How To Install "openoverlayrouter" Package on Ubuntu
Quick Install Instructions of openoverlayrouter on Ubuntu Server. It’s Super Easy! simply click on Copy button to copy the command and paste into your command line terminal using built-in APT package manager.
See below for quick step by step instructions of SSH commands, Copy/Paste to avoid miss-spelling or accidently installing a different package.
See below for quick step by step instructions of SSH commands, Copy/Paste to avoid miss-spelling or accidently installing a different package.
Quick Install Steps:
Step 1
sudo apt-get update -y
Step 2
sudo apt-get install -y openoverlayrouter
Step 3
Check the system logs to confirm that there are no related errors.
You can use
ZoomAdmin
to check the logs, manager servers, host multiple websites and apps on your servers and more. The apps run in docker containers, to learn more
see ZoomAdmin Features for list of features and demo videos. And you can start with the Free Plan.
see ZoomAdmin Features for list of features and demo videos. And you can start with the Free Plan.
Execute the commands above step by step.
You can simply hit the copy button to copy the command and paste into the command line interface.
Note: -y flag means to assume yes and silently install, without asking you questions in most cases.
Note: -y flag means to assume yes and silently install, without asking you questions in most cases.
deploy programmable overlay networks
The OpenOverlayRouter (OOR) project aims to deliver a flexible and modular open-source implementation to deploy programmable overlay networks. It leverages on encapsulating overlay-specific packets into underlay-compatible packets at the edges of the instantiated overlay and route them over the physical underlying infrastructure. In order to do so, it maps overlay identifiers to underlay locators and keeps those mappings updated over time. In the current version, OOR uses the LISP protocol for the control-plane (e.g. mapping retrieval and updating, etc), NETCONF/YANG for the management-plane (e.g. overlay identifiers provisioning, etc) and can use both LISP and VXLAN-GPE headers for encapsulation. deploy programmable overlay networks
The OpenOverlayRouter (OOR) project aims to deliver a flexible and modular open-source implementation to deploy programmable overlay networks. It leverages on encapsulating overlay-specific packets into underlay-compatible packets at the edges of the instantiated overlay and route them over the physical underlying infrastructure. In order to do so, it maps overlay identifiers to underlay locators and keeps those mappings updated over time. In the current version, OOR uses the LISP protocol for the control-plane (e.g. mapping retrieval and updating, etc), NETCONF/YANG for the management-plane (e.g. overlay identifiers provisioning, etc) and can use both LISP and VXLAN-GPE headers for encapsulation.
The OpenOverlayRouter (OOR) project aims to deliver a flexible and modular open-source implementation to deploy programmable overlay networks. It leverages on encapsulating overlay-specific packets into underlay-compatible packets at the edges of the instantiated overlay and route them over the physical underlying infrastructure. In order to do so, it maps overlay identifiers to underlay locators and keeps those mappings updated over time. In the current version, OOR uses the LISP protocol for the control-plane (e.g. mapping retrieval and updating, etc), NETCONF/YANG for the management-plane (e.g. overlay identifiers provisioning, etc) and can use both LISP and VXLAN-GPE headers for encapsulation. deploy programmable overlay networks
The OpenOverlayRouter (OOR) project aims to deliver a flexible and modular open-source implementation to deploy programmable overlay networks. It leverages on encapsulating overlay-specific packets into underlay-compatible packets at the edges of the instantiated overlay and route them over the physical underlying infrastructure. In order to do so, it maps overlay identifiers to underlay locators and keeps those mappings updated over time. In the current version, OOR uses the LISP protocol for the control-plane (e.g. mapping retrieval and updating, etc), NETCONF/YANG for the management-plane (e.g. overlay identifiers provisioning, etc) and can use both LISP and VXLAN-GPE headers for encapsulation.
Detailed Instructions:
Step 1
Run update command to update package repositories and get latest package information.
sudo apt-get update -y
Step 2
Run the install command with -y flag to quickly install the packages and dependencies.
sudo apt-get install -y openoverlayrouter
Step 3
Check the system logs to confirm that there are no related errors.
You can use
ZoomAdmin
to check the logs, manager servers, host multiple websites and apps on your servers and more. The apps run in docker containers, to learn more
see ZoomAdmin Features for list of features and demo videos. And you can start with the Free Plan.
see ZoomAdmin Features for list of features and demo videos. And you can start with the Free Plan.