GCF offers a software framework that leverages the power of Qt in rapid prototyping, and development of fast-to-market, auto-updatable software products across platforms.

OEM and Technology Services companies can now develop crossplatform software from reusable components, make use of GUIXML to compose/configure applications. The components can be tested separately, integrated and bundled innovatively to create different editions and of product with ease.

GCF's component based architecture simplifies development thereby making complex systems easy to build, extend and maintain.

GCF serves as an essential tool for designing and developing simulation software, more specifically visual editors and post processors to circuit solvers. GCF has proven to be helpful in making the design and development of such systems fairly simple and less time-consuming.

Its component based architecture makes it very simple to add new functionalities to an existing product as components while ensuring the integrity of the whole system.

IIT Bombay and Taray Technologies

Defense applications involve complex calculations and demand high precision user interface, realtime rendering and the ability to extend such applications with time.

GCF has proven itself useful in architecting interfaces for complex measurement & analysis of data. GCF's architecture helps to build software as components, thereby making them more robust and easy to maintain, even while collaborating with multiple teams!

Using GCF, Bharat Electronics Limited (BEL) developed a rock-solid, extensible and flexible cross-Platform code base for their radar data visualization software. The code base makes best use of distributed component development and seamless integration infrastructure provided by GCF.

Medical visualization involves complex analysis & recording of 3D data, and image processing. It involves rapid slicing of 3D data and processing of resultant 2D images.

GCF helps in building applications to measure, record and produce visual data presentation.

Users can rapidly scroll between several planes of medical images, mark areas of the image and measure distances/areas on the plane.

GCF has been used for developing interface and provide visualisation capabilities for MR/CT scanned images. GCF-enabled 2D and 3D viewer components enable applications to load 2D and 3D representations of acquired data.

GCF's proven component based architecture is so flexible that it helps in the development of complex visualization software.

Our product VTK Designer 2 is built using GCF. VTK Designer 2 helps in graphically modelling visualization modules and viewing the results immediately.

GCF's component architecture makes it easy for developers to integrate their own components into VTK Designer 2.

GCF allows for parallel development of the components. Each component could be tested separately.

The component based architecture allows for rapid prototyping and quick development of the overall application, finer refinements to each component being added later. Provides a modern look to the application.

DAPLAB's TANSEN QBH system was exhibited at the World of Senses coach on the Science Express - a unique Science Exhibition running on the Indian Rail tracks. With a database of 150 songs and visual feedback of singing skill, the prototype provided an educational experience on sound processing to the thousands of visitors to the Exhibition.