Installing openHAB Home Automation on Raspberry Pi

I’m currently building a home automation project around Raspberry Pi: I want to be able to monitor and control things like the lights, garage doors and the heating system both at home and from remote. I already have added a touch screen to one of my Raspberry Pi 2 computers (see “Adding a Touch LCD to the Raspberry Pi 2“). This article is about how to install the openHAB on that Raspberry so it can be the brain of the automation system.

openHAB Demo House on Pi

openHAB Demo House on Pi


openHAB ( is an open source platform which runs on many platforms for home automation. openHAB is a very flexible ‘concentrator’ and ‘smart hub’ for anything I can imagine: to turn on/off lights, to report temperature, to control heating systems or whatever you can imagine. openHAB implements a server which talks to devices with multiple protocols. And of course it comes with tools to configure it, and there are apps available for tablets and smart phones. openHAB includes a powerful engine to parse and process messages and to perform any task implemented.

openHAB Architecture

openHAB Architecture (Source:

openHAB is using an Event Bus and ‘Bindings’ to communicate with everything connected to the bus:

OpenHAB Event Bus

OpenHAB Event Bus ((Source:


I’m using the following base hardware and software:

  1. Raspberry Pi Model 2 (while it is possible to use the model B, the model 2 is highly recommended)
  2. Linux distribution, I’m using Raspian (see “From Zero to NOOBS: Starting with Raspberry Pi Zero“)
  3. The usual USB cables, keyboard, mouse, LCD/monitor and a power supply for the Raspberry Pi
  4. A network connection (wired or WiFi)

Update Check

openHAB is using Java. First, make sure that Java is installed with

sudo apt-get install oracle-java7-jdk


java -version

I can check the version. For me it shows:

java version "1.8.0"
Java(TM) SE Runtime Environment (build 1.8.0-b132)
Java HotSpot(TM) Client VM (build 25.0-b70, mixed mode)

As a good practice before doing any larger changes, do a full update of the system while connected to the internet:

sudo apt-get update

Then do

sudo apt-get upgrade

*Update* installing openHAB via apt-get on Raspberry Pi leads to far fewer pitfalls and allows easy upgrade to 1.8 which is due out soon.  This is the consensus at A tutorial is available on the wiki. The steps below for Runtime, Bindings and Configuration files are ‘manual installs’.

Installation: Runtime

openHAB comes in two parts: the runtime and the addons which are available on

Create the openHAB directory with

sudo mkdir /opt/openhab

Then go to the directory with

cd /opt/openhab

Download the Runtime core file from and place the file into the /opt/openhab folder.

Next, unzip the file with

sudo unzip distribution*.zip

As the zip file is not needed any more, delete it with

sudo rm distribution*.zip

Installation: Bindings (Add-Ons)

In order for openHAB to communicate with different protocols over the event bus, we need to install the bindings. For this, download the Addons from and place the zip file into /opt/openhab/addons.

Go to the addons folder

cd /opt/openhab/addons

Extract the bindings:

sudo unzip *

💡 At the end, we will *not* keep all add-ons, as the more add-ons exists, the slower openHAB will start. Removing addons or bindings means to remove them from the addons folder

Then remove the zip file as not used any more:

sudo rm *

Configuration File Copy

Next step makes a copy of the default configuration file

sudo cp configurations/openhab_default.cfg configurations/openhab.cfg

The openhab_default.cfg comes with every openHAB distribution, but my personal settings are in openhap.cfg. If I update later openHAB it will overwrite the openhab_default.cfg. Having a copy in openhab.cfg will make sure that I keep my personal settings.

Demo Application: Demo House

To check first if openHAB is workign properly, let’s install the demo. From download the ‘Demo setup’ ( and copy it to /opt/openhab.

To speed up the demo, the original ‘addons’ folder should be renamed, as it has *many* add-ons which affect performance, and items in the demo might not be updated properly. Rename to a different directory name with

sudo mv addons

Then unzip the with

sudo unzip *

As we are overwriting existing configuration files, agree to overwrite them.

As the zip file is not needed any more, it can be removed:

sudo rm *

Starting openHAB

In case the is not executable, add the ‘x’ executable flag to it:

sudo chmod +x

Then start openHAB with

sudo ./

This will write a bunch of startup messages. Because we have all bindings included, that might take a minute or so.

Demo House: Web Browser

Now with openHAB (hopefully) running, I can use a web browser to inspect it. All I need is a web browser and the IP address of the Raspberry Pi (see “Raspberry Pi Tips: IP Address“).

Then I can use the following URL (replace the IP address with the one from your Raspberry Pi):
openHAB Demo in Web Browser

openHAB Demo in Web Browser

I can show the same thing on the Raspberry Pi itself (see “Adding a Touch LCD to the Raspberry Pi 2“):

openHAB Demo House on Pi

openHAB Demo House on Pi

openHAB supports many, many widgets, including charts:

openHAB Chart

openHAB Chart


With this, I have openHAB installed and running with a demo on my Raspberry Pi 2. That way I have an inexpensive, versatile and flexible home automation server. In future posts I will describe how further configure it, have it communicating with Freescale (now NXP) Freedom boards or other NXP Kinetis devices.


24 thoughts on “Installing openHAB Home Automation on Raspberry Pi

  1. Pingback: Autostarting openHAB on Raspberry Pi | MCU on Eclipse

  2. Pingback: Blinky LED with openHAB on Raspberry Pi | MCU on Eclipse

  3. Hi Erich, did you tested another options?
    I’m working too in an home automatization system and I’m seeing OpenHAB, Domoticz and Home-Assistant. I find Home-Assistant the more flexible solution and I want to know you opinion about that or if you only played with OpenHAB.



    • I looked at the other projects (there is as well HAS, see I think it is mostly of personal taste which one to select. I have selected openHAB as to me it has the broadest and most universal use and distribution, and seems to be widely used. The openHAB GUI/UI is maybe not the most ‘sexy’ one, and this might be improved with openHAB v2 coming out soon. The other factor for my decision to use openHAB was that there is a lot of material available online, and with some googling all my questions have been answered very fast that way. I have not seen such a community for the other systems I looked at.


  4. Erich, you were right!
    openhub is better than my other choice. I have everything working like a charm: a sensor network made with MySensors [1] and managed by openhub through an mqtt broker.

    I can’t wait until the new openhub 2.0 release 🙂




  5. Pingback: Autostarting openHAB on Raspberry Pi -

  6. Hi Erich,
    Happy new year!
    I read this post with interest. Well done for progressing with openHAB. Do you intend to use any Eclipse integration (Eclipse smarthome) to develop your home automation project?
    I’m quite interested by the products coming from Google’s Nest brand. They have open sourced their API and have a thing called Would be interesting to see how this could be made to work with openhab/eclipse smarthome.
    cheers john


  7. Pingback: Controlling NXP Freedom Board RGB LED with openHAB and Raspberry Pi | MCU on Eclipse

  8. hi, thanks for the manual. one question. If I logout ssh session and login back I don’t see java openhab screen with the log. how can I return there? cheers!


    • Hi Mona,

      I don’t have a Hue lamp, so I cannot help you much. But I had read that Philips changed their API to make it not compatible any more with anything else than their own solution. Not sure if this is the problem you see, and I think Philips might have reverted that decision?



  9. 2 minutes on your site and I have the demo running. Thank you.

    I have been fighting for days, was told I was doing something wrong more times than I can count.

    It turns out that I just needed to enter the actual ip for the pi in the browser and NOT raspberrypi.local:8080/

    Thank you


    • Hello,
      Yes, I have seen some other articles using that kind of URL too. That only works if your DNS is resolving it to the correct IP address of your PI. I always prefer to use the low level IP address in case of issues with DNS or name tables.


  10. Pingback: Hexiwear with Raspberry Pi and OpenHAB Home Automation | MCU on Eclipse

What do you think?

Fill in your details below or click an icon to log in: Logo

You are commenting using your account. Log Out /  Change )

Twitter picture

You are commenting using your Twitter account. Log Out /  Change )

Facebook photo

You are commenting using your Facebook account. Log Out /  Change )

Connecting to %s

This site uses Akismet to reduce spam. Learn how your comment data is processed.