FIWARE Global Summit - Connecting to LoRa networks: Practical Demo
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The document provides an overview of connecting LoRa technology with the FIWARE framework, detailing various aspects of LoRaWAN including its range, speed, data rates, and power efficiency. It discusses different architectural setups for integrating LoRa with FIWARE, outlining how gateway systems function, and includes specifics about device provisioning and data models. Additionally, it references useful resources and links for further exploration of LoRa and FIWARE capabilities.
FIWARE Global Summit - Connecting to LoRa networks: Practical Demo
- 1. Connecting LoRa with FIWARE Daniel Calvo IoE Lab. ATOS Research & Innovation daniel.calvo@atos.net @danicalvoalonso
- 2. Introduction to LoRaWAN 1 Range Speed < 3m < 5km < 100km bps Kbps Mbps
- 3. Introduction to LoRaWAN 2 Long range ~2-13 km Meshed topology Efficient & scalable Affordable ~30$ per device Low data rate 300 bps to 50 Kbps Low power Battery life ~10 years Without subscription fee ISM band https://lora-alliance.org/
- 4. Introduction to LoRaWAN 3 TTN TCP IPv4 MQTT CayenneLPP 802.11 / 802.3 ST- Nucleo LoRa LoRa CayenneLPP LoRaWAN Multitech Conduit LoRa 802.11 / 802.3 IPv4LoRaWAN
- 5. LoRaWAN Architecture 5 https://www.multitech.com/ § End Nodes Concentrator/ Gateway LoRa Network Server Application Server LoRa RF LoRaWAN Pet Tracking Water Meter Vending Machine Smoke Alarm Trash Container Gas Monitoring 3G/4G Ethernet Backhaul TCP/IP SSL LoRaWAN TCP/IP SSL Secure Payload IoT Cloud & Analytics AES Secured Payload
- 6. LoRaWAN - FIWARE Architecture #1 6 § Network and application server embedded in gateway
- 7. LoRaWAN - FIWARE Architecture #1 Technologies 7 § Network and application server embedded in gateway
- 8. LoRaWAN - FIWARE Architecture #2 8 § Gateway as packet forwarder. Integrated network and application server
- 9. LoRaWAN - FIWARE Architecture #2 Technologies 9 § Gateway as packet forwarder. Integrated network and application server
- 10. LoRaWAN - FIWARE Architecture #3 10 § Complete stack
- 11. LoRaWAN - FIWARE Architecture #3 Technologies 11 § Complete stack
- 12. FIWARE LoRaWAN IoT Agent 12
- 13. FIWARE LoRaWAN IoT Agent § Active attributes § Data models • CayenneLpp □ https://mydevices.com/cayenne/docs/lora/#lora-cayenne-low-power-payload □ Two temperature values: 27.2ºC and 25.5ºC □ Payload (Hex): 03 67 01 10 05 67 00 FF • CBOR □ http://cbor.io/ □ Two temperature values: 27.2ºC and 25.5ºC □ Payload (Hex): A2 01 FB 40 3B 33 33 33 33 33 33 02 F9 4E 60 § LoRaWAN supported stacks and technologies • The Things Network: https://www.thethingsnetwork.org § https://github.com/Atos-Research-and-Innovation/IoTagent-LoRaWAN 13
- 14. LoRaWAN IoT Agent 14 LoRaWAN App Service NGSI Client MQTT Client Device Registry Group Registry Provision Server LoRaWAN IoT Agent iotagent-node-lib CayenneL pp / NGSI CBOR/ NGSI Context Server
- 15. Device provisioning 15 Device provision #1 Device provision #2 Device provision #3 Device provision #4
- 16. Device provisioning § LoRaWAN specific fields: internal_attributes • Application server (mandatory) □ Host (mandatory):example.application-server.com □ Credentials (optional): username and password □ Provider (mandatory): TTN • DEV-EUI (mandatory): 00-80-00-00-00-00-e1-9c • APP-EUI (mandatory): 16-ea-76-00-3d-00-80-00 • Application Id (mandatory for some providers): ari_ioe_app_demo1 • App Key (mandatory for some providers): 01020304050607080910111213141516 • Data model (optional): CBOR / CayenneLpp 16
- 17. Group provisioning § Automatic provisioning of devices when new data arrives 17 Group provision Application Server
- 18. Demo 18
- 19. Demo 19 STM32 End-node Semtech GW TTN LoRaWAN server IoT Agent Orion CB Cygnus ElasticSearch Kibana
- 20. Thank you! http://fiware.org Follow @FIWARE on Twitter Daniel Calvo IoE Lab. ATOS Research & Innovation daniel.calvo@atos.net