The X-ray imaging solutions aimed to revolutionise medical imaging by developing advanced solutions for both static and dynamic X-ray equipment. The scope involved thorough analysis, custom software development and seamless integration with existing systems.

During analysis, areas for improvement were identified, leading to the creation of comprehensive software with patient registration and management, AI based advanced image enhancement algorithms and a radiologist friendly interface complying with latest global medical standards.

Impact: Results included significantly improved image quality, positive user feedback, and cost savings for manufacturers.

This case study outlines a leading metal forging company's journey towards digitization to enhance efficiency, reduce costs, and improve traceability in production. Objectives included boosting production efficiency, enhancing product quality and reducing operational costs.

The scope involved implementing digital design systems, real-time production monitoring, SAP integration and data analytics. Challenges like resistance to change and integration complexity were addressed through training and gradual implementation.

Impact: Significant results included increased production efficiency, improved quality and cost savings through optimized inventory management.

Amid the COVID-19 pandemic, an AI-based body temperature monitoring system to effectively screen individuals for elevated temperatures in public spaces. The objective was to enhance public safety by providing a non-intrusive screening method in airports, malls and healthcare facilities.

Utilizing thermographic cameras and advanced AI algorithms, the system accurately detects real-time temperature variations in the inner canthus of the eye. It also has built-in mask and glasses detection.

Impact: Successfully deployed in various settings, it has enabled early detection, reducing disease transmission risk and facilitating data-driven decision-making for authorities.

To address global challenges in managing diagnostic devices, a Device Management Platform (DMP) was designed, built and implemented. The DMP streamlined device management through a central dashboard, automated provisioning, version management, remote monitoring and troubleshooting ensuring end-to-end encryption for secure data transmission.

Scalable and integrated with existing systems, it significantly reduced operational costs and improved efficiency.

Impact: Results included enhanced security, global accessibility for remote monitoring, device management and positive user feedback. The DMP positioned the company for future growth while ensuring seamless operations and customer satisfaction.