IT in Manufacturing
As mining becomes increasingly connected and automated, cyber threats are emerging alongside the benefits of digitalisation. RJ Connect and provides rugged networking, edge computing and cybersecurity technologies from MOXA to help protect critical mining operations from evolving attacks.

Read more...
SICK launches AI-powered 3D quality inspection
SICK Automation Southern Africa IT in Manufacturing
SICK has combined deep learning with 3D height data analysis in its Nova machine vision platform.

Read more...









While every effort has been made to ensure the accuracy of the information contained herein, the publisher and its agents cannot be held responsible for any errors contained, or any loss incurred as a result. Articles published do not necessarily reflect the views of the publishers. The editor reserves the right to alter or cut copy. Articles submitted are deemed to have been cleared for publication. Advertisements and company contact details are published as provided by the advertiser. Technews Publishing (Pty) Ltd cannot be held responsible for the accuracy or veracity of supplied material.




© Technews Publishing (Pty) Ltd | All Rights Reserved