VENMAN ENTERPRISE FRAMEWORK

VenMan is a application development framework that enables development of Scalable, enterprise class business applications. This framework includes a number of object oriented systems and classes which may be processed by a computer system. VenMan is applicable in the application development of software systems, e.g. for a business application as Banking, Insurance, Financial or Logistic and Distribution, wherein it is the purpose of frameworks to provide significant portions of the application that are common across multiple implementations of the application in a general manner, easy to extend for specific implementation.

VenMan is available in both J2EE and Microsoft .NET based technologies. The key consideration for this framework is as follows:

• Security – Secure web application that protects users and applications from malicious attacks
• Scalability – Scalable application that can meet growing demands of business
• Performance – A high performance application that helps users complete work faster
• Extensibility – Flexibility to accommodate newer functionality with lesser impact
• Availability – Access to applications at all times with consistent and measurable system performance
• Usability – User interface that is tailored for the business user’s working style and customizable to accommodate personal working styles to provide better experience
• Internationalization support - Support for multiple languages.

VenMan Framework supports the following:

• Clustered , Load balanced servers
• Segregated Web server and Application servers
• Database Server clusters with secondary servers on standby at DRC
• Redundant multi-tier components for better redundancy
• Use of generic components for better serviceability
• Flexible Hosting Model

The Key advantages of the VenMan Framework are as follows:

• Higher programmer productivity
• Highly Usable, Scalable and flexible product
• Standardization of the platform that reduces future support costs
• Compliance to Object Oriented Standards that enables optimal utilization of hardware resources
• Predictable outcomes

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