Built on industry-standard platform (J2EE), NETteller is platform independent.
NETteller has proved its success by being one of the first Internet banking systems built completely on J2EE (Java 2 Enterprise Edition) Technology.
Java technology is now a market standard and several studies show it will be the IT lingua franca for many years in the future. That way the product lifetime will be longer and maintenance cost is dramatically reduced. Higher ROI is also achieved when it comes to platform, J2EE applications can be implemented on arrays of low cost boxes that can grow along with business demands.
NETteller n-tier design is state of the art. With native multi-channel, multi-currency, multi-language and multi-bank support, 24x7 real- time processing, NETteller banking system belongs to a new generation of IT solutions for the modern bank.
Open Standards Based:
NETteller delivers an open architecture based on open standards that facilitates component choice, assembly and integration.
open architecture means greater flexibility for customization to your requirements
Platform and Operating System Independent:
NETteller lever ages J2EE to provide independence from operating systems and platforms. NETteller can operate in any hardware platform and Operating System (Windows Server, Linux, AIX)
Application Server independence:
NETteller can be successfully deployed/configured with various J2EE-compliant application-servers including but not limited to: BEA WebLogic, IBM Websphere, JBoss AS and Oracle AS
NETteller can be successfully deployed/configured with various databases including but not limited to: Oracle, MS SQL, IBM DB2, Enterprise DB and MySQL.
Flexible Multi-channel - Delivery Channels/Integration: Its Multi Channel Engine allows NETteller to deliver and integrate information in many ways:
Internet (Web Browser), WAP Browser, SMS (Mobile), PC client, ATM, IVR, Call Center, etc.
Easy Access to External Systems or 3rd party components:
NETteller Integration Services and its configurable adapters provide simple system integration for efficient Straight-through-processing.