BitModeler


Financial Application Development

Making child's play of financial application development.

FINANCIAL APPLICATION DEVELOPMENT 3.0

The first wave in financial application development was concerned with the results delivered by individual systems, with little forethought given to how those systems would later interoperate.

The second wave in financial application development addressed interoperability issues of data exchange between applications (using data encoding technologies such as XML, ebXML, and RSS), but options for functional interoperability between different software components still remained somewhat limited.

The third wave is now in full force. Once software projects were monoloithic in nature, and only a single language standard would be considered out of a perceived wisdom of reducing code complexity. But the use of a single language, library, or API that was sometimes ill-suited to the varied tasks at hand only increased code complexity, along with the deployment time and support costs of such systems. Now thanks to the maturity of APIs and interoperbility features of a growing number of software languages, organizations can achieve faster project deployments along with reduced support costs. Once considered a challenging task, now the interaction between different language technologies to service a comman task are becoming a more accepted methodology to problem-solving in finance.

NOT JUST CODING; PROBLEM SOLVING

Applications developed by BitModeler are not done with a paint-by-numbers approach, or according to a recipe from a technical cookbook. Many clients who turn to us for help might not even be able to formulate at first a solution to the problem that their software application needs to address. But as long as you are willing to patiently communicate to us the details of the challenge that you are faced with, we at BitModeler will conscientiously persevere in finding its solution.


 

WE UNDERSTAND THAT DEADLINES
MEAN BUSINESS.


If we determine that a project is well-defined in scope and has identifiable benchmarks
against which we can successfully measure our progress,
once we commit to it we will work non-stop to ensure its realization and deployment.

BitModeler
©2015