webMethods Developer is the Java-based Integrated development environment (IDE) for developing code on the webMethods Integration Server.
It allows development in webMethods Flow which is a graphical programming language designed to simplify and speed up integration application development. With version 7 of the webMethods product suite, webMethods Developer started to be replaced by webMethods Designer, an Eclipse-based IDE. This transition has not been finished yet and both products exist side by side.
Writing graphical flow and java services (the programming logic)
Defining and modifying documents and mapping logic
Testing, debugging and executing services
Creation and configuration of web services
Editing adapter service and notifications (used to connect with external systems)
Ad hoc analysis is a business intelligence process designed to answer a single, specific business question. The product of ad hoc analysis is typically a statistical model, analytic report, or other type of data summary.
Ad hoc reporting refers to reports that are put together creatively by users in real-time, rather than pre-designed according to a template.
An ad hoc report is a report that is created on the fly, displaying information in a table or a chart that is the result of a question that has not already been codified in a production report. There is a limit to the number of such production reports and business questions that can be anticipated and coded in advance so that users can consult them whenever they want.
Moreover, as businesses are always changing, the questions people want to ask of their data are always changing, so any reporting system needs to accommodate the creation and running of ad hoc reports. Making that an easy process for the average business user is key because most ad hoc reporting tools are designed for database experts to use, often requiring knowledge of structured query language, or SQL.
OrientDB is an open source NoSQL database management system written in Java. It is a multi-model database, supporting graph, document, key/value, and object models, but the relationships are managed as in graph databases with direct connections between records.
OrientDB - The World's First Distributed Multi-Model NoSQL Database with a Graph Database Engine
OrientDB’s has a Native Graph Database engine compliant with the Apache TinkerPop standard. It supports schema-less, schema-full and schema-mixed modes and includes SQL among its query languages which reduces the learning curve for those new to OrientDB.
Druid is a column-oriented, open-source, distributed data store written in Java. Druid is designed to quickly ingest massive quantities of event data, and provide low-latency queries on top of the data.
Druid is a high-performance, column-oriented, distributed data store.
It is primarily used for business intelligence (OLAP) queries on event data. Druid provides low latency (real-time) data ingestion, flexible data exploration, and fast data aggregation. Existing Druid deployments have scaled to trillions of events and petabytes of data. Druid is most commonly used to power user-facing analytic applications.
Plone CMS is an open source Content Management System for managing information and administering content. Plone is backed by Plone Foundation - international non-profit organization. The organization holds the copyright, and Plone Content Management System is available under a dual licensing scheme, GPL and a commercial license.
Plone Content Management System was founded in 1999 by Alan Runyan (USA), Alexander Limi (Norway) and Vidar Andersen (Norway). Plone has 200 core developers and more than 300 solution providers in 57 different countries.
Plone CMS is built on top of the Zope web application server and Zope's Content Management Framework, written in Python. Plone Content Management System is ideal as an intranet server, as a document publishing system and as a groupware tool for collaboration between separately located entities. A versatile software product like Plone Content Management System can be used in a myriad of ways. Plone works on top of Linux, Windows, Mac OSX, and other Unix variants.
INDUSTRIAL STRENGTH SECURITY
Object-oriented navigation – Plone is an object-oriented system that uses folder-based navigation with human-readable URLs. Customizable navigation portlets offer flexible user guidance.
Search engine optimization – The compliance to web standards, as well as the automatic production of machine-readable sitemaps make Plone a search engine-optimized system.
Multilingual – Plone is designed for international use, featuring over 50 different languages, including Arabic, Hebrew and Chinese.
Internal search engine – An internal search engine, featuring advanced options facilitates finding specific information instantaneously. Various search engines (e. g. Solr GSA) can be plugged in via add-ons.
Social networking – Plone supports social networking by automatically generating feeds out of search results and folder contents. A wide range of extensions and add-on products integrate Plone into other social networks.
Accessibility – Plone is accessible and complies to WAI-AA standard and the U.S. Government Section 508. Since public institutions are legally obliged to offering barrier-free websites, Plone can perfectly assist on these efforts – including a barrier-free UI for editors as well.
Augmented reality (AR) is the idea of mixing computer-generated media (e.g., 3D objects, 2D content, spatialized audio) with someone’s view of the real world. Whether you want to create a new AR application, or add an AR view to an existing web application, the argon.js framework provides a set of abstractions and utilities for adding an AR view to your web application in a platform- and technology-independent way.
Argon.js was originally designed to take advantage of the augmented reality capabilities of the Argon AR-enabled web browser on iOS, simplifying the process of delivering mobile AR experiences without the need to create, ship and support native applications.
However, argon.js will also work with other web browsers, taking advantage of their capabilities to allow your application to deliver whatever kind of AR experience each browser is capable of. While the AR capabilities a most web browsers is currently minimal, they are improving rapidly, and argon.js is designed to support this evolution.