Batch WorkShops & Engines Layer
Banks operate 7x24, and traditional solutions offer backoffice systems that operate in deferred mode. This situation makes systems, at nights, stop online processes, and many customer operations will not reflect until after the batch execution.
The absence of synchronization between the online processes and the backoffice that most transactional systems designed with traditional architectures. In this mean, to solve this type of process, it requires highly sophisticated architectures and, therefore, very high costs in terms of development and besides very complex maintenance-.
Due SIGTB FinTech Platform is natively distributed, it allows to reduce to the minimum expression the deferred processes -night executions- because it supports keeping synchronized backoffice and online operations without structural traumas in performance, which is why it ensures completeness and trust of the information, and therefore, the integration with different channels -bankonline, ATH's...- does not represent inconveniences for the system.
In this way, integrating the computing, storage, software and services capabilities allows the management of a system that achieves the maximum optimization of resources and guarantees the scalability of any business. This is summarized in the following advantages:
(a) 24x7 Operation
(b) Execution of batch processes in parallel
(a) Reduction of global execution times of batch processes
(c) Integrity that ensures the completeness and trust of the information
(d) Huge reduction of infrastructure costs to support batch processes
SIGTB FinTech incorporates the concept of THIN BATCH. In this way, it is possible to manage, whatever the number of possible operations (which conventionally were derived from mass batch processing) in an atomic manner, activating a BackGround side "into" ON LINE side.
This facility offers the possibility of thinning to the minimum possible expression the number of operations that are consumed in a traditional Batch environment, allowing:
(a) Processes Planning
(b) Order of Sequences assignation
(c) Parallel executions Configuration (Map Reduce)
(d) Execution Modo chosen determination (BackGround or Typical Batch)