Systematic-in-Software(S-i-S)™

Systematic-in-Software(S-i-S)™ is the Bourntec’s next generation approach which inherits the approach and methodology of OOAD (Object-oriented analysis and design). S-i-S™ is a structured approach to software development that systematizes distinct software components into allied functions in a layered architecture of common services, with an objective of writing code once for maximum reuse and ease of maintenance.

S-i-S™ is Bourntec’s unique approach to create and consolidate technology assets into Enterprise Specific Platforms (ESPs) leveraged across the organization to build and assemble new products and services. This custom-crafted approach to software development uses object-oriented development tools, iterative development methods and a series of proven best practices, what amounts to a manufacturing approach to software development by building several product lines on top of a single shared platform and by reusing average of 60% common assets across these product lines, which significantly improves the cost over runs and delay in product releases.

Why S-i-S™ Approach?

Bourntec S-i-S™ addresses some of the key challenges that an enterprise faces in developing and managing a portfolio of relevant and responsive technology solutions

Business Agility & Redundancy

The common platforms and shared IT assets accelerate the development cycle time for all future applications. This increased speed-to-market allows enterprises to rapidly offer more products and services to their customers, and in turn, attain much greater business agility, with much less code and at much lower cost.

Lowering TCO

TOur S-i-S approach reduces the direct cost (Development Cost and Operation Cost) and indirect cost (Reinventing Cost and overhead associated cost) of software development and maintenance, thereby, lowering the total cost of ownership.

Flexibility and Adaptability

Bourntec’s S-i-S™ takes IT efficiency from traditional application silo approach to the next level of Enterprise Specific Platform(ESP) approach, by evolving solutions that are customizable, flexible and adaptable to future changes with minimal disruption to its code.

S-i-S™ Best Practices

Bourntec’s S-i-S approach provides an effective combination of tools, processes and best practices to address Key CIO concerns and challenges, by applying the following six key principles to guide our work

• Rationalized -Redundant components are rationalized and consolidated
• Configurability -Components are designed for ease of configuration to enable system agility
• Reusability -Common components are designed generically and reused as standard Components
• Structured -Common services are organized into layered common modules
• Integration -Applications, systems and platforms are designed to interact with common services through a standardized integration services and practices
• Leverage -Less component with more benefit are given priority