Every Last Mile. One Network.
One unified network across cellular, private 5G, Wi-Fi, and satellite
Monogoto connects devices across every last mile through public cellular, private LPWAN, private 5G, Wi-Fi, and satellite networks. Every access type operates through the same platform, authenticated by the same SIM and secured through the same core — eliminating network silos and enabling one unified connectivity layer everywhere.
Public Cellular — 550+ Networks, 200+ Countries
Private LPWAN — Unlicensed Spectrum Extension
Private 5G — High-Throughput Coverage & Local Offload
Wi-Fi Offload — SIM-Authenticated Wi-Fi
Satellite NTN — Direct-to-Device Global Coverage
One SIM. One Platform. Every Access Type.
Public Cellular
The foundation of the Monogoto network is global public cellular coverage. Through roaming agreements with 550+ carrier networks across 200+ countries, your devices connect out of the box (CAT-M, NB-IoT, CAT-1, LTE, and 5G). Monogoto acts as your own roaming manager: select which carriers each device can use, define preferred networks by region, and switch profiles remotely via the platform or API. Multi-IMSI SIM capabilities and the MTK toolkit enable automatic carrier switching based on availability, signal quality, or cost without touching the device.
Public cellular is the default last mile. For most devices in most locations, it’s all you need. But when public coverage isn’t enough (dead zones, deep indoor, offshore, remote sites, or when you need dedicated bandwidth) the Monogoto network extends seamlessly to private, Wi-Fi, and satellite access types.
Private LPWAN pLTE
For low-power devices, CAT-M, NB-IoT, and CAT-1, deploy a private LTE radio on unlicensed ISM bands (such as 915 MHz). No spectrum license, no carrier negotiation, no proprietary protocols. Standard 3GPP technology, standard chipsets, same Monogoto SIM. The radio connects to the Monogoto network through the Monogoto Edge, and your devices gain coverage wherever you place it.
Deploy in a development lab for end-to-end testing. Add coverage onboard a ship for maritime operations. Fill a warehouse or basement dead zone. Extend to a remote agricultural or industrial site. Layer it alongside public cellular for redundancy; your devices seamlessly transition between public and private coverage based on availability, signal strength, or policy rules you define. Every radio you add becomes part of the same Monogoto network.
Private 4G/5G
When you need high-throughput dedicated coverage (video, robotics, Edge AI, bulk data transfer, and firmware updates at scale) deploy private 4G or 5G. Connect any radio, any band, including CBRS (Band 48) in the US, shared spectrum globally, or licensed spectrum. Indoor small cells or outdoor high-power units, the Monogoto Edge runs the local core (EPC for 4G, 5GC for 5G), supporting multiple radio trunks from a single edge node.
Local Traffic Offload: The Monogoto Edge supports local data breakout. Traffic that needs to stay on-premise, video analytics, AI inference, and machine control, is processed locally with sub-10ms latency. Traffic that needs cloud connectivity routes through the Monogoto core. You define the policy: which APNs, device groups, or traffic types stay local and which go to the cloud. Both paths are managed from the same console, the same API.
Wi-Fi Offload
Wi-Fi is the most widely deployed wireless infrastructure in the world. With Wi-Fi 6E and Wi-Fi 7 opening the 6 GHz band, there is now more unlicensed spectrum available for Wi-Fi than all existing cellular bands combined. Monogoto’s Wi-Fi Offload turns every Wi-Fi access point into a trusted extension of your network using SIM-based authentication.
Your devices authenticate to Wi-Fi using the same SIM credentials via industry-standard EAP-SIM, EAP-AKA, or EAP-AKA’ protocols. The Wi-Fi access point validates the device against the Monogoto AAA server, which checks the SIM’s HSM credentials against the Monogoto core, exactly as a cellular network would. The handover is seamless: a connected car entering a parking garage, a medical device roaming onto hospital Wi-Fi, a robot transitioning from outdoor 5G to indoor Wi-Fi. Same identity, same policy, same event streaming, same audit trail regardless of access type.
Satellite NTN
Terrestrial networks, public and private, cover populated areas and specific facilities. Satellite Non-Terrestrial Networks cover the rest of the planet. With 3GPP standardizing satellite access starting in Release 17, satellite is now a standards-based extension of the cellular ecosystem, not a proprietary parallel world.
Release 17 introduced NB-IoT and NR (5G New Radio) over satellite, with support for LEO, MEO, and GEO orbits.
Release 18 enhanced mobility, power efficiency, and discontinuous coverage for IoT devices that connect periodically.
Release 19 (in development) adds store-and-forward, regenerative payloads with onboard processing, and new frequency bands.
LEO constellations deliver direct-to-device connectivity, standard IoT modules and standard Monogoto SIMs connect to satellites without specialized terminals. Your asset tracker in the ocean, your sensor in a remote field, your cargo container crossing a continent, they connect to the same Monogoto network, managed by the same platform.
One Core. Every Last Mile.
This is the Monogoto network architecture. One cloud core with Zero Trust security, event-driven Secure Core, and self-service tools. Five last miles: public cellular, private LPWAN, private 5G, Wi-Fi, and satellite. Every last mile connects to the same core. Every device uses the same SIM. Every access type is managed from the same platform with the same APIs, the same DNS management, the same firewall rules, the same NetFlow analytics, the same billing.
No other connectivity provider offers this.Traditional MVNOs give you public cellular only. Private 5G vendors give you a network island. Satellite providers give you a separate subscription. Wi-Fi is a completely different world. Monogoto unifies all five into one network, and that’s what makes it fundamentally different.