Skyve

Skyve platform/operating-system is independent, works with all common database types, and is accessible through all common browsers and devices. By incorporating and integrating a range of other open-source techs to handle persistence, rich UI, security, navigation, reporting, jobs, content, spatial, mobile integration - Skyve provides a platform with all that specific areas require to support the Skyve standard for enterprise applications. Skyve makes capturing and managing data easy, but also allows deep integration and total breakout into the custom code. Skyve integrates multiple renderers for a cross-section of different devices and different use cases. Skyve validates ALL metadata specification elements against each other to ensure that issues concerning data types and data bindings are found and reported in their entirety. Relational databases, NoSQL (Graph, Document, Tabular) databases, big data, textual, spatial & temporal data are all best stored in different ways for different applications. Skyve has a singleton persistence management class that transcends all these data stores and enables transactions across heterogeneous data stores seamlessly. Queries across these data stores are enabled with either metadata based, programmatic or language style queries. All security and multitenant constraints and rules are adhered to and resulting datasets are created and traversed in the background using map-reduce techniques. This makes it easy for the user to build ad-hoc queries. Skyve uses the tried and trusted mechanisms of Java EE in conjunction with best-of-breed open source & enables quick declaration, development, and deployment of the software. Skyve allows rapid dev cycles resulting in an increase in agility & quality without a drop in technical aspects of the system such as security, scalability, and robustness.