IBSO_3L
IBSO_3L is a technological platform for developing and deploying CRITICAL banking applications.
Since IBSO_3L has all the properties of IBSO (thanks to the application of a three-level architecture), it ensures high performance and unlimited scalability.
ARCHITECTURAL AND TECHNOLOGICAL ADVANTAGES
Advantages of banking information systems implemented on IBSO_3L:
- Support of cutting-edge integration tools
- Independence of system core updates and application solution management system updates
- Unlimited performance scaling capabilities (as much as needed)
- Reliability: ensuring operation of critical applications at a level approaching 24/7 availability
- Unlimited scalability
- The three-level architecture of IBSO_3L provides unlimited scalability and centralisation capabilities. Scalability is possible at the application server level, as well as at the database server level
By separating the application logic and the database, the system can be scaled using middle-range or even entry-level servers instead of high-end servers. A middle-range server is used as the database server, and the system is scaled using application servers with a combined processing power that is 10 times cheaper for the bank than a high-end server of equivalent power.
CORE DESIGN PRINCIPLES
- Multi-platform support
- Independence of operating systems
- Independence of application server operating systems
- Independence of application server manufacturers
- Continuity of IBSO platforms
- For banks where IBSO based banking systems are already installed, migrating to IBSO_3L is just a transition of the systems application layer to the new technological core.
Moreover, the bank does not need to retrain business users: the system interface and functionality remain identical. IT staff members at the bank do not have to learn new programming languages either: IBSO specialists have created a PL/plus to Java compiler.
Performance
IBSO_3L supports simultaneous service for up to 100,000 users and up to 100,000,000 client accounts in a single real-time database.
High performance and scalability indicators of the technological platform are regularly confirmed by load testing on various hardware configurations and under varying operating modes of application logic.