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Difference between revisions of "Eclipse Unconference France 2015/Tiaki Hackathon"
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| − | Ready for discovery ... Scada can use Kiaora (DiscoveryLibs) to discover services and eventually connect to them | + | Ready for discovery ... Scada can use Kiaora (DiscoveryLibs) to discover services and eventually connect to them. Steps 23 to 26 and 31 to 34 are not required yet. The next section explains how to encrypt and provision the API Keys. |
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As of now, using Kiaora, Scada could discover the services registered under its domain name. To connect to those services, it uses the API Key that was created when the user has signed up for the service. In order to avoid having to send the API key to Scada, we could do the following: | As of now, using Kiaora, Scada could discover the services registered under its domain name. To connect to those services, it uses the API Key that was created when the user has signed up for the service. In order to avoid having to send the API key to Scada, we could do the following: | ||
Revision as of 04:13, 19 June 2015
This document explains the proposed work flow for the Eclipse Hackathon session.
The idea is to have Eclipse Scada discover available services using Kiaora (DNS-SD), connect to those services, and compute some values and push data to AirVantage.
Before Scada can actually start discovering services and use them, it is necessary to sign-up for those services ...
As describe below, Scada user would register with forecast.io (weather forecast), AirVantage (data platform) and the Verisign API (allows to easily provision service information in DNS).
Now that the user has signed up for the services, he can use the Verisign API to provision the services to be discovered. [TODO add URL to online documentation here]
Ready for discovery ... Scada can use Kiaora (DiscoveryLibs) to discover services and eventually connect to them. Steps 23 to 26 and 31 to 34 are not required yet. The next section explains how to encrypt and provision the API Keys.
As of now, using Kiaora, Scada could discover the services registered under its domain name. To connect to those services, it uses the API Key that was created when the user has signed up for the service. In order to avoid having to send the API key to Scada, we could do the following: - generate a public/private key pair for Scada - publish the public key in DNS (using Verisign API) - encrypt the API key with the Scada public key and push it do DNS - let Scada retrieve the the encrypted API Key from DNS and decrypt it - connect to the service
