CloverETL

• Overview
• CloverETL Engine
  • Commercial × Open source
• CloverETL Designer
  • Designer Editions
  • Components
  • Screenshots
  • Videos
  • Designer Pro Server Integration
  • Buy
• CloverETL Server
  • Server Editions
  • Screenshots
  • Videos
  • Live demo
  • Server × Engine
  • Launch Services
  • Buy
• White Papers
• Licensing
• Development
  • Code Repository
  • Bugtracker

CloverETL is a data transformation and data integration tool. It is platform independent and resource-efficient. Due to high scalability, it can be used on low-cost PC as well as high-end multi-processor servers.

CloverETL's flexibility allows for easy design and implementation of data migration solutions, data transformation applications and consolidation of data sources between dissimilar and heteregenous systems in your organization.

CloverETL Engine

CloverETL Engine is a data transformation run-time and library at the same time. The engine can be easily embedded into other applications where it plays role of data transformer. It can be fed with data directly from your application and can also push data back into your application.
It literally frees you from worrying about how you read/write data from/to disparate systems. Read more about its capabilities.

CloverETL Designer

CloverETL is enhanced with the visual design of data transformations - CloverETL Designer. It allows for the easy design of any data manipulating application through the suitable combination of standard predefined ETL components using visual editor. The flexibility of CloverETL allows an experienced programmer to complement visual design with "classic" program sections, thus enhancing functionality of standard components. Such code still remains fully and directly transferable to any supported platform.

CloverETL Server

CloverETL Server brings enterprise functionality to the family. It is a full-fledged server application with a rich WEB-based administrative interface, which features:

• Parallel execution of transformations
• Clustering - spreading execution of transformations over cluster of servers
• Transformation run scheduling capabilities
• Support for multi-user interaction (role and group based security module)
• Full logging of graphs executions with tracking history
• Performance tuned for the fastest transformation execution
  • Pool of graphs for faster graph start-up time
  • Thread pooling for better CPU resources utilization
  • Pooled connections to databases for better performance
• Web Services style of API for managing execution of graphs (allows for rapid implementation of any Web Service)
• All communication is carried through HTTP/S protocol – easy integration into existing net infrastructure

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