Education systems globally are under pressure to become more equitable, resilient, and responsive to changing labor markets. However, traditional digital education solutions remain fragmented, exclusionary, and poorly integrated. Digital Public Infrastructure (DPI) offers a transformative approach: one where learner identity, learning records, credentialing, and resource access are seamlessly connected across a trusted and interoperable ecosystem. When designed inclusively, DPI enables personalized learning, real-time decision-making, and skills portability—unlocking pathways to lifelong learning and employment.
The Challenge: Fragmentation and Inequity in Digital Learning
Despite growing investment in EdTech, most digital education initiatives operate in isolation. Learners often lack a unified identity across platforms, and academic records are rarely portable. Marginalized students—particularly girls, those in rural areas, or individuals with disabilities—frequently face exclusion due to lack of connectivity, devices, or usable content formats.
Without foundational infrastructure, these interventions risk deepening the digital divide. The absence of data interoperability also impairs government oversight, donor accountability, and labor market alignment.
DPI in Education: A Foundational Layer for Systems Transformation
DPI provides the foundational “rails” to connect every learner, institution, and education service. Key capabilities in the education context include:
- Digital Learner Identity (EduID): A secure, interoperable ID system that follows the learner across schools, grades, and programs—enabling tracking, personalization, and support continuity.
- Learning Record Stores (LRS): Decentralized repositories of student performance, attendance, and assessment data that integrate with diverse platforms.
- Credentialing Frameworks: Open, verifiable, and portable records of achievement—whether academic, vocational, or informal—that reduce credential fraud and promote mobility.
- Consent-Based Data Sharing: Governance systems that allow learners to share data with employers, universities, or financial institutions while protecting privacy and autonomy.
Together, these elements form an education DPI stack that improves access, governance, and accountability.
Use Cases: Kenya’s NEMIS and India’s DIKSHA
Kenya’s National Education Management Information System (NEMIS) assigns each learner a unique personal identifier, enabling longitudinal tracking from primary through tertiary education. It supports policy decisions on resource allocation, school performance, and subsidy distribution.
India’s DIKSHA platform, part of the larger DPI ecosystem, offers open access to curriculum-linked content in over 30 languages. With over 120 million users, DIKSHA is integrated with the Aadhaar-based identity system and learning records, enabling both teachers and students to receive targeted learning experiences.
Both systems exemplify how DPI can align public, private, and nonprofit actors toward a common infrastructure while ensuring learner agency and inclusion.
From Learning to Earning: Skills Portability and Labor Market Linkages
DPI can close the education-to-employment gap by allowing learners to carry their credentials across platforms, institutions, and borders.
Open credentialing enables:
- Micro-credential verification for short courses and upskilling
- Recognition of prior learning across formal and informal channels
- Matching learners to jobs based on skills, not just degrees
Paired with digital payment systems and identity, DPI can also support education financing, including scholarship verification, digital loan disbursement, and income-linked repayment systems.
This positions DPI as a cornerstone of future-ready, inclusive education ecosystems.
What This Means for Policymakers
- Adopt DPI as core to education system design - Build digital learner identity, credentialing, and learning records into national education strategies and budgets.
- Ensure inclusive access and infrastructure - Invest in multilingual, low-bandwidth, mobile-compatible platforms that reach marginalized learners in rural and underserved areas.
- Protect learner data and privacy - Implement robust consent mechanisms, access controls, and ethical AI governance in DPI platforms.
- Integrate education with labor and social protection DPI - Enable learners to share verifiable credentials with job platforms, social programs, and employers.
- Support public-private co-creation of open standards - Ensure DPI APIs, credential frameworks, and data schemas are open, extensible, and co-developed with edtech providers and civil society.
Conclusion
DPI in education is not about digitizing schools—it’s about reimagining education systems. With the right infrastructure, learners can move across platforms, institutions, and borders without losing identity, credentials, or opportunity.
By embedding DPI into the design of national education systems, governments can ensure every learner is visible, supported, and empowered. The future of learning is portable, inclusive, and lifelong—and DPI is the platform that can make it real.
