Obico is a community-built, open-source smart 3D printing platform used by makers, enthusiasts, and tinkerers around the world.
This repo is everything you need to run a self-hosted Obico Server.
Obico is a community-built, open-source smart 3D printing platform used by makers, enthusiasts, and tinkerers around the world.
The AI failure detection in this project is based on a Deep Learning model. See how the model works on real data.
Note: For more detailed instructions, head to the Obico Server guide.
The Obico Server only requires a computer to run. Even old PCs (within the previous 10 years) will do just fine. An Nvidia GPU is optional but can vastly increase the power consumption and beef up the number of printers the server can handle.
Detailed hardware minimum specs.
The following software is required before you start installing the server:
You will also need an email account that has SMTP access enabled (gmail will not work. As of May 30, 2022 Google has removed the option for allowing SMTP access). Other web mail such as Yahoo should work but we haven’t tried them.
git clone -b release https://github.com/TheSpaghettiDetective/obico-server.git
Run it! Do either one of these based on what OS you are using:
cd obico-server && sudo docker compose up -d
cd obico-server && docker-compose up -d
cd obico-server; docker-compose up -d
Go grab a coffee. Step 2 will take 15-30 minutes.
There is no step 4. This is how easy it is to get Obico up and running (thanks to Docker and Docker-compose).
Open “http://localhost:3334” on the same computer. Voila - your self-hosted Obico Server is now up and running!
Upon fresh installation, the Obico Server can only work on the localhost. You will need to configure its IP address. Here is how:
Recommended Read: Connecting to your server with a .local address
This refers to the LAN IP address that has been given to the computer that the Obico server is running on.
The Obico Server needs to have an IP address that is accessible by OctoPrint or Klipper. It can be a private IP address (192.168.x.y, etc) but there needs to be a route between OctoPrint and the Obico Server.
It is also recommended that a static IP is set to avoid issues with changing IP’s. Please look up your WiFi routers guide on how to do this.
http://your_server_ip:3334/admin/
.Note: If the browser complains “Can’t connect to the server”, wait for a couple more minutes. The web server container may still be starting up.
[email protected]
, password supersecret
. Once logged in, you can optionally (but are highly encouraged to) change the admin password using this link: http://your_server_ip:3334/admin/app/user/1/password/
.In the same browser window, go to the address http://your_server_ip:3334/admin/sites/site/1/change/
. Change “Domain name” to your_server_ip:3334
. No “http://”, “https://” prefix or trailing “/”, otherwise it will NOT work. Note: Deleting the original site and adding a new one won’t work, thanks to the quirkiness of Django site.
Click “Save”. Yes it’s correct that Django is not as smart as most people think. 😉
Note: If you are using reverse proxy, “Domain name” needs to be set to reverse_proxy_ip:reverse_proxy_port
. See using a reverse proxy for details.
That’s it! You now have a fully-functional Obico Server that your OctoPrint can talk to. We hope setting up the server has not been overwhelming.
Feeling excited? Want to contribute? Check out how.
Browse and search in the Obico Server guide website. If you can’t find the answer there, consult the Discord or open an issue.
BrowserStack generously sponsors a free license so that I can test Obico webcam streaming on different browsers/versions.
Moonraker for the source code to extract g-code metadata.