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.

Client created a Dropshipping website in Shopify which products are sourced from various channels. These products were posted on the website for sale. The website hosts all types of products for kids & adults, fitness products, apparels & accessories, gifts, home decoration items, etc.

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. 

A HIPAA compliant Billing and Payment tracking system for Surgery Centers. The application allows integration with Banking API for tracking transactions and allows access to these centers to sync with their patient schedule.

The Arabic Car Portal is a comprehensive automotive marketplace designed to help users find and purchase vehicles and car parts. The platform facilitates the buying and selling of three types of cars—New, Used, and Salvaged—along with an extensive product section for car parts. Users can perform both basic and advanced searches, including radius-based search, to find vehicles and parts that meet their requirements. The system allows dispute management where users can raise concerns about services, and these disputes will be managed by the Admin. Listings are location-based, and the platform supports multi-currency transactions managed by the Admin. Additionally, SMS Gateway integration enables direct communication between dealers and buyers.

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.