EXOR International | Industrial Edge Computing

This article will discuss:

• Why a merger or the bridge between OT and IT needs to be crossed to advance Industrie 4.0 initiatives
• The role of OPC UA pub/sub over TSN in developing a pathway that juxtaposes OT and IT within the industrial sector
• The effect of closing the gap between OT and IT on...

This article will discuss:

• The challenges of synchronizing legacy systems with modern networks.
• The challenges that come with having multiple systems with diverse communication protocols on the factory floor when implementing Industrie 4.0 models.
• How enterprises can manage the challenges...

This article will discuss:

• What edge computing represents and why it holds the key to Industrie 4.0 implementation
• Its benefits and applicable use cases
• The role advancement in interconnected technologies such as 5G wireless networks plays in edge computing deployments

An ode to HMI:

"It is a magical piece of engineering

It communicates edge to cloud across 200 protocols

It has the power to manage real-time analytics

You can use it with or without display, with gloves in the harshest or cleanest of environments.

Performance faster than you can say HMI

It defines...

This article will discuss:

• The different ways OEMs can leverage end-user machine data
• The benefits that come with leveraging end-user machine data
• Examples of how leveraging machine data can optimize business growth

Edge computing is currently applied by both discrete event manufacturers and continuous manufacturing facilities to capture shop floor data and other data processing tasks. The adoption of the industrial edge has also accelerated the integration of Industrie 4.0 business models, which bring its own...

The effectiveness of edge computing in industrial settings is such that many believe it will surpass the use of cloud computing within a decade. These deductions or predictions are due to the increased versatility that edge computing devices bring to data processing. Edge computing devices can be...

The future of industrial computing is the edge. This is easy to note today as statistics point to approximately 75 billion connected devices across the world by 2025. The ability to provide low latency processing and speed up computing processes is driving this change, and the impact of edge...

The complete automation of industrial processes relies on connectivity. For the Internet of Things (IoT) to function without downtime, low latency communications must be achievable to ensure that interconnected networks function both online and offline. This is why 5G, edge computing, edge...