Install InfluxDB on Raspberry Pi, Windows, macOS. Discovery of the Shell. Create a database, retention [Update]

InfluxDB is an open source time series database developed by InfluxData that runs on 64-bit Windows, macOS or the Raspberry Pi Raspbian distribution. In this tutorial we will learn how to install InfluxDB on these three systems. InfluxDB is optimized for recording events or metrics. Originally developed to monitor server activity, it is very well suited for recording events or measurements from connected objects. InfluxDB is used in industry (IBM, ebay, Cisco, Citrix …) or research centers. For example, Geneva CERN uses InfluxDB to record the data generated during the LHC experiments. It’s an excellent solution combined with Node-RED to record the measurements of your connected objects and plot fantastic graphics with Grafana.


It is also possible to install InfluxDB on most Linux distributions. InfluxDB is available for 64-bit Windows only. If you have a 32-bit version, you will have to install Docker (docker pull influxdb) or use a virtual machine. For Linux Debian or Ubuntu 16.x distributions, read this specific tutorial.

Benefits of InfluxDB for (DIY) connected objects projects

Traditional databases (MariaDB, MySQL for example) are designed to store and link the data in them. They are very well suited to manage customer accounts and record orders from a merchant site. There is nothing to prevent the recording of time-dependent data, but in this case you will have to manually delete the old data. Other database architectures have been devised. InfluxDB answers three objectives:

  • Simplify configuration and management
  • Time-dependent data recording and access engine (timestamp)
  • Create rules for automatically storing and deleting outdated data

Install InfluxDB on Raspbian Stretch for Raspberry Pi

Before you can install InfluxDB on Raspbian, you need to tell the system where the keys for the InfluxDB project repository are.

There are two versions of InfluxDB. The first is suitable for Debian 8.0 or higher (Raspbian Jessie or Stretch), the other for Debian 7.0 (Raspbian Wheezy)

To know the version of your system, run the command lsb_release -a

I advise you to update your system (upgrade) in order to have the latest versions by executing these two commands

Then run these commands which will add the apt-transport-https package, add the link to the source of InfluxDB, update the system and finally install InfluxDB.

InfluxDB is now installed. InfluxDB is already pre-configured. If you want to be able to save data from a connected object using an HTTP request or from Node-RED, you will have to allow connections from the HTTP port. To do this, simply modify the configuration file in the directory /etc/influxdb/influxdb.conf

We uncomment the following lines

Save with CTRL + X + Y and restart the InfluxDB service

Note regarding SD cards

The Raspberry Pi uses an SD card to operate the system and store the data. It is imperative to purchase an SD card suitable for intensive data logging. These are mostly SD cards suitable for camcorders or digital cameras. Feel free to spend a few extra euros on a fast brand name card. Opt for a minimum SDXC II card. You will find more info in this article.

See all deals

How to install InfluxDB on Windows

It takes a little searching on the site of InfluxData, but there is a version for Windows. She is available for Windows 64-bit.

You can install it by downloading this page or from wget for Windows . In this case, run the following command

With no Windows 64 bit at my disposal, I have not tested on this environment.

How to install InfluxDB on macOS

macOS version tested : 10.11.6 (El Captain) on a Mac Mini 2011

InfluxDB installs on macOS using Brew . BREW is a package manager for Mac (project official page).

node-red mongodb brew

Open a Terminal and paste this command

Answer the questions to complete the installation of Brew on your Mac.

Now we can install InfluxDB by running these commands

To run influxDB at startup, run this command

Now, to start InfluxDB, run this command (accept the request of incoming connections in the window that appears)

Or to start manually in a Terminal

Check if InfluxDB works

InfluxDB exposes an API with which one can easily check its good working condition. Here’s what you will receive in return for this curl command

InfluxDB is properly started

Terminology, difference with SQL database

Like all non-relational database, InfluxDB for its own vocabulary you need to know before starting.

  • Measurement is equivalent to SQL table
  • Tags is similar to a indexed column (column) in a SQL database
  • Fields is similar to the columns not indexed in a SQL database
  • Points is equivalent to line (row) in a SQL database

Database Management Methods

There are 6 (CREATE database management methods DATABASE, DROP DATABASE, DROP SETS, DELETE, DROP MEASUREMENT, DROP SHARD). Here’s how work the first 2, for others, everything can be found here.

Create a database


Basic settings

  • database_name: name of the database
  • duration: you can set the period of data retention (conservation) but it makes more sense to implement a retention policy (see next paragraph)


Delete a database (drop database)


We just the name of the base (database_name) to remove.

Establish a retention policy

InfluxDB incorporates a system of automatic deletion of data. It is the policy of Retention (Retention Policy). Spent some time, data is automatically deleted from the base. This mechanism is very convenient because it for a good grasp of the size of the base and we don’t have to worry about this maintenance operation. Free to each set the lifetime of any particular measure. If you want to follow the temperature of its microprocessor, one less may be sufficient, instead the retention policy must be more flexible if we want to compare the temperature in a House from one year to the other. It will also think about the system upstream, you don’t have to store a measurement of atmosphere temperature every 10 seconds! A measure per minute, 15 minutes, that’s enough. Instead in an industrial process, we certainly want to go for the second… or a lot less.

We therefore for 3 methods

  • Create: to create a rule of conservation of data
  • Alter: to change a rule
  • Drop: to remove a rule

Create a retention policy



  • name_politic_retention: a short name without spaces of preference
  • name_database: the database on which applies the retention policy
  • duration: duration of data retention.  It’s a literal expression which must respect the convention InfluxDB ( here ).
  • For example if you want to keep the data for 30 days, it will show 30 d. If you want to keep without limitation of time, it indicates INF (infinity).
  • duration_shard : the duration of storage of the data in the buffer zone. Here for more info.
  • n : number of replication (required), put 1 if no cluster installed


This policy keeps the records during a day (one_day_only) based NOAA_water_database. The data are stored in space shard 1 day. Replication 1 indicates that a copy of each item is copied in the cluster (it takes only it cluster exists).

Modify retention policy (alter retention policy) 

This method allows to change an existing retention policy.



  • name_politic_retention: the name of the policy to change
  • name_database: database on which it applies
  • duration , duration_shard : see above
  • n : number of replication (required), put 1 if no cluster installed


the method returns an empty result.

Destroyed a retention policy (retention policy drop)



  • name_politic_retention : the name of the policy to change
  • name_database : database on which it applies

Discover the InfluxDB Shell

Now we know some methods , we will provide to run some tests. Just like MongoDB, InfluxDB for its own command shell that allows to perform all operations on databases. To start it, nothing complicated, just enter Influx in the Terminal.

The exit command allows to get out of the shell.

Note. All the operations described in this paragraph can also be accomplished using commands curl .

Let’s start by creating a database

Add a user projetsdiy for this database

And now we give him all rights based basetest .

Now we add a 30-day retention policy

Check retention policy

It is finished for this first presentation on InfluxDB. There is still much to discover, but it’s more than enough to take charge and start working with. In the next tutorial, we’ll see how to save steps of a DHT22 probe built around MySensors by using Node-RED firmware.


[June 11, 2018] How to install InfluxDB on Raspbian Stretch for Raspberry Pi.

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