Services
Industrial Wireless Communication
Reliable connectivity for industrial devices over 4G LTE, LTE-M, NB-IoT, LoRaWAN and NTN satellite networks.

01Overview
What this service covers
Connectivity is often the hardest part of an industrial IoT project. Sites may be underground, inside steel cabinets, in remote deserts or at sea, and every network option involves trade-offs between range, power consumption, bandwidth and running cost. NETNOVA helps you choose the right one and engineers it into your device. We design devices for 4G LTE, LTE-M and NB-IoT cellular networks, LoRaWAN, short-range RF and mesh protocols, and 3GPP non-terrestrial network (NTN) satellite IoT, which extends coverage to places no terrestrial network reaches. Where reliability is critical, we combine technologies, for example cellular with satellite, or Ethernet with a cellular backup. Our RF engineering covers antenna selection and matching, RF front-end design, coexistence between multiple radios and pre-compliance testing, so devices perform as expected in the field and are ready for operator and regulatory certification. Above the radio, we engineer the communication layer: compact payload formats, MQTT, HTTP and TCP data transport, store-and-forward buffering for unreliable links, and network-aware power management. The result is connectivity you can depend on, at a data cost that keeps large deployments affordable.
Technologies
02What we do
How Industrial Wireless Communication works in practice
Network Selection
The right network for range, power, bandwidth and cost.
RF Design
Antenna selection, matching and RF front-end design.
NTN Satellite IoT
Satellite connectivity where terrestrial networks don't reach.
Communication Stack
MQTT, HTTP and TCP transport with store-and-forward buffering.
03Our development process
How we deliver Industrial Wireless Communication
- 01
Concept
Requirements analysis, feasibility study and technology exploration.
- 02
Architecture
End-to-end system architecture and technology selection.
- 03
Prototype
Rapid prototyping and proof of concept for hardware and firmware.
- 04
Validation
Lab and field validation, performance and reliability testing.
- 05
Pilot
Pilot deployment in real environments with operational feedback.
- 06
Deployment
Production, commissioning and handover.
- 07
Support
Long-term engineering support, updates and lifecycle management.
04Industries
Where we deploy it
Next step
Ready to start with Industrial Wireless Communication?
Book an R&D consultation. We'll discuss your requirements, constraints and timeline - and propose a phased engagement.





