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 MorePathologists have long been using traditional diagnosis methods that are time consuming and prone to errors. AI pathology-based diagnosis uses automated diagnostic devices to offer a shorter turnaround time then traditional microscopic testing. Additionally, the possibility of errors is reduced through quality control of digital pathology software, along with a more holistic collaborative approach.
AI for pathology causes an instant transformation, wherein pathologists in the digital realm are no longer dealing with glass, but with pixels that can be sent to any part of the world for specialized examination. Through image analysis algorithms, AI in medical testing allows for automated analysis that is generated through the basis of research and recorded data in the software.
AI for pathology leverages the predictive analytics technology to assist clinicians to identify disease vulnerability prior to its onset. This creates a culture of preventive care as opposed to remedial care. Through intelligent machine learning, patients who are prone to a certain illness are flagged and therefore, capture the attention of the pathologist who can then advice long term care.
An AI-based pathology solution that uses neural elements to make the system identify objects that have been rarely or never seen. Through advanced algorithms, these objects are then analyzed and highlighted to the pathologist, along with a detailed account. The process is further enhanced through a suggested translation of the implication of the identified object.
An image segmentation technique is a distinguished feature of AI-based pathology technology, wherein mathematical morphology is applied to segregate images through the watershed transform and the homotopic modification. Intelligent and automated features of segmentation allow the pathologist to operate with higher efficacy.
This AI pathology solution offers holistic diagnosis by expanding its reach to capture the full-spectrum of the sample/ specimen on the slide, which is in direct contrast to the restricted view of microscopic study. The resultant data and report generation that is obtained from WSI technology is much more comprehensive than traditional methods and can also be used for historic recording purposes.
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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