Porter Service Management SaaS Development
Budget: ₹37,500 – ₹75,000 INR
Title: SaaS-Based Porter Service Management
Description of Work Product:
This proposal outlines the development of a SaaS-based platform for managing porter services (with wheelchair support) across multiple hospitals, vendors, and porter personnel. The system will offer a web- based application for hospital administrators and vendors to oversee porter services, and mobile applications for porter personnel to handle service requests efficiently.
This SaaS solution will simplify the coordination of porters, streamline workflows, provide transparency to vendors, and improve patient care through more effective management of mobility assistance in hospitals.
Key Stakeholders
• Hospitals: Manage and request porter services.
• Vendors: Provide porter services to hospitals and track usage.
• Porter Personnel: Handle requests via a mobile application.
• Administrator: Global Admin for license and Tenant Management
Solution Features:
Web Application for Hospitals and Vendors
• Multi-Hospital Management:
o Ability to manage services across multiple hospitals under one account.
o Assign porters to specific hospital locations.
o Monitor the availability and activity of porters.
o Real-time request dispatching to porters for patients requiring wheelchairs.
• Vendor Management Portal:
o Vendor accounts to manage porters at hospitals they serve.
o View service metrics: total service requests, response times, porter performance, and more.
o Vendor visibility into each hospital’s porter usage and overall efficiency.
• Role-Based Access:
o Hospital Admins: Full control over porter assignments, schedules, and reports.
o Vendor Admins: View hospital usage and porters assigned to their service.
o Data security through role-based access controls.
• Real-Time Dashboards:
o Display metrics on porter activity, hospital requests, peak demand times, and patient service satisfaction.
• Service Scheduling & Assignments:
o Automatic scheduling based on predefined porter shifts.
o Assign requests to porters based on proximity, availability, or manual assignment by hospital staff.
• Porter Availability & Workload:
o Visual representation of porter availability to balance workload efficiently.
o Ability to track porters who are busy or available.
• Reporting & Analytics:
o Exportable reports for hospital and vendor admins.
o Detailed service metrics: number of trips, average response times, porter utilization rates, and peak demand times.
o Feedback collection for patient satisfaction on each service.
• Billing and Usage Tracking:
o Track porter service usage for each hospital.
o Invoicing and payment management for services rendered by the vendors.
o Commission and pricing management for the vendors.
Mobile Application for Porter Personnel
• Job Notifications:
o Receive service requests in real time.
o Notifications for new jobs with relevant details (location, patient name, wheelchair requirement).
• Job Acceptance and Status Updates:
o Ability to accept or reject job requests.
o Update status: On the way, Arrived, Service Completed.
• Navigation and Guidance:
o Integrated navigation within the hospital to quickly reach patients in need.
o Visual cues for porter to reach the correct hospital location for pickup.
• Shift Scheduling:
o View and manage assigned shifts.
o Notifications for upcoming shifts and breaks.
• Service History:
o Porters can view their previous completed services.
o Performance tracking: total trips completed, average time per request, and feedback from patients or staff.
• Porter Feedback Mechanism:
o Receive feedback from hospital administrators or patients regarding service quality.
o Ability to address concerns or improve service based on feedback
Scenarios Considered:
The solution must handle various cases to ensure smooth and effective porter service management:
1. Multiple Hospital Requests:
Each hospital might have multiple concurrent requests for porters. The system should ensure that porters are dispatched efficiently and in priority order.
2. Porter Absenteeism or Unavailability:
If a porter is absent, the system should automatically reassign requests to available porters or notify hospital admin for manual intervention.
3. Peak Demand Handling:
During high-demand periods (e.g., mornings or patient discharge times), the system must prioritize requests and ensure availability of porters based on proximity and urgency.
4. Wheelchair Availability Management:
Track wheelchair inventory to avoid service delays due to unavailability of wheelchairs.
Porters can update wheelchair status via the mobile app.
5. Multi-Vendor Integration:
Vendors providing porters to multiple hospitals must be able to track their employees and manage workloads across hospitals.
6. Service Delays and Escalations:
In case of delays in porter services (due to traffic in the hospital or porter delays), automatic notifications to hospital admin.
Escalation workflows for critical service requests (e.g., emergency patient transfers).
7. Emergency Requests:
Allow emergency requests from hospitals to be flagged with higher priority.
Real-time notifications to porters for immediate attention to emergency cases.
8. Hospital-Specific Configurations:
Each hospital may have specific needs such as response time SLAs, porter shift timings, and custom service protocols.
Configurable workflows and rules for each hospital.
9. Vendor Reporting & Compliance:
Vendors must have access to detailed reports on porter activities for compliance with contracts, including adherence to response time SLAs, porter utilization, and overa l hospital feedback.
10. Compliance and Safety Protocols:
Ensure all porter personnel follow safety and patient care protocols (such as COVID-19 precautions).
Track porter compliance through checklists and feedback mechanisms.
Technology Stack:
o Frontend: Next.js (Web app), React Native (Mobile apps for porters).
o Backend: Python FastAPI for business logic and Celery for long running jobs
o Database: PostgreSQL (RDBMS), Redis (for real-time management) and WebSocket.
o Hosting & Deployment: On-premises and public cloud hosting
o Analytics & Reporting: Google Analytics
o Notifications: Firebase Push Notifications for porter mobile apps.
Security and Compliance Management:
o Data Privacy: Full adherence to HIPAA for healthcare-related data.
o Role-Based Access Control (RBAC): To ensure only authorized personnel can access sensitive data.
o Audit Trails: Logs of every action for accountability.
Description of Work Product:
This proposal outlines the development of a SaaS-based platform for managing porter services (with wheelchair support) across multiple hospitals, vendors, and porter personnel. The system will offer a web- based application for hospital administrators and vendors to oversee porter services, and mobile applications for porter personnel to handle service requests efficiently.
This SaaS solution will simplify the coordination of porters, streamline workflows, provide transparency to vendors, and improve patient care through more effective management of mobility assistance in hospitals.
Key Stakeholders
• Hospitals: Manage and request porter services.
• Vendors: Provide porter services to hospitals and track usage.
• Porter Personnel: Handle requests via a mobile application.
• Administrator: Global Admin for license and Tenant Management
Solution Features:
Web Application for Hospitals and Vendors
• Multi-Hospital Management:
o Ability to manage services across multiple hospitals under one account.
o Assign porters to specific hospital locations.
o Monitor the availability and activity of porters.
o Real-time request dispatching to porters for patients requiring wheelchairs.
• Vendor Management Portal:
o Vendor accounts to manage porters at hospitals they serve.
o View service metrics: total service requests, response times, porter performance, and more.
o Vendor visibility into each hospital’s porter usage and overall efficiency.
• Role-Based Access:
o Hospital Admins: Full control over porter assignments, schedules, and reports.
o Vendor Admins: View hospital usage and porters assigned to their service.
o Data security through role-based access controls.
• Real-Time Dashboards:
o Display metrics on porter activity, hospital requests, peak demand times, and patient service satisfaction.
• Service Scheduling & Assignments:
o Automatic scheduling based on predefined porter shifts.
o Assign requests to porters based on proximity, availability, or manual assignment by hospital staff.
• Porter Availability & Workload:
o Visual representation of porter availability to balance workload efficiently.
o Ability to track porters who are busy or available.
• Reporting & Analytics:
o Exportable reports for hospital and vendor admins.
o Detailed service metrics: number of trips, average response times, porter utilization rates, and peak demand times.
o Feedback collection for patient satisfaction on each service.
• Billing and Usage Tracking:
o Track porter service usage for each hospital.
o Invoicing and payment management for services rendered by the vendors.
o Commission and pricing management for the vendors.
Mobile Application for Porter Personnel
• Job Notifications:
o Receive service requests in real time.
o Notifications for new jobs with relevant details (location, patient name, wheelchair requirement).
• Job Acceptance and Status Updates:
o Ability to accept or reject job requests.
o Update status: On the way, Arrived, Service Completed.
• Navigation and Guidance:
o Integrated navigation within the hospital to quickly reach patients in need.
o Visual cues for porter to reach the correct hospital location for pickup.
• Shift Scheduling:
o View and manage assigned shifts.
o Notifications for upcoming shifts and breaks.
• Service History:
o Porters can view their previous completed services.
o Performance tracking: total trips completed, average time per request, and feedback from patients or staff.
• Porter Feedback Mechanism:
o Receive feedback from hospital administrators or patients regarding service quality.
o Ability to address concerns or improve service based on feedback
Scenarios Considered:
The solution must handle various cases to ensure smooth and effective porter service management:
1. Multiple Hospital Requests:
Each hospital might have multiple concurrent requests for porters. The system should ensure that porters are dispatched efficiently and in priority order.
2. Porter Absenteeism or Unavailability:
If a porter is absent, the system should automatically reassign requests to available porters or notify hospital admin for manual intervention.
3. Peak Demand Handling:
During high-demand periods (e.g., mornings or patient discharge times), the system must prioritize requests and ensure availability of porters based on proximity and urgency.
4. Wheelchair Availability Management:
Track wheelchair inventory to avoid service delays due to unavailability of wheelchairs.
Porters can update wheelchair status via the mobile app.
5. Multi-Vendor Integration:
Vendors providing porters to multiple hospitals must be able to track their employees and manage workloads across hospitals.
6. Service Delays and Escalations:
In case of delays in porter services (due to traffic in the hospital or porter delays), automatic notifications to hospital admin.
Escalation workflows for critical service requests (e.g., emergency patient transfers).
7. Emergency Requests:
Allow emergency requests from hospitals to be flagged with higher priority.
Real-time notifications to porters for immediate attention to emergency cases.
8. Hospital-Specific Configurations:
Each hospital may have specific needs such as response time SLAs, porter shift timings, and custom service protocols.
Configurable workflows and rules for each hospital.
9. Vendor Reporting & Compliance:
Vendors must have access to detailed reports on porter activities for compliance with contracts, including adherence to response time SLAs, porter utilization, and overa l hospital feedback.
10. Compliance and Safety Protocols:
Ensure all porter personnel follow safety and patient care protocols (such as COVID-19 precautions).
Track porter compliance through checklists and feedback mechanisms.
Technology Stack:
o Frontend: Next.js (Web app), React Native (Mobile apps for porters).
o Backend: Python FastAPI for business logic and Celery for long running jobs
o Database: PostgreSQL (RDBMS), Redis (for real-time management) and WebSocket.
o Hosting & Deployment: On-premises and public cloud hosting
o Analytics & Reporting: Google Analytics
o Notifications: Firebase Push Notifications for porter mobile apps.
Security and Compliance Management:
o Data Privacy: Full adherence to HIPAA for healthcare-related data.
o Role-Based Access Control (RBAC): To ensure only authorized personnel can access sensitive data.
o Audit Trails: Logs of every action for accountability.