The application identifies wound size, shape, area and volume using artificial intelligence (AI) to measure wound circumference, type and progress. It is a platform that allows multiple care facilities to manage wound healing progress rate and wound treatment supplies.

The HIPAA compliant mobile app provides access to real-time wound status and the information is stored for further review from care team. The application provides visual evidence of wound progress and identifies at-risk residents for early intervention.

It also streamlines decision making process and collaboration within care team and is designed for efficient management of wound care supplies.

It provides a smart solution to Healthcare Providers and Patients using advanced Analytics. The patient’s medical records are processed using OCR and the text is obtained from the Digital Charts. Which is further processed through NLP procedures like keyword extraction, NER, etc to obtain vital information from the charts at page level like Diagnosis Codes, DOS, B.P readings, etc. Therefore, it provides a complete analytics solution to the Healthcare Providers and Patients in tracking the medical history of a client and helps them serve in a better way by improving the efficiency in tracking the vital information.

A platform that will assist individuals in screening and tracking musculoskeletal injuries, poor movement patterns, and identifies areas that could become an issue, as well as have the ability to use personalized exercise programs to improve movement and strength. The platform will help children, athletes, and patients in preliminary analyses based on qualitative and quantitative assessment tests, simple movement-based tests, strength tests, and range of motion tests.

Based on the responses given by the patient’s application, it will give an overall score to flag up and highlight any deficient areas and areas that should be addressed to reduce injury risk, pain, or problems. Leveraging an AI Computer Vision-based system to track movement quality and characteristics as users can access in real time or upload a basic video if a mobile device is unavailable. A further secondary component of this is a retraining tool using AI to help improve user's movement pattern

It is an AI Doctor application that acts as an automated conversational agent, helping, and providing an instant answer to questions about patient symptoms. AI robots ask questions and allow the person to ask them questions. It also allows the patient to telecare and Allows Chatbot to pass to a real doctor. The platform is Multilingual- Spanish/English/Russian.

Imaging Systems for Aesthetics and Dermatology. Works in the field of aesthetics and early skin cancer detection, using imaging procedures. Business focus is on the development, image management, archiving, and sale of systems for digital aesthetics, dermatoscopy, and body mapping procedures. We are developing a cloud based solution to integrate new features into the desktop-based medical imaging (SAAS) platform. The application is presently designed to view images and analyse them thereby aiding in the detection of a wide array of dermatological pathologies. Desktop based application is getting migrated to a cloud-based architecture to provide uniform access from various platforms like Macintosh, Microsoft, iPad, and mobile devices.  We also utilize our AI-ML skills in improving image analysis, interoperability, reliance on non-cloud apps, integration of various in-house hardware devices, etc. all factors that will be accommodated while optimizing overall application performance. 

The application identifies wound size, shape, area and volume using artificial intelligence (AI) to measure wound circumference, type and progress. It is a platform that allows multiple care facilities to manage wound healing progress rate and wound treatment supplies.

The HIPAA compliant mobile app provides access to real-time wound status and the information is stored for further review from care team. The application provides visual evidence of wound progress and identifies at-risk residents for early intervention.

It also streamlines decision making process and collaboration within care team and is designed for efficient management of wound care supplies.