Stratovan is a leading developer of next-generation interactive imaging software for the global medical device and diagnostic markets. Our solutions have broad application to disciplines beyond healthcare, such as paleontology and airport security.
Stratovan's core product line includes a range of novel next-generation visual analysis applications including: 3D image viewing station software, airport screening simulation software, and system solutions including Automated Threat Recognition (ATR), DICOM and DICOS (Digital Imaging and Communications in Medicine/Security) based toolsets.
Our innovative 3D surgical planning and diagnostic tools are used in orthopedics, craniofacial surgery, neuroimaging, oncology, ophthalmology, otolaryngology, paleontology and veterinary medicine.
Our mission is to be the leading supplier of next-generation interactive imaging software to the threat detection, medical device and diagnostic markets worldwide.
Our comprehensive medical toolset provides surgeons with a CT based preoperative surgical planning system. This visualization method helps minimize the evasiveness of the surgical procedure and enhance patient care. Our enhanced CT image segmentation technology allows for detailed step-by-step surgical planning which results in a more accurate and efficient surgical procedure.
Our medical tracking toolset provides clinicians with a CT based post-op assessment method. It provides the ability to analyze and monitor the progression, response and effectiveness of the treatment and/or therapy to improve patient outcome. Our unique image-segmentation approach enhances the tracking of the image size and shape, with the objective of improving treatment time and cost.
Our threat detection toolkit offers security equipment manufactures a novel/orthogonal approach to baggage and cargo screening. It facilitates interoperability of different airport devices through the use of DICOS (Digital Imaging and Communications Security) and vendor-neutral ATR systems. Our image segmentation is optimized for both speed and accuracy, which results in enhanced delineation of objects of interest.
Our patented image processing innovation began with the creation of our patented image-segmentation technology called Tumbler. The Tumbler algorithm enhances the delineation of objects in 3D irrespective of shape, topology, orientation, density and image quality. Our image processing applications help end-users more easily locate and manage image repositories.