Digital Transformation

Digital transformation in manufacturing refers to the use of digital technologies to improve and transform manufacturing processes, supply chain management and the overall operation of a manufacturing business. Digital transformation involves the integration of digital technologies, such as the Internet of Things (IoT), artificial intelligence (AI) and big data analytics, into the manufacturing process to improve efficiency, increase productivity and reduce costs.

AI and Machine Learning

How to use generative AI for plant maintenance in six steps

IIoT, Industrie 4.0

Do your plant hardware and software really integrate? How to make the most of data you have on hand

How to combat cyberattacks with advanced software technologies

AI and Machine Learning

AI and Machine Learning

How to use data analytics to develop a winning manufacturing strategy

AI and Machine Learning

ProMat 2025: The essential role an information architect performs in AI

AI and Machine Learning

AI and Machine Learning

Cybersecurity

How to combat cyberattacks with advanced software technologies

Core architecture strategies for IT/OT network integration

How CISOs can overcome industrial cybersecurity talent, resource shortages

Courtesy: WTWH Media

Engineering Leader Under 40, 2024: Tim Mullen, 31

Protecting Critical Infrastructure

Navigating cybersecurity challenges in plant floor digitization

IIoT, Industrie 4.0

IIoT, Industrie 4.0

Do your plant hardware and software really integrate? How to make the most of data you have on hand

Figure 1: Artificial intelligence and other emerging technologies will continue to accelerate standardization and automation as manufacturers strive to stay flexible across the entire product development lifecycle — from design through to the production line. Courtesy: Lenovo

IIoT, Industrie 4.0

Building on industry 4.0 in the new year

IIoT, Industrie 4.0

Seven open-source interconnection strategies for empowering Industry 4.0

Courtesy: Universal Robots

IIoT, Industrie 4.0

Plant Engineering most-viewed Industry 4.0 articles in 2024

Mobility

Enhanced Ethernet benefits for manufacturing operations

CFE Media and Technology

Micro-mobility charging infrastructure market growing

Courtesy: AutomationDirect

Industrial access on the go

Remote Monitoring

Remote Monitoring

Should every machine owner have secure remote service?

CFE Media and Technology

Remote Monitoring

Remote tank monitoring benefits for companies

CFE Media and Technology

Remote Monitoring

Condition monitoring benefits in hazardous industries

Courtesy: Semtech

Remote Monitoring

Long-range, low-power solutions improve remote operations

Cloud-based monitoring of production assets stationed at the edge is empowering remote monitoring as part of preventive or predictive maintenance programs.

Remote Monitoring

Top 5 Plant Engineering articles April 18-24, 2022

Courtesy: Emerson

Remote Monitoring

Remote intelligence enables many-to-many solutions

Virtualization, Cloud Analytics

Courtesy: Anvil Corp.

Virtualization, Cloud Analytics

Practical planning tips for high-density industrial laser scanning

Virtualization, Cloud Analytics

OEE monitoring enables real-time production process analysis

Courtesy: Hargrove Controls & Automation

Virtualization, Cloud Analytics

Industry 4.0 can lead to process clarity

Virtualization, Cloud Analytics

Plan for the future with 5G, mobile edge computing

Wireless

Courtesy: Endress+Hauser

Wireless instrumentation communication propels plant processes

The Motorola RMU2040 is a 2-Watt radio perfect for smaller spaces. (Courtesy of HQ98.com)

Choosing the best communication device for your manufacturing plant

Leave the two-way radio in the past

CFE Media and Technology

Wireless technology benefits for manufacturing

Related Products

AI and Machine Learning

Industrial AI to identify risk and opportunity patterns

AI and Machine Learning

Vision sensor with pre-trained AI

Remote Monitoring

Performance sensor for remote monitoring

Remote Monitoring

CHG enclosed gateway assemblies

Remote Monitoring

AI-based analysis and response engine

WIO Wireless Signaling

IIoT, Industrie 4.0

Augmented Reality Web Application

IIoT, Industrie 4.0

Sensata IQ IIoT Platform

Digital Transformation Continued

AI and Machine Learning

How to use data analytics to develop a winning manufacturing strategy

AI and Machine Learning

ProMat 2025: The essential role an information architect performs in AI

AI and Machine Learning

AI and Machine Learning

Digital Transformation

Ways to improve capital project outcomes with AI

AI and Machine Learning

How to bridge the AI gap: practical strategies to harness AI’s full potential

AI and Machine Learning

How to harness physical AI to empower collaborative automation

Digital Transformation

Digital Transformation

Figure 1: Artificial intelligence and other emerging technologies will continue to accelerate standardization and automation as manufacturers strive to stay flexible across the entire product development lifecycle — from design through to the production line. Courtesy: Lenovo

IIoT, Industrie 4.0

Building on industry 4.0 in the new year

Courtesy: Quickbase

Digital Transformation

The ways a digital transformation unexpectedly creates extra work

Courtesy: Anvil Corp.

Virtualization, Cloud Analytics

Practical planning tips for high-density industrial laser scanning