The app aims to help individuals with sleep issues like difficulty falling asleep, waking up too early, or trouble resuming sleep by analyzing sleep sounds through the device’s microphone. It will leverage AI to classify sleep sounds, detect snoring, and assess sleep apnea risk, providing personalized insights and recommendations. Using AI-driven analysis, the app will offer real-time reports and track sleep patterns, all while functioning offline. Additional features include meditation videos, sleep tracking, and relaxation tools to improve sleep hygiene.

Application is an international telehealth AI concierge platform connecting Doctors to Patients and tailoring personalized programs with dedicated health coaches to keep you accountable. It helps in Avoiding unnecessary visits and long waits at the ER or urgent care. Save time and effort in getting medical answers or advice from your Doctor. It provides easy access to user personal healthcare coaches. Telehealth service is based on user geolocation and will connect you to the closest licensed physician around. 

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.

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.

This solution aims to provide comprehensive support and guidance to women during their prenatal and postnatal journeys. Through an initial consultation, users will be matched with a suitable care team who will be available around the clock to assist as needed. In addition to personalized consultations, the platform will offer educational sessions and content to support women throughout their pregnancy and into parenthood.

The .NET Core application acts as middleware in this scenario, facilitating the exchange of data between the CCMG EMR (Electronic Medical Records) system and other systems. The middleware retrieves patient data from the CCMG EMR system, which likely includes various medical records and information.

Additionally, middleware handles HL7 lab requests, (Incoming) process consists of lab data files fetching from the lab’s FTP server and save on CCMG FTP server and for (Outgoing) process, patient data from the database created in the form of HL7 ORU message then transfer to client i.e. ftp, post. Implemented process of uploading CCDA to FTP server using PHI direct.