Medical software
SpinePlanner
A surgical planning platform that helps surgeons review spinal anatomy, adjust instrumentation plans and evaluate screw stability before an operation.
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One thing that sets Zumoko apart from other developers is they stick to their promises. If you ask them about a certain feature or functionality, they will give you a true and realistic answer about the possilibility of making it happen. They will always find an appropriate solutions and keep ongoing cost in mind for the client. If the requested functionality is not possible using existing software tools, you can be sure they have searched far and wide for one, and will have a good answer as to the limitations of existing technology. You can trust that they did their due diligence to find a workable solution.
What impressed me most about Zumoko was their deep expertise in augmented reality and their ability to tackle complex tracking challenges. They really are true AR experts who consistently deliver high-quality, innovative solutions. Their specialised skill set and dedication to excellence made a significant impact on the success of our project.
Zumoko and their team are true AR experts. Very easy to work with and offer a one stop shop for AR projects. Highly recommended!
Zumoko are really great at producing AR content. They are real experts in solving complex tracking problems. Really responsive and easy to work with!
The most beautiful thing about museums is that it stimulates us to think. With the help of the Zumoko "Feel The Art" app, we can experience every art piece in an exceptional way.
Darko is a professional I could trust to test the technical feasibility of my project. He communicated clearly right from the start, set realistic expectations, was creative in problem-solving, always followed through on deadlines and felt like a true partner. Would work with him again.
Darko is the absolute best! We had a last minute project pop up with a compressed timeline and he knocked it out the park. Our team always enjoys working with him; he's knowledgable, hardworking, and a great collaborator.
Darko was very helpful, highly professional and dedicated throughout this project. His subject matter knowledge in Unity C# was outstanding. We would not hesitate to rehire him again in the future.
Darko is a pleasure to work with. He has a great range of software development knowledge and can deliver well written and documented code. He has insight when it comes to solving tough technical challenges and offers good solutions. He does a great job at communicating his progress as well as alerting us early to any potential issues that may come up. A great collaborator and good person to work with on projects.
Various manufacturing industries deal with a series of models, versions and locations with the high demand of production training or product clarification.
The increasing complexity of machining and production, and the amount of required product information are often challenging for industrial companies and their staff.
With Zumoko CAD Model Tracking technology – industry staff in service, logistics, and maintenance can better perform their tasks with both hands free and the complex information in front of their eyes.
First, the position of the physical device or machine is detected with Zumoko CAD Model Tracking, and then 3D virtual information can be added to the real object. The virtual UI menu is added to the real space, with virtual floating labels containing relevant information added to both real and virtual parts.
The virtual menu can be activated using predefined set of voice commands.
Zumoko CAD Model Tracking can be used for industrial maintenance and for industrial learning and instructions, user manuals and other user guides, as well as marketing and advertising of highly advanced technologies.
Zumoko CAD Model Tracking does not rely on the color or texture information of the 3D object, but purely on the 3D geometry of the object.
Technically, the key takeaway is the fact that Zumoko CAD Model Tracking can successfully detect and track 3D objects with specular surfaces (e.g. cars and metallic machine parts).