We bridge the artistic with the technical, the front-end and the back-end, translate business vision into technology solution, and deliver the system that Read more ▼ works.

JazzIT employs continuous delivery and test-driven development techniques to ensure that your systems are of the highest quality and in-line with your business needs.

JazzIT User Experience experts will work with your stakeholders to design modern, appealing and outstanding UEX for your app.

Data is a strategic asset of any company in the new emerging economy.

Big data done right extracts value immediately to make customers happy, inform big Read more ▼ decisions quickly and find the waste and risk that should be eliminated first.

JazzIT helps customers to turn to the data-driven organization that best accomplishes continuous improvement and is most capable of planning for success with predictive power.

«Social Computing» is generally the development of software systems that create or recreate social conventions and social contexts.

Thus, blogs, email, Read more ▼ instant messaging, social network services, wikis, social bookmarking and other instances are often called what social software illustrates as ideas of social computing.

JazzIT offers an intricate blend of immersive 3D graphics and creative animation that brings user experience onto the next level. Read more ▼
We create 3D scenes with the effect of presence that enables your customers to view and to try your products from different projections, configure 3D assemblies, and, as a result, it facilitates the increase of your sales through the Internet.

JazzIT has implemented a set of business processes, collectively called R&D methodology. The main difference is that the outcome of R&D is not Read more ▼ a production system, yet a working prototype. The process starts with mathematicians and natural scientists studying the subject and creating mathematical model using tools like Mathematica, MathLab, MathCAD, etc.

JazzIT has implemented a set of business processes, collectively called R&D methodology. The main difference is that the outcome of R&D is not a production system, yet a working prototype. The process starts with mathematicians and natural scientists studying the subject and creating mathematical model using tools like Mathematica, MathLab, MathCAD, etc.