Home /Resources /Library /Solution Briefs /How Edge Computing Solves Networking Challenges, by Industry

How Edge Computing Solves Networking Challenges, by Industry

With robust, reliable connectivity and real-time processing at the edge, organizations in nearly any industry can enable automation, improve worker safety, enhance the customer experience, and support asset monitoring and predictive maintenance.

Please take a moment to complete the form and gain instant access to this content.
How Edge Computing Solves Networking Challenges, by Industry cover page

With robust, reliable connectivity and real-time processing at the edge, organizations in nearly any industry can enable automation, improve worker safety, enhance the customer experience, and support asset monitoring and predictive maintenance.

Download

Digi offers industry-leading edge computing solutions designed to meet the needs of connected systems across multiple industries.

Related Content

Industry 4.0: How to Connect with Confidence Industry 4.0: How to Connect with Confidence The Fourth Industrial Revolution, otherwise known as Industry 4.0, is characterized by the convergence of smart machines, autonomous robots, cloud computing and big data. VIEW PDF Industrial IoT Automation: Upgrading SCADA with IoT Industrial IoT Automation: Upgrading SCADA with IoT Adoption of field management systems — often referred to as supervisory control and data acquisition or SCADA systems — has exploded as enterprises seek solutions that allow legions of field devices to be configured, maintained, and diagnosed from a central location. VIEW PDF Edge Computing Examples Across Vertical Industries Edge Computing Examples Across Vertical Industries Edge computing processes data as close as possible to the process or thing being monitored by an IoT device. Edge computing can... READ BLOG Edge Computing: Saving Bandwidth, Time and Money Edge Computing: Saving Bandwidth, Time and Money Edge computing helps to manage several IoT and networking challenges, such as the large volume of data collected at the edge... READ BLOG How Edge Compute Complements Cellular Connectivity How Edge Compute Complements Cellular Connectivity Today’s connected applications are moving from wired systems to cellular, which can dramatically improve network speed and... RECORDED WEBINAR Planning Your Journey to 5G Planning Your Journey to 5G Finding the right path to meet your 5G networking requirements VIEW PDF Edge Compute: The Silver Lining to Your IoT Cloud Edge Compute: The Silver Lining to Your IoT Cloud With the increasing demand for edge compute functionality to manage the high volume of data produced by installed IoT... RECORDED WEBINAR Edge Computing, Artificial Intelligence, Machine Learning and 5G Edge Computing, Artificial Intelligence, Machine Learning and 5G The symbiotic nature of edge compute and artificial intelligence is interesting because artificial intelligence requires the... READ BLOG IoT Architecture: Topology and Edge Compute Considerations IoT Architecture: Topology and Edge Compute Considerations Internet of Things (IoT) projects can be complex, as there are many decisions to make. For any IoT project, you need to acquire... READ BLOG Edge Computing Edge Computing How edge compute works and why it's a game-changer LEARN MORE IIoT Edge Computing: Control Hardware at the Edge with GPIO IIoT Edge Computing: Control Hardware at the Edge with GPIO Learn how to offload stress and computing resources from your network, enable more efficient data integration, and improve the... READ BLOG MicroPython Examples for Edge Computing Part 3: Bandwidth Management MicroPython Examples for Edge Computing Part 3: Bandwidth Management These examples show a few powerful ways to improve your IoT system’s bandwidth and battery use. VIEW GUIDE

Have a Question? Connect with a Digi Team Member Today!

No, I don't have a question