The client
Is a leading medical software provider, but did not have sufficient in-house resources and skills to build a 2D and 3D diagnostic imaging solution for CTA data. The client decided that, instead of investing in the expensive, time consuming, and risky expansion of their own research & development division, they would engage Biotronics3D as a complement to their business model .
Business challenges
The development required expertise in medical image processing and visualisation research. Furthermore, the software package also needed DICOM and HL7 connectivity. Plus, to be competitive, a market analysis was required.
Solution
Having analyzed the market's situation and requirements, Biotronics3D selected a suitable team, with proven experience in delivering medical image software development projects. In the initial phase of software development, the project manager and software architect worked with the client to identify and gather all product requirements. In the next phase, Biotronics3D performed a goal-oriented evaluation of the requirements and analyzed the placement of cutting edge technology to help to maximize the client’s investment. In the elaboration phase, both parties agreed upon requirements and technologies, giving way to the start of the design, implementation and testing phases of the project. The product IS currently being deployed, and Biotronics3D stands by its client providing support and maintenance facilities. At Biotronics3D we strongly believe that free and open communication is fundamental to the success of any offshore project. Frequent milestones meetings allow the clients to control the design and progress of their software package. Quick response and quick execution is one of our driving forces.
Benefits
Constant visible progress was available to the customer throughout the development. Biotronics3D provides quick response and flexible execution during the entire process: essential to cope with emergent requirements. Deployment of software packages With clear and compact architecture, lowering maintenance costs. Risks mitigated in the early phase through iterative process development.
