The objective of this project is to develop a mobile and web application that provides an engaging platform for discovering, learning, and interacting with gospel music clips. This application is designed to cater to both amateur and professional musicians by offering personalized user experiences, extensive content management capabilities, and advanced video playback features. It aims to seamlessly integrate user authentication, personalized onboarding, and subscription management, ensuring enjoyable user journey from the moment of launching the app.

The software aims to revolutionize medical billing and case management by integrating teleconsultation and treatment planning features into a comprehensive application. By facilitating smooth transitions between two healthcare systems via single sign-on, healthcare providers can effortlessly navigate between their workspace and the GoodGrid EHR and GoodHealth medical billing systems within the same platform. This integration enhances efficiency and workflow continuity, empowering providers to deliver comprehensive care without interruption.?

The overall goal is to enhance patient care through remote consultations, efficient treatment planning, and automated billing processes. Leveraging advanced technology, the application prioritize accessibility, affordability, and quality in healthcare services while ensuring compliance with regulatory standards. 

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

Application works on parsing images coming from different sources in the form of messages, collect them, read them, convert them into a more readable form and extract data from them.

The objective is to develop a separate Claims management system for automating insurance eligibility verification, claims creation, scrubbing, submission, claims remittance and denial management using EDIs. They have a EMR with the patient data, and need a solution to help empower their business performance, productivity and compliance initiatives. they need:
Claims Management: Speed and ease claims and remittance processing with electronic claims submission powered by an extensive connectivity network.
Eligibility Verification: Determine patient coverage at any time in the revenue cycle to help improve the patient experience and reduce claim denials.
Claim Status: Improve claim visibility during payer processing with claim status from EDI transactions and payer portals.

The objective of this project is to develop an on-demand service marketplace platform that seamlessly connects service seekers with the most relevant service providers in real-time. The platform will cater to a wide range of needs, including fitness and wellness, errands, and other support services, ensuring a convenient and efficient solution for users looking for immediate assistance. Through this marketplace, both service providers and seekers will benefit from an intuitive, user-friendly interface that simplifies the process of finding and delivering services on-demand.