Our video consulting platform provides real-time audio/video streaming of data from one device to another using native WebRTC libraries. Hosted on a scalable AWS infrastructure the video platform offers a range of consultation solutions – text, audio and video chat. It supports all the latest desktop and mobile web browsers, a user-friendly and secure platform to connect over video calls.
The frontend video streaming component is built on Angular JS so that it can be integrated with any modern web application easily. It can be used as a standalone platform or integrated with existing systems for more effective calls.
The solution also uses intelligent bandwidth management to adjust audio/video and data transfer rates based on internet connection bandwidth of participants for better user experience. The solution is also capable of making customized settings based on different parameters for auto lock meeting rooms, password-protected rooms and screen sharing capabilities.
The applicability is proven in many domains, major ones being healthcare for doctor-patient consultation, e-learning, career counselling, legal and more. Main features are:
The project involves developing a mobile application and a web-based admin panel for a platform that allows users to rent personal items. The system supports three key user roles. General users can search, view, and book rental items, make payments, and provide feedback. Item owners can post items for rent, manage their listings and availability, and receive payments. Admin users manage the overall platform including users, item listings, payments, content, and advertisements via the backend panel.
The platform is built using the MEAN stack for the backend and React Native for mobile apps. It integrates with Google Maps, Facebook, Twitter, and payment gateways, and includes SSL encryption for secure transactions. The application supports both Arabic and English languages and offers features such as live chat, push notifications, and social media integration.
This project focused on creating mapping reports to highlight geographic and linguistic disparities in OB/GYN service availability across Kansas. The objective was to provide visual evidence for healthcare researchers and policymakers to better understand provider distribution, identify underserved regions, and highlight language access barriers for Hispanic populations. The deliverables included static maps of provider clusters, Spanish-speaking access segmentation, and a custom symbolic visual to humanize the access challenge.
The social media application project aims to create a comprehensive platform that allows users to connect, communicate, and share content. The application will include features for user registration, profile management, friend lists, forums, messaging, and more. It will also have a robust backend management system for administrators to manage users, content, and system settings.