Private cellular networks are quickly becoming popular solutions for organizations looking for full control over the security, reliability, and performance of their network.

PCNs are designed to serve specific organizations or areas, providing dedicated bandwidth and highly customizable features to meet the unique requirements of any business. In this blog post, we’ll explore some of the most popular use cases for private cellular networks and dive into why they are becoming the preferred connectivity choice across many sectors.

• Manufacturing & Automation
• Healthcare
• Transportation & Logistics
• Smart Cities
• Agriculture
• Education

Within the manufacturing sector, the rise of industry 4.0 has underscored the need for robust, reliable, and secure networks. PCNs enable connectivity for the near-endless number of IoT devices and sensors used in the average factory, supporting real-time data exchange and advanced automations.

• By leveraging near 0ms latency made available through PCNs, automated warehouses can make instantaneous process changes or updates to keep production on track.
• Robots that patrol a factory floor rely on connected sensors that tell the robot to stop if a human worker is near. Without a reliable connection, even a millisecond delay could impact the safety of employees. PCNs ensure that every device has the best possible connection at all times.

Healthcare facilities are increasingly adopting private cellular networks to manage the growing demand for telemedicine and digital health services. These networks provide secure and reliable communication channels that protect patient data and ensure high-quality care.

• Hospital systems can become overloaded during mass emergency events. A PCN ensures that each device on every floor has adequate bandwidth to function properly.

Private cellular networks play a crucial role in the transportation and logistics industry by making it easier to track supplies and locate shipments within trainyards, docks, and other locations that make up the supply chain.

• Most docks aren’t exclusively for receiving shipments – they’re for tourism too. This becomes an issue when the cellular network available in an area becomes overloaded when used by dock employees/devices and the thousands of devices onboard the visiting cruise ships. Rather than ceasing operations while tourists are in town, PCNs give dock operators their own private network that isn’t impacted by capacity issues.

Smart cities leverage private cellular networks to integrate various public services with existing infrastructure, creating an interconnected city. These networks support a wide range of applications, from smart lighting and traffic management to public safety and environmental monitoring – all cloud managed and monitored through a single online dashboard.

•  Remote traffic monitoring enhances citizen safety by enabling early crash detection alerts and discouraging criminal activity. The instantaneous communication between these systems is enabled by a PCN and helps decrease first-responder response time.

Farmers can also benefit from the implementation of PCNs. These networks can facilitate the use of IoT devices and sensors to monitor soil conditions, crop health, and weather patterns, leading to more efficient and sustainable farming.

• Communication between IoT devices with a private cellular network can help farmers with real-time alerts such as greenhouse temperature detection, visibility over equipment malfunctions, and detection of other environmental changes that could harm crops.
• The average farm size in the United States is 464 acres. Areas this large are difficult to connect using Wi-Fi, and public cellular carriers often don’t cover rural areas. PCNs can cover any size space – indoor or outdoor – and make it easier to send a strong signal to every device.

The use of private cellular is growing within the education sector due to its ability to facilitate digital learning and help campus security keep school grounds safe.

• Research conducted by the U.S. Department of Education’s National Center for Education Statistics found that 98% of schools provided digital devices to students who needed them. With thousands of devices being used on most campuses, PCNs are the most effective way to support such a large number of devices, and would be designed specifically to support large amounts of network traffic.
• Student and faculty safety is always top of mind for schools. During emergencies private networks can prioritize emergency calls and data traffic, ensuring that critical communication channels remain open whereas a Wi-Fi network would become overloaded and unusable.