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Web-Based MIS with Geo-tagging and Mobile Application for Livelihood Projects

Web-Based MIS with Geo-tagging and Mobile Application for Livelihood Projects

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Client
CARE India
Industry
International Development, Livelihoods, Rural Development
Location
Punjab, Gujarat, and Madhya Pradesh, India

The Challenge

CARE India, part of the CARE International Confederation working in over 100 countries, was implementing large-scale livelihood projects across three Indian states — Punjab, Gujarat, and Madhya Pradesh. These projects involved extensive household surveying, beneficiary tracking, and intervention monitoring across thousands of villages, requiring a robust digital infrastructure to manage the complexity.

The core challenges included:

  • Massive data collection scale: Approximately 50,000 households needed to be screened and baselined (one-time), with 50,000+ implementation forms collected monthly across three states
  • No offline-capable mobile solution existed for Community Resource Persons (CRPs) and Village Coordinators working in areas with limited or no internet connectivity
  • Multi-language requirements: Data collection had to support Punjabi, Hindi, and Gujarati to serve diverse field teams
  • No GIS integration for geo-tagging infrastructure locations, households, and project key locations on interactive maps
  • Five distinct user levels — from Admin to Village Coordinators — needed differentiated web and mobile access to forms, dashboards, and reports
  • No real-time monitoring dashboards existed to track progress on key livelihood indicators across states, districts, and blocks
  • Complex reporting needs including custom reports with calculation summaries, GIS-based map views, and exports in PDF, Excel, CSV, and image formats
  • Enterprise-grade security requirements including Azure AD Single Sign-On, data encryption, SQL injection prevention, and comprehensive audit trails

Velocity’s Solution

Scope of Work

Velocity delivered an end-to-end solution comprising a web-based MIS platform, an Android mobile application with offline capability, and GIS-integrated dashboards — all designed with microservice architecture for future scalability and cross-browser compatibility.

Key Features & Deliverables

  • Mobile Application (Android & iOS)
  • Offline data entry capability with auto-sync when connectivity is restored
  • Geo-tagging feature for mapping locations of infrastructure, households, and project sites
  • Multi-media capture (photos, videos, audio, documents) with location tagging
  • Bi-lingual interface supporting Punjabi, Hindi, and Gujarati
  • Bulk upload of data using CSV formats

  • Web-Based MIS Platform
  • Graphical User Interface for viewing, saving, downloading, scheduling, and updating parameters
  • Dynamic business parameter management (add/modify/delete) without programming
  • Custom report builder with field selection and calculation summaries
  • 360-degree search functionality across all record fields
  • Data archiving with timestamps for all additions, modifications, and deletions

  • GIS-Based Mapping & Visualization
  • Boundary marking of project areas on interactive maps
  • Project location tagging with event creation capabilities
  • Real-time geolocation maps
  • Location-based analytics of project KPIs
  • Before/after project output measurement based on date or location
  • Infrastructure mapping (roads, buildings, toilets, solar sites, etc.)

  • Advanced Reporting & Analytics
  • Online reports in defined formats with time-frequency scheduling
  • Chart and graphical format reports with advanced visualization tools
  • Export capabilities: PDF, Excel, CSV, Image, and MS Word formats
  • Performance period-specific reporting per user role requirements

  • Survey Forms Engine
  • Configurable surveys for specified stakeholders
  • Multi-level approval mechanism for data additions, changes, and deletions
  • Complete revision tracking with timestamp details at all levels

  • Access Management & Security
  • Five-level user hierarchy: Admin, Economic Development Unit, Regional Hub, Project Team, Village Coordinator/CRP
  • Azure AD Single Sign-On integration
  • Role-based view/modify/delete access controls
  • SQL injection and HTML injection prevention
  • Data encryption for storage and retrieval

  • Alerts & Notifications

  • SMS and email alert generation
  • Configurable notification rules for various system events


  • Cloud Deployment & Maintenance

  • Cloud hosting with high availability and redundant backup setup
  • Cross-browser compatibility (Firefox, Chrome, Safari, Opera, IE)
  • 9-month post-deployment maintenance including stress testing
  • Microservice architecture for future scalability

Technology Stack

  • Microservice architecture for web platform
  • Android native application development
  • GIS mapping and geolocation services
  • Azure AD for Single Sign-On
  • Cloud hosting infrastructure (Indian data centers)
  • SMS and email gateway integration
  • SSL/TLS encrypted communication
  • RESTful API architecture

Implementation Approach

Velocity adopted an Agile methodology with phased delivery:

Phase 1 – Requirements & Architecture (Weeks 1-2)
– Stakeholder consultations with CARE India’s Economic Development Unit, Regional Hubs, and field teams
– Finalization of form structures, dashboard indicators, user roles, and data flow architecture
– System design document and workflow diagram approval

Phase 2 – Core Development (Weeks 3-8)
– Parallel development of web MIS and Android mobile application
– GIS integration and map-based visualization development
– Survey form engine and report builder implementation
– Azure AD SSO integration and security hardening

Phase 3 – Testing & Integration (Weeks 9-10)
– Unit testing, integration testing, and security testing
– User Acceptance Testing with CARE India field staff
– Performance and stress testing for pan-India scale operations
– Cross-browser and cross-device compatibility testing

Phase 4 – Deployment & Training (Weeks 11-12)
– Cloud deployment with high availability configuration
– Administrator access handover and staff training sessions
– User manual development and system documentation
– Go-live support and initial data migration

Phase 5 – Maintenance & Support (9 months)
– Ongoing technical support and troubleshooting
– Regular patches, upgrades, and security updates
– Performance monitoring and optimization

Key Outcomes & Impact

  • 50,000+ Households Digitized: Enabled systematic screening, baselining, and monthly tracking of approximately 50,000 households across three states
  • Offline-First Field Operations: CRPs and Village Coordinators could collect data in areas with zero connectivity, with automatic synchronization when online
  • Real-Time Program Visibility: Dynamic dashboards provided CARE India leadership with instant visibility into key livelihood indicators across all project geographies
  • Multi-Language Accessibility: Bi-lingual support in Punjabi, Hindi, and Gujarati ensured comfortable adoption by grassroot-level field staff
  • GIS-Powered Decision Making: Geo-tagged data and map-based analytics enabled location-specific program strategies and resource allocation
  • Enterprise Security Compliance: Azure AD SSO, data encryption, and comprehensive audit trails met CARE India’s stringent data security requirements
  • Scalable Architecture: Microservice-based design allowed the platform to be adapted for other CARE India projects across different geographies

Why Velocity

  • Full-stack development capability covering web platform, mobile application, GIS integration, and cloud infrastructure under a single contract
  • Proven expertise in offline-capable mobile applications critical for data collection in rural areas with limited connectivity
  • Multi-language development experience enabling bi-lingual interfaces in regional Indian languages
  • Strong security and compliance capabilities including Azure AD integration and enterprise-grade data protection
  • Experience with international development organizations and understanding of complex program monitoring requirements in the livelihood sector
  • Microservice architecture expertise ensuring the solution could scale and adapt to CARE India’s evolving needs across its pan-India operations

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