Private LTE/5G
Simple. Flexible. Secure.
Secure private network supports mission critical and business applications for IoT and mobile devices.
Ideal for Mission Critical Applications
Forget costly LAN deployments or WANs that lack business support capabilities. With Monogoto’s private LTE/5G solution, powered by our global cellular cloud, you can run a cost-effective network with full operational and business control.
Deploy your private LTE/5G network and connect critical devices and applications, while enjoying best wireless performance, low-latency and QoS assurance.
With a limited amount of small cell installations, you can run thousands of secure simultaneous connections.
Monogoto’s private LTE/5G solution fits licensed, unlicensed, and shared spectrum frequencies. To learn more about private network spectrum frequencies click HERE.
Take Charge of Your Network
Monogoto’s private LTE/5G solution addresses the missing puzzle pieces that IT/OT departments need.
Control your LTE or 5G network the same way you control your WiFi network using Monogoto’s self-service management tools. Apply specific policies for different scenarios, secure your devices, control network bandwidth, and set up your LTE/5G network in line with your existing network topology.
Ease your day-to-day work using our user-friendly self-service environment, even if you don’t have specialist telecom expertise.
Full Visibility and Built-In Security
Get full network visibility and real-time anomaly detection on any network event as if you are the mobile operator yourself. Create your own set of network slicing policies for multiple SIM groups based on IP and signaling traffic.
Monogoto’s platform improves any cellular modem’s security capabilities. Simply insert Monogoto’s resilient SIM card into each end device, and then assign a specific security profile and package (voice, SMS, data allowance).
Protect your network from cyber-attacks and set automated alerts to harden your network security.
Any Cellular Spectrum, 5G Ready
With Monogoto’s private LTE/5G-as-a-service solution, organizations can run their private LTE or 5G network on licensed spectrums such as 3G and 4G LTE including unlicensed or shared spectrums such as 3.5 GHz CBRS.
Monogoto is the ideal solution for organizations that want the benefits of a WAN with superior business and operational support. Our cellular cloud network-based solution provides enhanced flexibility, heightened security, and true network slicing with SLA and QoS, paving the road to 5G connectivity.
To learn more about private network spectrum frequencies click HERE.
Let’s Plan Your Private LTE Network
Use Cases
Because private LTE/5G uses dedicated equipment and is independent of traffic fluctuation, it offers ideal connectivity for IoT applications and services. It gives organizations an independent enterprise-grade wireless network with all the benefits of LTE/5G, such as: data privacy, enhanced security, network flexibility, low latency, quality of service, and network resiliency. Plus it is a cost-effective solution. Adopting private LTE/5G opens up opportunities for multiple applications with different levels of service requirements. Global enterprise organizations, utilities and mining industries, airports, ports, sport facilities, campuses and more are already adopting this connectivity technology, reducing costs, and increasing efficiency.
Mining
Smart Cities
Water Utilities
Industry 4.0
Oil & Gas
Ports
Power Utilities
Main Building Blocks
Secure Cellular Core
Includes cloud, local or a mix of connectivity with a self-service console and full API access. Data and/or signaling can be kept local or sent to the cloud.
Radio
Access points (eNodeB for LTE or gNodeB for 5G) which support multiple simultaneous LTE/5G connections. Can be installed in rural locations or high-density areas.
SIM Card
We offer a variety of SIM card sizes to fit any IoT device, including regular (UICC), embedded (eUICC) and integrated (iUICC) SIM card form factors.
Frequently Asked Questions
Private LTE/private 5G are cellular networks built specifically for an organization rather than shared with public mobile carrier subscribers. These networks provide dedicated coverage, security, and performance for environments that require reliable connectivity, such as manufacturing facilities, warehouses, ports, hospitals, campuses, and critical infrastructure sites.
Private cellular networks give organizations greater control over network coverage, device access, security policies, and operational performance compared to public wireless networks.
Private cellular networks give organizations capabilities that public networks and Wi-Fi cannot match: dedicated coverage designed for the site, SIM-based authentication so only authorized devices connect, deterministic performance for mission-critical applications, strong support for mobility and high device density, and full control over data, security policies, and quality of service.
These capabilities make private LTE and private 5G well-suited for manufacturing facilities, warehouses, ports, utilities, healthcare campuses, transportation hubs, and other environments where reliable connectivity is essential.
CBRS (Citizens Broadband Radio Service) is a shared wireless spectrum band available in the United States that enables organizations to deploy private LTE and private 5G networks. Operating in the 3.5 GHz band, CBRS provides enterprises with access to cellular-grade connectivity without requiring ownership of traditional licensed spectrum.
Not necessarily. Many organizations deploy CBRS networks using General Authorized Access (GAA), which does not require purchasing a spectrum license. Spectrum usage is coordinated through a Spectrum Access System (SAS) to help ensure efficient and interference-aware operation.
This allows businesses to deploy private cellular networks without the complexity and cost traditionally associated with licensed spectrum.
While both technologies provide wireless connectivity, private LTE is designed for larger-scale, highly reliable deployments. Private LTE uses SIM-based authentication, managed cellular infrastructure, and mobility features that help support connected devices across wide coverage areas.
Private LTE is often preferred for outdoor environments, industrial operations, mobile assets, and mission-critical applications where network performance, security, and reliability are essential.
Yes. Modern private cellular networks can be configured to allow devices to operate across both private and public mobile networks. This enables vehicles, mobile equipment, field assets, and connected workers to maintain connectivity when moving beyond the boundaries of a private network without changing hardware or SIMs, all managed from one platform.
A typical deployment combines radio access points (for example, CBRS radios in the US), a cellular core network, and SIMs for the connected devices. Monogoto provides the core network, SIM, and identity management, and integration with leading radio vendors, so organizations can stand up a private network without becoming a carrier or building telecom infrastructure expertise in-house.