Heaters E-Commerce Platform, a family-owned business established in 1990, specializes in providing high-quality heating solutions, including wood and gas heaters, outdoor heating options, and barbecues. The company sought to enhance its online presence by developing a user-friendly website that showcases its diverse product range, offers detailed information on services, and facilitates customer engagement. The objective was to create a digital platform that reflects the company's commitment to quality and customer satisfaction.
The website was designed to:

• Showcase a comprehensive range of heating products with detailed descriptions and images.
• Provide information on services such as heater repairs, inspections, and maintenance.
• Highlight partnerships with renowned brands like Weber, Osburn, and Coonara.
• Offer contact details, showroom location, and operating hours for customer convenience.
• Ensure a responsive design for optimal viewing on various devices.

A custom tracking portal for a Mobile Personal Emergency Response System (mPERS) that includes wearable devices, a software platform, and a call center service, providing immediate attention and help to ageing adults and those in need. The solution utilizes wireless connectivity, cellular technology, and GPS to allow seniors to feel protected while outside their homes. It features fall detection and alerts caregivers, emergency responders, and contacts in case of emergencies. The proposed solution addresses the growing market for medical alert systems driven by an aging population. 

It serves as an interface between IoMT devices, a server, and stakeholders, offering a user-friendly interface for caregivers to manage customers and their devices. The portal includes functionalities such as device inventory management, data tracking, customer support, reports, product purchasing, order history, help section, and account management.

An online gaming platform based on real time sports data. It allows users to play quizzes from various sports leagues (Football, Hockey, Baseball, Basketball). The third-party feed has been used to add sports data into the application. Admin can create a contest that is shown to every user in the dashboard so that the user can play it. Admin can see a list of contest games which he has added in 3 categories: expired leagues, upcoming leagues, ongoing leagues

The primary objective of this project is to design and implement an event-driven backend system that automates the generation, validation, and delivery of healthcare-related EDI (Electronic Data Interchange) files, such as 834 (Eligibility and Enrollment), 837 (Claims), and 835 (Remittance Advice). These files are essential for secure, standardized, and compliant data exchange between healthcare providers, payers, and regulatory partners.

This system aims to:

• Ensure compliance with HIPAA and EDI X12 standards through rigorous validation (via Cotiviti).
• Enable seamless integration with external vendors like Avesis, Nations Benefits, and Reveleer through SFTP-based delivery mechanisms.
• Maintain operational transparency and traceability using real-time monitoring and logging via SigNoz.
• Support future scalability and workflow orchestration through modular design and integration with AWS services like SQS and Step Functions.

A Real estate platform that connects property buyers with agents. The site admin has the privilege to assign buyers to the respective agent based on the location in which they are interested. The interaction is done via a message board between the agent & buyer and the site admin has the access to look over the communication which is going on between the two users. 

The primary objective of the proposed application is to enhance the safety and well-being of long-distance and courier service drivers by reducing the incidence of accidents through proactive health monitoring and driving aptitude assessments. The platform, accessible via a mobile app, will empower drivers to manage their daily vitals and ensure their readiness for driving by integrating multiple data collection methods:

1.    Manual Data Entry: A user-friendly intake form will allow drivers to manually input their vital information, with automated notifications based on the data collected.
2.    Camera-Based Monitoring: Drivers can measure their pulse wave by pressing a finger against the front camera, enabling real-time monitoring of pulse stability and fluctuations.
3.    Ring Device Integration: Drivers equipped with a compatible ring device can seamlessly upload vital data, ensuring comprehensive health monitoring.

By leveraging these methods, the solution aims to minimize the risk of accidents caused by health-related issues, ultimately contributing to safer roads and a healthier workforce.