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The eAudit4j library provides a simple and pluggable solution for auditing in Java. This library uses the concept of "audit streams", with a stream being comprised of one or more "audit processors". An application can configure an unlimited number of audit streams, each with a different configuration. When an application wants to audit an event, it will create and populate an "Event" instance, and then submit the event to the audit stream for processing and persitance. Depending on the audit stream configuration and the processors being used in the audit stream configuration, processing my be synchronous or asynchronous, and utilize different security features.

Hottentot is a simple and easy to use RPC Framework. It has its own IDL and generates source codes for different programming languages. C++ and Java are currently fully supported but Python and C support will be added soon. It also has a Serialization Framework which can be used without RPC stub generation feature to serialize objects in binary format.

The Federation SAIL allows multiple datasets to be virtually combined into a single dataset. The Federation SAIL combines multiple RDF stores that may exist on a remote server or are embedded in the same JVM. The Federation uses query optimizations to distribute sections of the query to different members based on the data contained in each of the members. These results are then joined together within the federation to provide the same result as if all the data was co-located within a single repository.

Maven plugin to deploy Mule applications to different kinds of servers: Standalone (both Community and Enterprise), Clustered, Anypoint Runtime Manager and CloudHub. Main uses are running integration tests and deploying applications. Some of the features are: Download Mule Standalone from a Maven Repository and install it locally. Deploy a Mule application to a server. Undeploy a Mule application. Assemble a Mule cluster and deploy applications.

Test automation framework providing seamless integration of selenium based web GUI tests, file and stream content, and protocols. It enforces a unified programming model for testing different technologies: Web GUI including AJAX (using Selenium), HTML, XML, EDIFACT, Flat File, CSV/TSV, protocols like HTTP, JMS, FTP, SFTP, Network Shares. The framework is extensible via a flexible service API.

Butor Framework is a framework that enables fast and easy creation of HTTP services. (asynchronous and synchronous). It consists of several modules for different layers, such as data access, services, JSON serialization and test utilities. It sits on top of popular and proven libraries such as Google Guava and Spring. The project is released under APL 2.0 This project is an ACL module

Butor Framework is a framework that enables fast and easy creation of HTTP services. (asynchronous and synchronous). It consists of several modules for different layers, such as data access, services, JSON serialization and test utilities. It sits on top of popular and proven libraries such as Google Guava and Spring. The project is released under APL 2.0 This project is the Realm module.

Magritte is a framework for developing complex models at different levels of abstraction. It supports the definition of Domain Specific Languages (DSL) for modeling purposes. Models are composed of many objects that are linked representing different types of relations: abstraction, generalization, composition, aggregation or association. The most interesting feature is the dynamic polymorphism, that means that a single object can change what classes belong during its life.

Magritte is a framework for developing complex models at different levels of abstraction. It supports the definition of Domain Specific Languages (DSL) for modeling purposes. Models are composed of many objects that are linked representing different types of relations: abstraction, generalization, composition, aggregation or association. The most interesting feature is the dynamic polymorphism, that means that a single object can change what classes belong during its life.

Simulation for Heterogeneous and Autonomic NetworkS (SHANKS). SHANKS is a framework to simulate different network scenarios in order to add autonomic capabilities using MASON simulation framework. To achieve this goal, a multi-agent system (MAS) is used to handle possible situations in the scenario. These agents are able to analyse environment data, perform inference and self-healing actions, etc.