Software
Solutions
for Orthodontic
Technology

A pioneering company, with two decades in the orthodontic field, that has made significant strides by harnessing advanced technology to elevate orthodontic treatment outcomes. Their blend of 3D imaging, state-of-the-art software, robotic precision, and modern aligner alternatives showcases their commitment to tech-driven, top-notch patient care. Their web application for doctors aids in the efficient management of medical data and the in-house production of aligners.

• Provide additional resources to bolster service stability and refine maintenance methods.
• Assistance in overseeing the Windows server foundational to the web application’s backend.
• Allocate expertise to tackle the growing demands of system maintenance, feature development, and bug rectification.
• Integrate existing software to the parent company’s system after acquisition.

• Provided timely and seamless task management.
• Demonstrated initiative in enhancing multiple project facets.
• Concentrated on refining the back-end component of the web application.
• Pivoted from a desktop app to a Windows service, streamlined setup processes.
• Launched the first microservice aligned with the parent company’s move to cloud computing. This involved extracting relevant code, adapting it from Windows to Linux, ensuring cross-platform compatibility, and leveraging frameworks like Google Cloud.
• Laid out a strategic roadmap for the core web service’s potential shift to Linux.
• Enhanced existing solution that serves as a task executor with new features.
• Undertook the challenge of transitioning from an x86 to an x64 environment, optimizing memory and resource allocation.
• Implemented a detailed communication strategy, delved into technical specifics, and emphasized collaboration and feedback.
• Prioritized robust testing, documentation, and adopted a phased implementation approach — starting with proof of concept, then internal reviews, development, quality assurance, and eventually, deploying to production.
• Transitioned from desktop GUI applications running as backend services to Windows services, emphasizing control and automation.