Data Integration is a Key Driver for Industry 4.0 in Polymer Manufacturing
One of Industry 4.0's key drivers is data integration. By expanding the scope of data collection and making information readily retrievable, computers on the production floor have evolved to facilitate a higher level of collaboration and innovation.
Deloitte 2020 Manufacturing Outlook: The Keys to Weather the Storm
One of the trends we've identified is the interest by diversified industrial companies to streamline businesses and realign around key markets or customer segments to further drive results. We're seeing an increase in mergers, acquisitions, and divestitures as these companies recalibrate their capabilities.
Trends in IoT Manufacturing
The IoT ecosystem connects heterogeneous processes, personnel, resources, devices, sensors, robotics, heavy machineries, and business procedures in a cohesive way to attain optimum resource usage and enhance the productivity of business processes.
2019 Deloitte and MAPI Smart Factory Study: Capturing Value Along the Digital Journey
Although 2011 is considered the unofficial start of the fourth industrial revolution, U.S. manufacturers have reported zero average growth in labor productivity over the past five years - despite continual improvements in equipment, software and management approaches.
Predictive Maintenance - A Powerful First Step Towards Adopting AI for Manufacturing
Among the wealth of use cases for AI & ML in manufacturing, one rises above the rest in terms of feasibility and impact - predictive maintenance. Predictive maintenance addresses the age-old challenge of ensuring maximum availability of critical manufacturing systems.
DOWNLOAD your "Industrialize Your Data" handout from Marklogic
Modern manufacturers face key challenges to reaching their Industry 4.0 potential. MarkLogic knows data is your greatest asset to better serve customers, improve products, and navigate those complex environments.
Digital Thread: Where Will Your Added Value Come From?
"What makes the digital thread so important is that to leverage all the data, you need to also manage how the data connects to the rest of the operation and how it flows from one process to another."
NIMS and Festo Didactic to Develop Industry 4.0 Skills Standards and Certified Training Program
With NIMS' emphasis on manufacturing skills training, credentialing, and standards, plus Festo's complete Industry 4.0 learning Factories, courseware and eLearning integration, the two organizations are well poised to provide the training programs for Industry 4.0.
Automation Alley's 2019 Technology in Industry Report looks at Industry 4.0 ecosystem, introduces Velocity Index™ to gauge investment-worthiness of key technologies
Industry 4.0: From Vision to Implementation, looks at the state of Industry 4.0 from its eight core technologies: the Industrial Internet of Things, robotics, artificial intelligence, Big Data, cloud computing, cybersecurity, additive manufacturing and advanced materials.
IoT & Industry 4.0
When you take billions of devices and connect them through the Internet, collecting and sharing data, that is the IoT. These devices communicate and interact with other devices over the Internet, while being remotely monitored and managed.
What will SCADA of the future be like? (Third Part)
The SCADA software technology carries over 30 years of applications in every sector on its shoulders. But what challenges does this technology face in the future?
What will SCADA of the future be like? (Part Two)
The SCADA software technology carries over 30 years of applications in every sector on its shoulders. But what challenges does this technology face in the future?
What will SCADA of the future be like? (Part One)
The SCADA software technology carries over 30 years of applications in every sector on its shoulders. But what challenges does this technology face in the future? (Part 1 of a 3 Part Series)
ARC White Paper: AR in Manufacturing
Learn how manufacturers are using augmented reality to onboard new workers faster and to help workers of all skill levels become more effective.
Using Open Software in Manufacturing
We see a shift from big, monolithic software by large vendors to modular, highly specific components by smaller ones. This allows manufacturing companies to become more agile in the tools they use, ultimately allowing them to more easily find the best tool for the job.
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