OSP’s team of experienced healthcare experts offers quality healthcare consulting services for providers and health plans. Our team includes experts on enterprise software platforms, US government programs, digital innovation, and business operations.
Learn MoreOSP is proficient and experienced in building robust enterprise applications to address your complex and sophisticated software needs and execute your digital transformation lifecycle. We have comprehensive customized tools to solve your healthcare challenge.
Learn MoreOptimizing the healthcare system is essential for better productivity and quality performance. OSP’s team of developers can enhance and upgrade the healthcare solutions in modules, security, or interoperability sections with new custom components.
Learn MoreOSP’s QA team can resolve the challenges of disrupted workflow and application safety. We offer assurance in product quality with multiple levels of quality testing, including usability, performance, localization, and security testing.
Learn MoreSifting through the volumes of patient information to identify relevant patterns is an almost impossible task for radiologists to undertake without a virtual assistant. AI in radiology technology is capable of offering immediate clinical decision support toward diagnosis through the meaningful interpretation of medical images and the culling of latent information to distinguish patterns, which can considerably enhance the work of radiologists.
The traditional method relies on the radiologist to read a scan with little or no help, with a full and final dependency on the identification of the radiologist. With our AI radiology technologies, a chest Computed Tomography (CT) scan is reviewed and potential findings are immediately identified from the image. Additionally, by combing through the patient history, related to the particular anatomy scanned, identification is made simpler.
Clinicians are forced to depend on medical image analysis performed solely by radiologists. Through our image analysis solutions in AI for radiology, computer vision software is powered with deep learning algorithms to undertake automated analysis, with highly accurate results that are delivered much faster than physical processes.
Radiologists are prone to errors due to imaging and human constraints. A misdiagnosis is a natural outcome of overloaded radiologists. Our breakthrough technology in AI for radiology offers deep learning and replicates the functions of the human brain to recognize images with higher than human level accuracy.
Through the use of comprehensive research applications, our intelligent algorithms are embedded with the ability to identify and analyze textures in medical images that are susceptible to be missed by the human eye. Computer-aided diagnosis has never been easier through the merger of AI and radiology.
Categorizing medical images is currently limited to the physical labelling of medical data. Our data augmentation techniques within AI and radiology curtail the memorization of training data and force the use of performance data that lies outside the training set. Augmentation in medical imaging creates a variety of scenarios that enhances the quality of training.
Selita JansenWe reached out to OSP to provide an estimate on a technology solution we were interested in developing. From the initial conversation, the team was professional, courteous, and thorough. We were able to make a quick decision to move forward with OSP because we were confident that our requirements were accurately captured and the development deliverables and associated costs were clear. The OSP development team stayed on schedule and within budget throughout the build phase and provided weekly communications to keep our team informed along the way. If we require application development in the future, OSP will be the first call we make.
US is facing a crisis of inadequate care for pregnant women, particularly for those in rural or disadvantaged socioeconomic communities. Shortages of maternal-fetal medicine experts (MFM) have reached critical levels.
Our US-based client wanted to solve this challenge by using technology to provide quality health access to pregnant women. Building a solution that connects MFM experts to pregnant women in the remote local clinic through real-time video streaming was the need of the hour.
Learn MoreUS is facing a crisis of inadequate care for pregnant women, particularly for those in rural or disadvantaged socioeconomic communities. Shortages of maternal-fetal medicine experts (MFM) have reached critical levels.
Our US-based client wanted to solve this challenge by using technology to provide quality health access to pregnant women. Building a solution that connects MFM experts to pregnant women in the remote local clinic through real-time video streaming was the need of the hour.
Learn MoreUS is facing a crisis of inadequate care for pregnant women, particularly for those in rural or disadvantaged socioeconomic communities. Shortages of maternal-fetal medicine experts (MFM) have reached critical levels.
Our US-based client wanted to solve this challenge by using technology to provide quality health access to pregnant women. Building a solution that connects MFM experts to pregnant women in the remote local clinic through real-time video streaming was the need of the hour.
Learn MoreUS is facing a crisis of inadequate care for pregnant women, particularly for those in rural or disadvantaged socioeconomic communities. Shortages of maternal-fetal medicine experts (MFM) have reached critical levels.
Our US-based client wanted to solve this challenge by using technology to provide quality health access to pregnant women. Building a solution that connects MFM experts to pregnant women in the remote local clinic through real-time video streaming was the need of the hour.
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