LoRaWAN, NB-IoT and LTE-M Connectivity for IoT
We design connectivity architecture, device provisioning, gateway integration and fallback strategies so IoT devices keep working on constrained or intermittent networks.
Connectivity that works in the field
Fit-for-purpose radios
We advise on radio selection (LoRa, NB-IoT or LTE-M), antenna design, link budgets and connectivity patterns to meet range, throughput and power goals.
Choices are checked against the real deployment: terrain, building materials, gateway placement and local radio rules.
Who this is for
Teams deploying wide-area sensors, asset trackers or redundant telemetry that must work on constrained or intermittent networks.
How we work
Link budgets, antenna choice, provisioning flows, gateway placement and failover behaviour are validated in field range tests before rollout.
On the network side we integrate gateways and network servers such as ChirpStack, and plan over-the-air updates and failover from the start.
What you get
Connectivity architecture and link budget calculations.
Reference device firmware and provisioning flow.
Gateway and network-server integration (ChirpStack).
OTA and connectivity failover plan.
Field validation and range test reports.
