This application simplifies the Loan process for banks and borrowers by eliminating the manual process of documents verification. User fills a loan application form and uploads supporting documents. Then a hashing algorithm (Keccak256) converts the user application as well its supporting documents to a 32-bit hash. These hashes are then stored on Smart Contract against a user ID and a block address is generated for every user.

This PaaS system has been developed for medium to enterprise-level organizations to manage all kinds of potential crises along with action plans. The system allows all company stakeholders and internal/external entities to have a collaborative approach to managing reputation damage, financial implications, legal liabilities and others. 

Predictive Dialing system has been developed for Australia based Real Estate & Financial Services provider. The main objective of this system is to increase efficiency of business operation by 35%-40% by managing calls based on predictive dialing concept. By eliminating delaying factors like no answer, wrong calls, dnc, etc. automatically, system is connecting telemarketing team with available customers directly, hence an increase in productivity.

It is a web-based AI-Edtech platform for micro-learning and skill enhancement, meeting the demand for flexible, scalable learning solutions. The platform enables students to browse and purchase courses with flat fees and time-limited access (60-90 days).

The system ensures streamlined course monetization with paywalls and provides admins control over pricing, categories, and course management. The AI-powered assistant, governed by a token-based model, enhances user engagement while offering premium upsell opportunities for additional support.

This solution is designed to capitalize on the growing EdTech market by offering personalized, AI-driven learning and automated management processes, with opportunities for revenue expansion through certifications, analytics, and corporate training solutions.

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.

It is a streamlined solution for managing fire inspection operations and maintenance records through its an integrated field service technician mobile apps, client apps, and web-admin interface tailored to enhance compliance and operational efficiency for businesses. The platform consolidates critical fire safety data into a user-friendly, all-in-one system, ensuring accessibility, real-time updates, and simplified compliance with regulations.
This system strengthens client relationships by delivering seamless access to maintenance reports, schedules, and alerts while promoting transparency. With features like real-time updates, job management, asset tracking, secure document storage, and compliance tracking.