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Local Setup


The Integration Services Java library is still in BETA. Please note that not everything may yet run smoothly.

This section will guide in setting up the Integration Services API using Java.


See project's POM. Moreover, the following will be required:

Download and Build the Project

Build from source:

git clone [email protected]:albydeca/iota-is-sdk.git
cd iota-is-sdk
mvn clean install

or download JAR from MVNRepository

or simply add to your POM if you wish to import the codebase into a wider project:

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Gradle more your thing? Please add to your dependencies:

implementation group: 'net.gradbase', name: '', version: '0.0.1'


Please set up the following files in order to run the code locally:

  • - with the following structure:
  • adminIdentity.json - will contain the admin identity object (json file with elements doc and key)

You are now ready to use the JAR and access the classes. Please remember to keep the in the same folder as the JAR. The JAR can be used as a dependency to run the examples, which, contrary to the node implementation, exist as part of their own package which depends on this project's JAR (see examples/pom.xml in the repo)

Note that the sensitive variables are accessed in the code as follows:

public BaseClient() throws FileNotFoundException, IOException {
Properties appProps = new Properties();
appProps.load(new FileInputStream(""));
this.apiVersion = appProps.getProperty("api-version");
this.apiKey = appProps.getProperty("api-key");
this.baseUrl = appProps.getProperty("api-url") + apiVersion + "/";
this.jwt = null;

Anyone who wishes to implement such access in a more convenient way for their needs is welcome to make the changes and submit a pull request.

Run Integration Services API

The Java SDK assumes the existence of a running instance of the Integration Services API, the endpoint of which is to be specified in the api-url part of the config file.

An adminIdentity.json is also strongly recommended to make the best use of the codebase. This file should contain the details of a root identity with CRUD capabilities.

The codebase is divided into three parts:

  • IdentityClient allows the developer to create, update, delete users and add, revoke, and check their credentials, and manage trusted authorities. Self-Sovereign Identity (SSI) developers should make use of this part.
  • ChannelClient allows the developer to create, delete data channels (IOTA Streams), manage all subscription-related actions for those channels, push and pull data. IoT developers might want to use this to implement M2M communications.
  • examples provides a set of sample activities that show the potential of what can be done with the codebase, and also acts as a rudimentary test suite. More about these can be found in the dedicated section.