Objective: Our system is designed to ensure accurate wrist placement for wearable devices—an essential factor for effective Parkinson’s disease monitoring. Correct device positioning enables reliable capture of movement data, which is critical for assessing motor symptoms and optimizing treatment plans. Methodology:…
Tailored CRM and Process Optimization
Objective: The goal of the project was to streamline business operations by addressing inefficiencies caused by manual handling of tasks. The key focus areas included: Reducing manual interventions to save time and resources Enhancing staff productivity by automating repetitive tasks Minimizing…
AI-Driven Supply Chain Optimization for Transportation
Objective: Develop a robust security framework to safeguard sensitive customer and financial data on an eCommerce platform that supports transportation and supply chain operations. This project ensures data integrity and trust in an environment where accurate, timely decisions are critical for…
Wrist Detection for Medical Wearable Devices
Objective: Design a robust security framework to safeguard sensitive customer and financial data on an eCommerce platform. Approach: Conducted comprehensive vulnerability assessments and implemented multi-layered defenses including encryption, multi-factor authentication, and continuous monitoring. Solution: Deployed an integrated system that detects, prevents, and responds to…
Speech Recognition for Medical Transcription Automation
Objective: Automate medical transcription using advanced speech recognition technology to reduce the administrative workload for healthcare providers. This solution aims to transform spoken doctor-patient interactions into structured, actionable records, thus allowing clinicians to dedicate more time to direct patient care. Approach:…
Intelligent Fleet Management for Transportation
Objective: To revolutionize fleet management by replacing reactive, manual processes with data-driven decision-making. The goal was to address challenges such as: Unplanned vehicle downtime due to maintenance delays. Inefficient route planning causing fuel waste and delivery delays. Lack of real-time visibility…
Crash Management AI Model
Objective: Our solution automates car damage detection and streamlines the quoting process for panel beaters. By replacing manual inspections with intelligent image analysis, it reduces processing time and enhances the accuracy of damage evaluations. Methodology: We curated an extensive image dataset…