akenza.io
WebsiteAPI DocumentationWhat's newLogin
  • Overview
  • Getting Started
    • Connect a Device
  • Changelog
  • General
    • Applications
    • Organization context
    • Workspace Context
    • Users
      • User Roles
  • Device Management
    • Managing an organization
      • API keys
      • Users (Organization)
        • Add & removing users from your organization
    • Managing a workspace
      • General Settings
        • Device Lifecycle Reports
        • Workspace properties
        • Occupancy settings
        • Device Setup Assistant
      • Custom fields
      • Tags
      • Users (Workspace)
    • Devices
      • Device
      • Device Simulator
      • Bulk actions
      • Bulk import CSV templates
    • Rules
      • Input
      • Logic blocks
        • Comparison
        • Custom Logic
          • Logic Block Scripting
      • Timed Rules
      • Rule Actions
        • Downlink
    • Data Flows
      • Device Connectors
        • Device Security
          • Using Device Credentials
            • Creating Public/Private Key Pairs
            • Using JSON Web Tokens (JWTs)
              • Python
              • Java
        • HTTP
        • MQTT
        • CoAP
        • LoRaWAN
          • Connectivity Management
          • Swisscom LoRaWAN
          • The Things Network
          • Loriot
          • Actility’s ThingPark Wireless
          • EWZ
          • Cibicom
          • Helium
          • ChirpStack
        • NB-IoT
        • mioty
        • Disruptive Technologies
        • VergeSense
        • Spaceti
        • Haltian
      • Device Types
        • Custom Device Types
          • Uplink
          • Downlink
          • Scripting
        • Library
      • Output Connectors
        • Databases
          • akenza DB
          • InfluxDB
          • SQL Databases
        • Streaming
          • Webhook
          • Azure IoT Hub
          • AWS Kinesis
          • Google Cloud Pub/Sub
          • Apache Kafka
        • Notifications
          • E-Mail
          • SMS
          • Microsoft Teams
          • Slack
    • Custom Components
    • Integrations
    • Reference
      • REST API
        • Filtering
        • Querying Device Data
      • WebSocket API
      • Scripting
        • Stateful Operations
        • Utility Functions
      • Payload Templating
  • Reference
  • Dashboard Builder
    • Managing Dashboards
      • Embedding dashboards
    • Components
      • Map
      • Floorplan
  • Device Setup Assistant
    • Device Setup Assistant - Overview
  • Tutorials
    • BI Tools
      • Grafana Data Source Plugin
      • How to build a dashboard with Retool
      • How to analyze data with AWS QuickSight
    • Devices
      • How to integrate the XDK device from Legic via MQTT on akenza
      • How to connect the Disruptive Technologies-cloud on akenza
      • How to send Downlinks to the Kuando Busylight device
      • How to integrate an Arduino device via MQTT on akenza
      • Integrate a MClimate Vicki LoRaWAN Radiator Thermostat on akenza
      • How to integrate an ERS Elsys device with Loriot on akenza
      • How to integrate the IAM Decentlab device with TTN on akenza
      • How to integrate the Seeed SenseCAP T1000 tracker on akenza
      • How to integrate a Swisscom Multisense device on akenza
    • Notifications
      • How to send SMS notifications
      • How to send notifications to Slack
      • How to send notifications to Microsoft Teams
    • Enterprise solutions
      • How to send data to Azure IoT Hub
      • How to send data to the Google Cloud Pub/Sub
      • How to send data to InfluxDB
      • How to send data to AWS Kinesis
      • How to send data to Azure Event Hubs with Apache Kafka
    • IoT Starter Kits
      • How to integrate the IAQ Kit with Actility on akenza
      • How to integrate the CoWork Kit with Actility on akenza
      • How to integrate the Smart Building Kit with Actility on akenza
      • How to integrate the Pepperl+Fuchs Kit with Actility on akenza
  • Support Center
    • FAQ
    • Status Page
    • Service Desk
    • Request a feature
  • Deprecated
    • SIM-Cards
    • Everynet
    • Sigfox
    • How to connect the Yanzi Lifecycle cloud on akenza
Powered by GitBook
On this page
  • 1. Setup an InfluxDB
  • 2. Setup a Data Flow in akenza
  • 3. Visualize data
  • 4. Use alerts and tasks
  • 5. Useful Links

Was this helpful?

  1. Tutorials
  2. Enterprise solutions

How to send data to InfluxDB

In this tutorial you will learn how to send data to InfluxDB

PreviousHow to send data to the Google Cloud Pub/SubNextHow to send data to AWS Kinesis

Last updated 5 months ago

Was this helpful?

Benefits of the InfluxDB output connector:

  • Directly stream device data from akenza to InfluxDB and subsequently process it in

  • Easily process low-power device data e.g. LoRaWAN device data in InfluxDB

In this tutorial, you will learn, how to send data to InfluxDB. The following steps are explained in more detail:

1. Setup an InfluxDB

1.1 Create an Organization

In the navigation menu on the left, select the Account dropdown. Select Create Organization. In the window that appears accordingly, enter an Organization Name and Bucket Name and select Create.

1.2 Create an InfluxDB bucket

  • Navigate to Data - Buckets

  • Create a new Bucket to define where you want to store the data forwarded from akenza

1.3 Add an API Token

  • Navigate to Data - API Tokens

  • Create a new API Token with Write access to the Bucket you want to store the data

2. Setup a Data Flow in akenza

Create a new Data Flow in akenza with Influx DB as Output Connector. Define a Connector Name, insert the InfluxDB URL under which your InfluxDB can be reached. Put the Organization Id of the organization created in step one in the InfluxDB Org field. Chose the Bucket name created in step one into the InfluxDB Bucket field. Copy the API Token created in step one into the InfluxDB API Token field.

Optionally:

  • Set a measurement name. If not set, it will be set to the topic of a sample.

  • Set a custom payload. If not set, the data part of the sample will be used as the payload.

  • Only the data part of the data sample will be forwarded to InfluxDB

  • The device Id, akenza Id and device name will be used as tags in InfluxDB

3. Visualize data

In order to check if uplinks arrive in your InfluxDB bucket, navigate to Explore and create a query by selecting the Bucket created in step one, a measurement name and clicking submit. The data should now be shown. This query can be refined by selecting more filters.

4. Use alerts and tasks

Once a device is connected to the InfluxDB, device data can be further used on various services in InfluxDB.

Possible services are:

5. Useful Links

First, you will need to either set up an or set up an account in order to successfully process data from akenza to InfluxDB.

More information about how to create an organization can be found .

More information about how to create a bucket can be found .

More information about how to create a token can be found .

using the Data Flow and start sending data.

to analyze, modify, and act on data

to monitor data and send alerts

InfluxDB OSS 2.0
InfluxDB cloud
here
here
here
Create a new device
Tasks
Alerts
InfluxDB Output Connector on akenza
Setup an InfluxDB
Setup a Data Flow in akenza
Visualize data
Use alerts and tasks
Useful Links
InfluxDB
LogoInfluxDB Cloud TrialInfluxData
LogoGet started with InfluxDB | InfluxDB OSS 2.0 Documentation
InfluxDB template