Using licensed spectrum and dedicated frequency bands, private wireless networks serve the complex and dynamic requirements of mining operations. An adaptable infrastructure supports an environment that changes depending on real-time needs, meaning that processes are efficient and consistent. Everything from asset tracking to environmental monitoring to workplace safety is optimized and efficient.
Deploying a network across a large campus serves students, staff, faculty and visitors. Private wireless networks leverage dedicated spectrum and associated resources to allow the university to set and control network management policies and provide a seamless user experience for all areas, from the laboratory to the dorm room.
A private wireless network supports around-the-clock operations in the most demanding environment: an active military base. Automating and optimizing air station processes and systems allow for streamlined maintenance, logistics and flight traffic management. And a zero-trust network architecture means that data moves across the base’s private network seamlessly and securely. Additional engineering services and support allows the network to adapt and grow without compromising mission-critical functions.
Students and faculty use a secure and reliable network from the lab to the playing field to the dorms.
Students and faculty use a secure and reliable network from the lab to the playing field to the dorms.
Intelligent infrastructure maximizes crop yields and minimizes disruptions.
Intelligent infrastructure maximizes crop yields and minimizes disruptions.
Private wireless offers secure and reliable communications capable of supporting connected medical devices thereby enabling enhanced flexibility and lowering cost of care.
Private wireless offers secure and reliable communications capable of supporting connected medical devices thereby enabling enhanced flexibility and lowering cost of care.
Maintenance, logistics and training are integrated across a flexible private network that operates completely independently of public networks to enhance control and maximize security.
Maintenance, logistics and training are integrated across a flexible private network that operates completely independently of public networks to enhance control and maximize security.
Interconnected machines and monitors manufacture and inspect high-quality goods across an efficient and optimized factory floor.
Interconnected machines and monitors manufacture and inspect high-quality goods across an efficient and optimized factory floor.
Private wireless operates as a complement to guest Wi-Fi to support critical business applications such as security cameras, personal security devices for staff and financial systems.
Private wireless operates as a complement to guest Wi-Fi to support critical business applications such as security cameras, personal security devices for staff and financial systems.
Autonomous mining vehicles can operate safely and reliably in demanding environments.
Autonomous mining vehicles can operate safely and reliably in demanding environments.
Distributed intelligent vehicles communicate with each other in real-time, minimizing delay and streamlining operations.
Distributed intelligent vehicles communicate with each other in real-time, minimizing delay and streamlining operations.
Wells, pipes and refineries are all connected across secure and reliable networks, increasing efficiency and reducing risk.
Wells, pipes and refineries are all connected across secure and reliable networks, increasing efficiency and reducing risk.