Maxident, a Canadian company renowned for its dental practice management software, approached Netvor with an exciting challenge. They needed assistance developing auxiliary software for x-ray image retrieval and editing within a web-based interface. We were thrilled to collaborate and bring our expertise to their innovative project.
The primary goal was to develop a web-based application capable of directly interfacing with the x-ray machine to retrieve images or sequences of images in a predefined order. These images could then be adjusted, compared, and examined within the web application. Additionally, the app would be integrated with Maxident's core practice management software, allowing seamless access to patient files directly from the practice management system.
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User experience was crucial for success. We closely studied how dentists and technicians interact with x-ray sequences and identified what aspects are vital to them when comparing images. Based on this research, we designed the interface accordingly.
At the beginning, this project turned into a research endeavor. We had to investigate and conduct technological spikes to figure out the best approach.X-ray devices are typically connected directly to PCs and do not have any kind of internet or OTA access by themselves, which complicated things.
We also had to ensure our approach was secure and compliant with medical regulations to prevent any potential data breaches and prevent any possible technical or legal exploitation.
Finally, ensuring stability was paramount to minimize the risk of failures during day-to-day operations. While the project's goal might sound straightforward, it involved delving deep into various aspects of software and hardware development. We had to ensure that all potential weak spots were thoroughly covered.
We began by outlining a critical technological path, essential for project success. Once we agreed on this with Maxident, we delved into creating a basic proof of concept to assess our ability to handle the entire image retrieval process.
Upon completing the proof of concept, NETVOR presented a solution design and plan for the minimum viable product (MVP), aligning with our project's original objectives. With consensus reached, we moved forward with MVP development. We released portions of the designs and software incrementally, rigorously testing and validating each step to ensure it met end-user expectations.
Approaching the project's conclusion, we transitioned to beta testing, conducting real-time trials of the MVP in multiple clinics. The feedback gathered during this phase guided us in making necessary adjustments and improvements, resulting in the current state of the solution.
Looking ahead, our focus remains on continuously refining the software, enhancing its functionality, and expanding support for additional x-ray devices. Our aim is to cater to the needs of various users by covering the most prevalent devices available.
NETVOR has developed an ecosystem of applications — including web, desktop, and bridge applications — all seamlessly integrated to enable on-demand, online retrieval of x-ray images. With security and stability as top priorities, these applications greatly extend the capabilities of Maxident's practice management software.