LoRaWAN & LPWAN infrastructure
LoRaWAN network design, gateways and private networks
Reliable IoT starts with reliable connectivity. We design and deploy LoRaWAN and LPWAN networks that cover plant rooms, basements, campuses and cities — and keep them running.
- What problem do we solve?
- IoT projects fail when coverage, gateway capacity and backhaul are assumed rather than engineered.
- How do we solve it?
- RF/site assessment, vendor-neutral selection, coverage design, private network deployment and ongoing support.
- What technologies do we use?
- LoRaWAN (EU868 and other regional plans), LPWAN, LoRa Mesh, ChirpStack, 4G/Ethernet backhaul
- What can we integrate?
- IoT platforms, BMS, CAFM, SCADA and cloud services over MQTT and REST
Architecture
Sensors → Gateways → Network Server → MQTT/API → Applications
- 01
Sensors
Class A / B / C
- 02
Gateways
Indoor · Outdoor
- 03
Backhaul
4G · Ethernet · IP
- 04
Network Server
ChirpStack
- 05
MQTT / API
TLS secured
- 06
Applications
Platform · BMS · CAFM
Services
Everything from survey to support
- 01
Requirements & RF/site assessment
Device count, locations, intervals and building construction assessed; RF measurements where needed.
- 02
Device & gateway selection
Vendor-neutral selection of sensors, meters, converters and indoor/outdoor gateways for the regional frequency plan.
- 03
Gateway placement & network architecture
Coverage design with redundancy where it matters, antenna selection and mounting guidance.
- 04
Private LoRaWAN deployment
Your own network — your data, your coverage, no per-device subscriptions.
- 05
Network server selection & configuration
ChirpStack or other LNS, hosted on-premise, private cloud or edge; tenants, profiles and codecs.
- 06
Device provisioning & lifecycle
OTAA key management, naming, metadata, health monitoring, replacement and decommissioning.
- 07
MQTT / API integration
Decoded data delivered to platforms, BMS, CAFM, SCADA and data warehouses.
- 08
4G / Ethernet / IP backhaul
Primary and fallback backhaul designed with your IT team and security policies.
- 09
Multi-site architecture
Central network server with gateways across buildings, campuses or cities.
- 10
Monitoring, troubleshooting & support
Gateway and device health monitoring, issue resolution and ongoing technical support.
Why private LoRaWAN
Own your IoT network
- Coverage exactly where your assets are
- No per-device connectivity subscriptions
- Data stays within your infrastructure
- Multi-year battery life for sensors
- Open ecosystem of interoperable devices
- Scales from one building to a whole portfolio
Technologies
Stack
- LoRaWAN 1.0.x / 1.1
- Class A · B · C
- EU868 / regional plans
- ChirpStack
- MQTT
- REST / Webhooks
- 4G LTE backhaul
- Ethernet / PoE
- TLS
- Docker / Kubernetes
FAQ
LoRaWAN network questions
How many gateways does a building need?
It depends on size, construction and where devices are installed. Many buildings are covered by one or two indoor gateways; basements and heavy concrete may need more or a LoRa Mesh extension. An RF assessment gives a reliable answer.
Should we use a public or private LoRaWAN network?
Private networks give full control of coverage, data and cost and suit campuses, portfolios and industrial sites. Public or shared networks can suit dispersed devices. We advise based on your coverage, security and ownership needs.
Where is the network server hosted?
Wherever your policy requires — on-premise, in your private cloud, at the edge on a gateway, or in a managed environment we operate.
Planning a LoRaWAN network?
Tell us about your site, assets and existing systems. A LoRaWAN specialist will review your requirements and propose a practical architecture — no obligation.