Node Installation
OBADA Node Installation Instructions
Requirements
Legal Requirements
A signed MOU (Memorandum of Understanding) is required before connecting to the network.
Help
Dev Node: Issue & Questions Here
Live Node (Full Core): Issues & Questions Here
Some additional documentation can be found in the Dec 18, 2019 Proof of Concept Presentation
Downloads
Live Node (Full Core): https://github.com/obada-protocol/node-infrastrucuture
Technical Skills Required
The tech installing the node should be familiar with Docker, Docker Compose (for the dev network setup) and Terraform (for the live full core).
Hardware Requirements
Both the dev and live versions of Obada will run in a virtual environment on any base hardware / operating system that supports Docker.
Machine Capacity: AWS t2.medium instance or equivalent.
Scalability: Machine will not need to scale during the PoC.
To hold live data, Full Cores will need to be significantly larger for production. Sizing estimates will require further modeling.
Development Node -- Installation Instructions
The Dev Node is a working copy of the complete blockchain system for developers to run on their local machine.
It does not connect to other nodes.
It runs four copies of each blockchain (required in Hyperledger for obtaining consensus)
Installation time is approximate 10 minutes.
To Install:
Set up Docker on some machine
Download the Dev Node
Execute the file and the node will self extract.
Next Steps
Test connecting to the blockchain via the APIs. Swagger (OpenAPI) tools are located in one of the nodes.
or Install the Full Core
Full Core -- Installation Instructions
The Full Core is a complete copy of Obada. "Obada in a box".
Hosting / Network Requirements
The live node must have a static IP
The IP must get added to "the list" so other nodes can connect.
Incoming IP addresses must be restricted to other nodes.
The live node must be available 24/7/365
To Install:
Submit a signed MOU to Obada.
Set up Docker on some machine
Download the Full Core.
Execute the file and the node will self extract.
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