History and Depth
Shorter Learning Curve
Open, not Vendor-Controlled
Handles Enterprise-Scale Complexity
Ideal for Data Transformation
Functional and Unit Tests
Robustness and Security means reliability. Java is the primary language behind our advanced synchronization and integration systems. Even when using other technology for public-facing websites or applications, Java is almost always in the background powering data movement, integration communications and large-scale information processing.
Java puts a lot of emphasis on early checking for possible errors, as Java compilers are able to detect many problems that would first show up during execution time in other languages.
Nearly 90 percent of Fortune 500 firms rely on Java for their desktop applications and backend development projects. This is no accident as Java is incredibly stable which is key for server-side applications suitable for large scale data processing and transformation.
Your business requirements are based on your unique market and operational demands. Your application stack must be equal to the value of speed, scale, and agility you need to compete and grow. Java's scalable and deep frameworks and libraries position it ideally within your stack to play a clear and efficient role in technology implementations.
While many would argue that Java can be used for anything – and it can – Java shines in demanding applications, multi-threaded, and complex environments. We bring full-environment experience pairing Java with frameworks and web-oriented languages and applications such as PHP, while keeping focus on the value that each brings to the table. Which, in turn, provides value to you.
As a server-side application layer, Java is ideal to manage large data sets at speed. Expecting real time performance for cross-department, cross-geography demands is now the default for businesses to grow. We work with large input, processing, transformation, and output demand expectations for by-the-minute execution, and by-the-year maintenance to ensure that performance continues to meet expectation.
One of the most powerful reasons for working with Java is its ability to operate in different situations, environments, and even devices. This abstraction allows us to power multiple operating models and environments, including offline devices, syndicated supply chain data, background processing, transactional integrity. With a vast array of frameworks available, this provides and even richer toolbox to leverage to bring down cost of engineering even further.