Skip to content
The Future of IoT: Why Edge Computing with 5G is Key
Zakira PatelApril 13, 20233 min read

The Future of IoT: Why Edge Computing with 5G is Key

With the number of smart devices growing rapidly, the need for faster processing becomes more and more urgent. That’s where edge computing and 5G come in. When 5G and edge computing work together, they can make digital experiences better by improving performance and allowing uninterrupted operations.


Keep reading and we’ll explore edge computing and 5G, how they work together to enhance IoT applications, and some potential use cases.


What is Edge Computing?


Edge computing, in simple terms, is a way of making technology faster by bringing computing power closer to where it’s needed. Rather than sending data to a central location, edge computing processes some data on devices closer to where the data is created. This makes the technology work faster because the data doesn’t have to travel as far. 


Benefits of Edge Computing


Some of the main benefits that edge computing provides are low latency, better efficiency, improved security, and decreased costs.

For IoT, the Internet of Things, applications specifically, edge computing has a number of benefits, including:


  • Asset tracking and monitoring
  • Supply chain management
  • Employee productivity
  • Worker/workplace safety
  • Optimized operations
  • Improved sustainability
  • Quality assurance
  • Asset security
  • Cloud security


What is 5G?

5G is the latest generation of wireless networks. Having a 5G network means faster speeds, lower latency, and reliable connectivity. It uses higher frequency radio waves and antennas to provide faster download/upload speeds, and it can power new IoT technologies.


How 5G Enhances Edge Computing


When combined, 5G and edge computing create a faster and more efficient way of processing and transferring data. 5G offers a fast and reliable connection, while edge computing brings the computing power closer to where the data is created. 

Benefits of 5G and Edge Computing for IoT

Low Latency and Real-time Analytics:


With edge computing, data processing can be done closer to the origin, reducing latency and enabling real-time analytics. This is crucial for applications that require immediate responses, like self-driving cars or medical devices. 5G's low latency capabilities further enhance this advantage by providing even faster processing times.


Machine Learning and Automation:


Edge computing with 5G also allows machine learning and automation to be deployed at the edge, where data is generated. This means that devices can learn and improve their functionality without the need for constant communication with a central server. This can lead to increased efficiency and cost savings for IoT applications.




The scalability of edge computing with 5G is another major advantage. With the ability to process and analyze data at the edge, more devices can be added to the network without causing congestion. This allows for the growth of IoT networks without sacrificing performance.




Edge computing with 5G also improves the security of IoT networks. By keeping data processing closer to the source, there is less opportunity for potential data breaches. Additionally, 5G's advanced encryption capabilities further enhance security.

Use Cases of 5G and Edge Computing

  • Transportation & Logistics: Edge computing and 5G can provide the real-time data processing needed for route optimization, supply chain management, and inventory tracking.
  • Retail: The combined use of 5G and edge computing improves shopper experiences with real-time data processing for personalized recommendations, targeted ads, and inventory management.
  • Agriculture: The technology helps darners improve crop yields and reduce costs with high-speed data processing for irrigation, soil management, and equipment maintenance.
  • Healthcare: Doctors using wearable devices and sensors for monitoring patient health can use 5G and edge computing, allowing the data to be processed locally and communicated in real time. This allows them to respond quickly to any changes and make informed decisions.
  • Smart Cities: The technology can make cities smarter with efficient data processing for traffic control, energy management, and public safety.

POND IoT just launched 5G and LTE-M across all three major US networks. Ready to upgrade your IoT capabilities? Contact us here!