LoRa Mesh
Coverage where radio struggles
LoRa Mesh is an architecture option — not a universal replacement for LoRaWAN. Where direct radio paths to a gateway are difficult, mesh nodes relay data hop-by-hop until it reaches the network.
- What problem do we solve?
- Deep basements, plant rooms and metal-rich sites can block direct LoRaWAN paths.
- How do we solve it?
- Mesh relays for the difficult zones, bridged to LoRaWAN or IP at a gateway.
- What technologies do we use?
- LoRa Mesh, LoRaWAN, IP backhaul
- What can we integrate?
- The same IoT platform, BMS and CAFM as the rest of the network
Where it fits
Suitable environments
- Dense indoor environments
- Basements and car parks
- Plant rooms
- Industrial sites
- Warehouses with metal racking
- Locations with difficult RF paths
Hybrid architecture
LoRa Mesh → Gateway → LoRaWAN/IP → IoT Platform
- 01
LoRa Mesh nodes
Multi-hop relay
- 02
Gateway
Mesh-to-network bridge
- 03
LoRaWAN / IP
Backhaul
- 04
IoT Platform
One data model
Advantages
- Extends coverage without backhaul at every point
- Routes around obstacles
- Keeps a single platform view
- Useful for phased retrofits
Trade-offs we design for
- Relay nodes often need mains power
- Latency increases with each hop
- Less standardised device ecosystem than LoRaWAN
- Requires careful commissioning
Read more: LoRa Mesh vs LoRaWAN — when to use a hybrid architecture
FAQ
LoRa Mesh questions
Is LoRa Mesh a replacement for LoRaWAN?
No. LoRa Mesh is an architecture option for specific environments. In most projects it complements LoRaWAN in a hybrid design.
Do mesh nodes need power?
Relay nodes usually need mains power because they listen continuously. End sensors can remain battery powered, depending on the mesh technology used.
Struggling with coverage in a difficult site?
Tell us about your site, assets and existing systems. A LoRaWAN specialist will review your requirements and propose a practical architecture — no obligation.