Super Slice: Hybrid Public + Private IoT Connectivity
Enable public and private seamless connectivitiy for your project with global connectivity alongside private LTE/5G networks.
Unlock the power of private 5G/ LTE with low latency, high throughput, zero cost for data usage. Be ready for edge computing coupled with the ability to get global coverage from traditional operators on the same sim cards and from the same network.
A new era of connectivity begins
5G and private cellular networks are going to present new connectivity solutions for multiple industries, supporting advanced applications, and advanced quality of service, advanced SLA for connectivity. Advanced use cases will need more capabilities and not only form private networks therefore Monogoto’s unique solution enables leveraging both public and private LTE/5G with a single SIM while keeping the EDGE and low latency capabilities of a private network.
Key benefits
The first ever private-public hybrid mode
Cloud-based
communication offering
Fast deployment, low learning is needed, immediate proof of value
0 upfront cost, Start small with a single site and grow to multiple locations.
5G and Edge compute ready
As cloud computing continues to evolve private networks are the perfect last mile for such solutions, Monogoto Super Slice can allow a seamless transition to Edge when a device gets near a private network the last mile for example when a car will arrive to the auto repair shop the car will connect to the manufacture private network and when we leave the car will switch back to the available public network. This all can be utilized by the Monogoto Super Slice solution.
Frequently Asked Questions
Super Slice is Monogoto’s hybrid connectivity solution that allows devices to operate on both public cellular networks and private LTE/5G networks using a single SIM. Devices automatically use the private network when on-site and seamlessly switch to public networks when they leave, without SIM swaps or manual intervention.
This gives organizations the low latency, control, and cost benefits of private wireless combined with the global reach of public cellular networks.
Each device carries a single SIM identity that is provisioned on both the private network and Monogoto’s global public network footprint. When a device enters the coverage area of the private LTE/5G network, it attaches locally; when it leaves, it automatically reconnects through public operator networks.
For example, a delivery vehicle can connect to a private network at a depot for high-speed data offload and edge processing, then continue to be tracked over public networks along its route, all under one connectivity platform and one set of policies.
A private LTE/5G network is dedicated cellular infrastructure deployed for a specific site, campus, or organization. It provides secure, high-performance, low-latency coverage that the organization controls, independent of public network congestion.
Private cellular networks are commonly deployed in manufacturing plants, warehouses, ports, utilities, mines, and campuses, and can run on shared spectrum such as CBRS in the United States.
CBRS (Citizens Broadband Radio Service) is shared spectrum in the 3.5 GHz band (LTE Band 48) that allows organizations in the United States to deploy private LTE/5G networks without purchasing licensed spectrum. Spectrum access is coordinated automatically through a Spectrum Access System (SAS).
CBRS has significantly lowered the barrier to deploying private cellular networks, making them practical for enterprises of all sizes.
Super Slice is ideal whenever devices move between a controlled site and the wider world, or when on-site workloads demand more performance than public networks or Wi-Fi can deliver. Common use cases include fleet and telematics operations returning to depots, logistics hubs, manufacturing and industrial campuses, utilities, smart cities, and healthcare facilities.
It is also well suited for organizations that want to offload high-volume data traffic onto private infrastructure while retaining global coverage for mobile assets.
With Super Slice, organizations manage one SIM, one platform, and one set of security and connectivity policies across both private and public networks. This eliminates the complexity of maintaining separate device identities, integrations, and management tools for each network type.
Because the solution is cloud-based, organizations can start with a single site with no upfront infrastructure cost and scale to multiple locations as their deployment grows.
Yes. Because private LTE/5G networks keep traffic local, data can be processed at the edge with very low latency, which is essential for applications such as robotics, automation, video analytics, and real-time control. Devices retain access to cloud applications over public networks when they are off-site.