Overview

OpenSPP is a modular platform for delivering social protection programs. This section explains what it does, how it works, and guides you forward in your understanding of OpenSPP.

Choose your product configuration

OpenSPP offers three specialized configurations designed for different social protection scenarios:

SP-MIS

Social Protection Management Information System for comprehensive program delivery including cash transfers, conditional assistance, and humanitarian interventions.

Social Registry

Centralized beneficiary database that serves as a single source of truth across multiple programs, reducing duplication and enabling better coordination.

Farmer Registry

Agricultural-focused platform combining farm data, land management, and social protection for rural development and climate resilience programs.

Understand core capabilities

OpenSPP delivers comprehensive social protection through modular features that work together seamlessly:

Data foundation

• Unified registry for consolidated beneficiary data

• GIS and land management for location-based targeting

Program delivery

• Program management across the complete lifecycle

• Eligibility and targeting with flexible rules

• Payment and disbursement through multiple channels

System infrastructure

• Data integration and APIs for interoperability

• Change management with audit trails

• Grievance redress for accountability

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Learn fundamental concepts

Understanding OpenSPP's design principles and theoretical foundations:

• Digital public infrastructure - How OpenSPP aligns with DPI principles

• Integrated beneficiary registry - Registry architecture and design

• Data protection - Privacy and security framework

• Extensibility - Platform customization capabilities

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Plan your implementation

Ready to explore OpenSPP for your organization? Our structured approach helps you validate fit and plan successful deployments:

From proof of concept to pilot - Comprehensive guide covering:

• Proof of concept (4-8 weeks) for initial validation

• Pilot implementation (3-6 months) for real-world testing

• Resource planning and success criteria

• Prerequisites and decision frameworks