Low-power mesh network
Zigbee
Ideal for sensor networks, building monitoring, industrial automation and devices that need low power consumption. Its mesh architecture improves network coverage and resilience.
In plain terms
The right radio for each mission.
From low-power sensors to real-time connected autonomous systems, we select and integrate the most relevant protocols based on range, throughput, available energy, device density and cybersecurity constraints.
From radio to complete system: gateways, VPN, multi-operator, satellite, and platform integration. Connectivity is only useful if the flow arrives reliably and securely.
LPWANLong range
MeshLocal mesh
LTE/5GCellular
SatelliteMTN & NTN
Technologies
Connectivity adapted to each mission.
From low-power sensors to real-time connected autonomous systems, we select and integrate the most relevant protocols based on range, throughput, available energy, device density and cybersecurity constraints.
Long-range sub-GHz Wi-Fi
Wi‑Fi HaLow
Based on IEEE 802.11ah, Wi‑Fi HaLow combines extended range, improved obstacle penetration and native IP connectivity. It suits industrial sites, agricultural infrastructure, complex buildings and embedded equipment.
Very long-range radio
LoRa
LoRa enables robust radio links over several kilometers with very low power use. We integrate it for telemetry, asset tracking, remote instrumentation, and private networks in constrained environments.
Operated LPWAN architecture
LoRaWAN
LoRaWAN structures LoRa communications around gateways, network servers, and business applications. We deploy private or hybrid networks with device management, secured flows, and IoT platform integration.
IoT cellular connectivity
LTE‑M & NB‑IoT
For mobile or distributed equipment, LTE‑M and NB‑IoT offer extended carrier coverage, optimized power use, and excellent integration with monitoring systems. These technologies suit asset tracking, meters, and autonomous systems.
Broadband & real time
4G LTE & 5G
For video, remote control, connected maintenance, and critical systems, we integrate 4G/5G modems, industrial routers, secure VPNs, multi-carrier setups, and automatic failover mechanisms.
Connectivity beyond terrestrial coverage
MTN Satellite
For isolated sites, maritime, energy, or asset tracking outside cellular coverage, we integrate MTN satellite connectivity: extended coverage, service continuity, and failover with terrestrial links to secure critical flows.
Our expertise
From radio to complete system.
We cover the full chain: coverage study, embedded electronics, firmware, backend, security, monitoring, and integration with business tools.
Radio architecture
Protocol selection, range study, antennas, power consumption, interference, and redundancy.
Embedded systems
Electronics design, modem integration, firmware, edge computing, and power management.
Cybersecurity
Authentication, encryption, VPN, network segmentation, hardening and identity management.
IoT platforms
Collection, storage, visualization, alerting, APIs, dashboards, and business interfacing.
Field deployment
Prototyping, coverage testing, real-world validation, and industrialization.
MCO & monitoring
Monitoring, remote updates, keeping systems in operational condition, and support.
End-to-end architecture
From sensor to decision.
RDMC integrates radio layers, edge gateways, secure transport, IoT platforms, and operational applications into a coherent, monitored chain.
01
Sensors & actuators
Sensing, telemetry, geolocation, video, and command.
02
Adapted radio
Zigbee, HaLow, LoRaWAN, LTE, 5G or satellite.
03
Intelligent gateway
Filtering, normalization, local AI and degraded-mode autonomy.
04
IoT & data
Registry, digital twins, rules, APIs, and historization.
05
Monitoring & action
Dashboards, alerts, automation, and remote management.
Selection guidance
Compare without oversimplifying.
Real-world values depend on spectrum, topology, antennas, terrain, local regulation, and traffic profile.
| Technology | Typical range | Throughput | Energy | Mobility | Preferred use case |
|---|---|---|---|---|---|
| Zigbee / Thread | Local, extended by mesh | Low | Very low | Limited | Buildings, sensors, automation |
| Wi‑Fi HaLow | Local long range | Low to intermediate | Low | Moderate | IP IoT, campus, lightweight video |
| LoRa / LoRaWAN | Several kilometers depending on terrain | Very low | Very low | Low to moderate | Telemetry, cities, agriculture, industry |
| NB‑IoT | Carrier network, deep coverage | Very low | Very low | Limited | Meters, fixed sensors, long battery life |
| LTE‑M | Carrier network | Low to intermediate | Low | Good | Tracking, wearables, mobile equipment |
| Private 4G / 5G | Controlled site or territory | High | Intermediate | Excellent | Industry, robotics, video, critical operations |
| NTN Satellite | Regional to global | Variable | Variable | Good | Isolated zones, maritime, failover, continuity |
Frequently asked questions
IoT & connectivity — details.
Private or carrier network?
Both: private LoRaWAN, hybrids, LTE-M/NB-IoT, or satellite depending on coverage and governance. The choice follows coverage, cost, and control.
When to use MTN Satellite?
As soon as terrestrial coverage is absent, intermittent or insufficient for the mission: remote sites, long-range mobility, critical redundancy. We size the satellite link alone or as failover with cellular / LPWAN.
Radio security?
Encryption, key management, segmentation, and filtering from the gateway. Devices and gateways are part of the security perimeter.
Can we mix multiple radios?
Yes, it is common. A heterogeneous fleet is normalized at the IoT platform, including with a backup satellite link.
What about battery life?
The energy budget guides the protocol, duty cycle and transmission policy. We size with real scenarios.
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