VrudhSeva is an intelligent elder-care platform designed to ensure the health, safety, and well-being of senior citizens through continuous monitoring and automated emergency response.
The system operates quietly in the background, reducing the need for constant manual interaction, while ensuring that family members, caretakers, and administrators are notified instantly when attention is required.
VrudhSeva is built with a strong focus on reliability, accessibility, privacy, and real-world usability.
The primary goal of VrudhSeva is to bridge the gap between elders and their caregivers by using technology that is:
- Simple for elders
- Informative for family members
- Actionable for caretakers
- Secure and manageable for administrators
The platform is designed to scale from a personal care solution to a community-level elder-care system.
- Tracks vital health parameters and daily activity
- Maintains historical health records
- Enables early detection of abnormal conditions
- One-touch emergency trigger for elders
- Automatic alert escalation
- Simultaneous notifications to family, caretaker, and system logs
The platform supports clearly defined user roles:
- Elder – Core user being monitored
- Family Member – Primary and Secondary roles with different permissions
- Caretaker – On-ground caregiver with health update responsibilities
- Admin – System and user management authority
- Developer – Codebase and infrastructure maintenance (no user data access)
- Permissions enforced at both UI and API level
- Strict separation of responsibilities
- Centralized permission matrix and role definitions
- Core actions work without internet
- Data stored locally and synced automatically
- Emergency events prioritized during sync
- Context-aware alerts
- Reduced false alarms
- Priority-based delivery
VrudhSeva/
├── Assets/ # Project-wide assets
│ └── images/ # Diagrams, flowcharts, UI mockups
│ ├── .gitkeep # Ensures directory tracking
│ └── [architecture diagrams] # RBAC, data flow, sequence diagrams
│
├── AUTH/ # Authentication & Authorization
│ ├── auth_structure.md # Auth flow, RBAC, token strategy
│ ├── permission_matrix.md # Centralized permission table
│ └── roles_definition.md # Role hierarchy & scope
│
├── USERS/ # User role documentation
│ ├── ELDER/ # Core (Primary) user
│ │ ├── README.md # Role overview (what & why)
│ │ └── DOCUMENT.md # Detailed flows, APIs, permissions
│ │
│ ├── FAMILY/ # Family members of Elder
│ │ ├── README.md # Role overview
│ │ └── DOCUMENT.md # Primary vs Secondary flow & access
│ │
│ ├── CARETAKER/ # On-ground support user
│ │ ├── README.md # Role overview
│ │ └── DOCUMENT.md # Care workflows & accountability
│ │
│ ├── ADMIN/ # System administrator
│ │ ├── README.md # Admin responsibilities
│ │ └── DOCUMENT.md # User mgmt, RBAC, system control
│ │
│ └── DEVELOPER/ # Platform developer
│ ├── README.md # Dev role & scope
│ └── DOCUMENT.md # Dev workflow, CI/CD, security
│
├── FLOWS/ # Application-level flows
│ ├── user_onboarding.md # Elder → Family → Caretaker linking
│ ├── emergency_flow.md # SOS & alert escalation
│ ├── health_data_flow.md # Health data lifecycle
│ └── offline_sync_flow.md # Offline-first sync logic
│
├── README.md # Project overview & vision
│
└── [Source_Code] # App, backend, configs, etc.(Not provided becuase of project is on Active Development)
- Elder-first UX: Minimal, accessible, and stress-free interaction
- Fail-safe by design: Emergency handling works in low-connectivity conditions
- Security by default: No unnecessary access to sensitive data
- Documentation-driven development: Every flow is clearly defined before implementation
The system uses a strict role-based access model with clearly defined permissions.
Detailed documentation is available in:
AUTH/permission_matrix.mdAUTH/roles_definition.md
These documents define:
- Role hierarchy
- Allowed actions per role
- Security boundaries and restrictions
Core system behavior is documented and standardized through dedicated flow documents:
- User Onboarding Flow – Elder → Family → Caretaker linking
- Emergency Flow – SOS triggering and escalation
- Health Data Flow – Collection, validation, alerts, and reporting
- Offline Sync Flow – Data consistency and conflict handling
These flows ensure predictable and reliable system behavior across all user roles.
- Flutter
- Figma (UI/UX design)
- Python
- Java
- C++
- Firebase
- MongoDB
- Redis
- Custom backend services
- WebSockets
- Twilio (planned)
- Fitness band / wearable devices (planned)
- Simple onboarding and login
- Minimal interaction required
- Emergency access always available
- View basic health summaries
- Monitor elder’s health and activity
- Receive emergency alerts
- Manage care coordination (Primary member)
- Update health and activity data
- Respond to emergencies
- Follow assigned care schedules
The project includes comprehensive documentation and visual references such as:
- System architecture diagrams
- Role-based user flows
- Emergency escalation diagrams
- Offline sync logic
- UI mockups and wireframes
These resources ensure clarity for developers, reviewers, and future contributors.
Contributions are welcome and encouraged, provided they follow the project’s standards.
- Fork the repository
- Create a feature branch
git checkout -b feature/short-description
- The project focuses on elderly care with emphasis on autonomous monitoring and emergency response
- Multi-role support ensures flexibility for different stakeholder needs
- Privacy and security are paramount in healthcare applications
- The system is designed to minimize user friction while maximizing safety
For bug reports, feature requests, or general inquiries, please open an Issue on GitHub.
This project is licensed under the MIT License – see the LICENSE file for details.
- Developer: JAYMEEN N. VAGHELA
- Email: jaymeenvaghela07@gmail.com
- GitHub: github.com/jaymeen07-r