EPESI is a Web application for managing business information. It allows you to store, organize, process, link, and share records between people within a single company or organization. Standard features include a shared calendar, tasks, and address book, an integrated Roundcube e-mail client, an advanced permission system, easy form filling (Click2Fill), record change tracking (Watchdog), and full record history. Its modular design can be easily customized and modified to match your processes and workflow. The EPESI framework allows rapid development of custom modules and extension of the functionality of the basic CRM package into full ERP applications.
Umple can be used for pure UML modeling. Or it can be used to add UML constructs, such as associations and state machines to code written in Java, PHP, or Ruby. It generates code in these languages that can save a large amount of programming effort and result in higher quality. The UmpleOnline tool allows you to edit UML diagrams graphically, and watch the Umple textual code being written in real time. This works the other way too: you can write textual Umple and watch the corresponding UML diagram appear. Umple is being extended to support patterns, tracing, and a variety of other features. Umple is written in itself, which is central to maintaining its quality. Umple can be used today by any programmer or modeler.
Mbassador is a very lightweight message (event) bus implementation following the publish-subscribe pattern. It is designed for ease of use and aims to be feature rich and extensible while preserving resource efficiency and performance. It offers annotation-driven configuration (and thus imposes no structural dependencies into client code), synchronous and asynchronous message delivery (configurable for each message publication and listener), weak references to registered subscribers (no memory leaks possible), message filtering based on custom filters configured via annotations, clean error handling mechanisms, very high throughput, and strong support of concurrent access.