student · student
Many clinics in India still rely on paper token systems and manual queue management. Patients often wait for long periods without knowing when they will be called, leading to frustration and repeated inquiries at reception. Receptionists spend significant time answering status questions and manually tracking patient order, while doctors have limited visibility into queue flow. Queue Cure '26 addresses this challenge by creating a real-time digital queue management system that provides transparency for patients and operational efficiency for clinics. The goal was to reduce u Process I began by analyzing the primary pain points faced by patients and clinic staff in traditional queue systems. The key challenge was ensuring that queue updates were reflected instantly across multiple screens without requiring manual refreshes. The solution was designed around a real-time architecture using Socket.io for live synchronization between the receptionist dashboard and patient waiting room display. I implemented dynamic wait-time calculations based on queue length and average consultation duration rather than using hardcoded values. Special attention was given to usability by creating a simple receptionist workflow with quick patient registration, token generation, and queue controls. Multiple edge cases were considered, including empty queues, duplicate patient Results The final solution successfully delivers real-time queue visibility across both receptionist and patient interfaces. Queue updates are synchronized instantly using Socket.io, eliminating the need for page refreshes. Wait times are calculated dynamically based on live queue data, improving transparency and patient awareness. The platform streamlines receptionist operations, reduces manual coordination effort, and provides a more organized clinic workflow. The solution demonstrates how digital queue management can significantly improve patient experience and operational efficiency in healthcare Reflection With additional time, I would expand the platform with AI-powered wait-time prediction, WhatsApp notifications, QR-code patient check-in, multi-clinic support, doctor availability tracking, and advanced analytics dashboards. I would also conduct usability testing with real clinic staff and patients to gather feedback and further optimize the workflow and user experience.
Organizations often manage contracts, licenses, insurance policies, compliance certificates, and inspection reports using spreadsheets, emails, and shared folders. As the number of records grows, tracking expiry dates becomes difficult, leading to missed renewals, compliance risks, operational delays, and financial penalties. Managers lack a centralized view of document health and often discover issues only after a record has expired. Sentinel360 solves this problem by providing a single dashboard that automatically tracks expiry dates, classifies records by status, highlights risks, and helps Process I began by understanding the core business challenge: ensuring that important business records never expire unnoticed. Instead of creating a simple document list, I focused on building a business intelligence dashboard that provides visibility and actionable insights. First, I identified the key user needs: record management, expiry tracking, searchability, and quick decision-making. I then designed the information architecture around an executive dashboard, record management module, risk center, renewal center, and analytics sections. Results The final solution successfully centralizes business record tracking into a single dashboard. Users can instantly view active, expiring, and expired records, identify high-risk items, and monitor compliance health. The platform improves visibility, reduces the likelihood of missed renewals, and simplifies record management through search, filtering, and analytics. By presenting critical information in an intuitive format, Sentinel360 enables proactive decision-making and helps organizations stay compliant while reducing operational risks. Reflection Given more time, I would add a backend database, role-based user access, email and SMS reminders, document upload capabilities, audit logs, and AI-powered renewal forecasting. I would also integrate calendar synchronization and automated notification workflows to make the platform more suitable for large-scale enterprise deployment.
This is KOMMAVARAPU’s work on Wooble.
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