Mining & Extraction Sites
Provide reliable cellular coverage across mining operations to support workforce communication, real time tracking of equipment and personnel, autonomous machinery, safety monitoring, and industrial IoT sensing.
Build your own cellular network for complete control and security
Deploy private LTE, 4G, or 5G networks for industrial sites, campuses, remote operations, or smart communities. Own your wireless infrastructure, control your spectrum, and secure your communications without dependence on commercial carriers.
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What is a private cellular network?
A private cellular network is a wireless network using LTE (4G) or 5G technology that you own, operate, and control independent of commercial mobile carriers. Instead of relying on MNOs, or other public networks, you deploy your own base stations, core network, and spectrum to provide cellular coverage exactly where and how you need it.
Private networks use the same 3GPP standards as commercial carriers but operate on licensed spectrum allocated to private use (CBRS in USA, local spectrum licenses in Nigeria/Africa, or unlicensed bands like 3.5 GHz). This gives you full control over coverage, capacity, security, quality of service, and who can access the network.
Why private cellular network
Coverage where you need it
Commercial carriers don't build infrastructure in remote industrial sites, mines, offshore platforms, or private facilities. With a private network, you deploy coverage exactly where your operations require it—not where carriers choose to build.
Guaranteed capacity & performance
Commercial networks get congested. Your critical operations compete with consumer traffic for bandwidth. Private networks dedicate spectrum and capacity exclusively to your devices and applications—guaranteeing performance when it matters.
Security & data sovereignty
All traffic stays within your network. Sensitive industrial data, video surveillance, and operational communications never traverse public carrier networks or the internet. You control encryption, access policies, and data retention.
Predictable costs
No per-device or per-GB charges from carriers. Capital investment in infrastructure, then low ongoing operational costs. Especially economical for high-device-count or high-bandwidth applications.
Quality of Service (QoS) control
Prioritize critical traffic (voice, safety systems, SCADA) over less-critical applications (employee internet). Define QoS policies specific to your operational needs.
How organizations use it
Oil & Gas Facilities
Connect remote production sites and processing facilities with support for SCADA systems, equipment monitoring, security, worker safety systems, and field communications.
Manufacturing Plants & Industrial Facilities
Enable smart manufacturing with connectivity for automation, real time monitoring, predictive maintenance, advanced training tools, and mobile workforce devices.
Ports, Airports, Logistics Hubs
Deliver dependable wireless coverage for asset tracking, fleet operations, cargo monitoring, team communications, and security systems.
Smart Campuses & Communities
Provide independent cellular connectivity for campuses and smart environments, supporting IoT infrastructure, public safety systems, and advanced mobility solutions.
Remote Communities & Rural Connectivity
Extend cellular access to under-served areas, enabling voice and data services, supporting local development, and connecting essential services like schools and healthcare.
Religious ground
Provide reliable connectivity for large gatherings and facilities, supporting crowd management, security systems, live streaming, and communication across expansive sites.
Refineries
Enable secure and reliable connectivity for refinery operations, supporting process monitoring, safety systems, asset tracking, and real time communication across critical infrastructure.
Deployment process
A streamlined deployment process designed to deliver secure enterprise connectivity with minimal disruption.
