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EDUcore

Harmonizing Interoperability Specs for AI


Why EDUcore?

AI is reshaping how education and workforce systems operate. However, most of this ecosystem is not prepared to use AI safely or consistently.

Education runs on data—but interoperability standards and implementation guides are fragmented across organizations, sectors, and technical stacks. Institutions that need to exchange learner, program, credential, and outcomes data must navigate multiple specifications that do not map cleanly to each other.

The result:

  • Duplicated integration work
  • Inconsistent meaning
  • Limited reuse

All of which create barriers to innovation, implementation, and scalability.


Mission

EDUcore’s mission is to establish an AI-ready “source of truth” for interoperability—built by aligning existing standards rather than replacing them.

Through:

  • Active participation from standards bodies
  • Support from organizations like the Gates Foundation, Strada, and the U.S. Chamber Foundation
  • Collaboration across the Data Standards United initiative

EDUcore will provide:

  • A shared semantic backbone
  • A practical mapping layer

This enables organizations to:

  • Continue using existing systems
  • Achieve consistent, governed interoperability
  • Scale innovation more effectively

We are not creating “one new standard to rule them all.”
We are building shared infrastructure that makes existing standards easier to understand, implement, and connect across the PK20W+ ecosystem (early childhood through workforce).


What Are We Working Toward?

1. A Common Semantic Backbone

Establish a baseline linked-data model (RDF / JSON-LD) grounded in:

  • CEDS (Common Education Data Standards)
  • Credential transparency frameworks (e.g., CTDL)

Includes core entities such as:

  • Person
  • Organization
  • Credential
  • Learning Event
  • Assessment
  • Employment Event

Where gaps exist, we will propose governed extensions through relevant communities.


2. Use-Case-Driven Mappings

Define and prioritize cross-sector use cases, then map:

  • Standards
  • Profiles
  • Data elements

to the baseline model.

Outcome:

  • Explicit, versioned, and auditable crosswalks
  • AI-assisted implementation without inventing meaning

3. A Practical Reference Library

Publish a working reference library that is:

  • Searchable
  • Structured for implementers
  • AI-consumable

Includes:

  • Canonical definitions
  • Mappings
  • Implementation notes
  • Openness / availability status
  • Governance metadata

This lowers the cost of adoption for:

  • School districts
  • Colleges
  • Workforce boards
  • Employers

4. Future-Proofed, Safe-by-Design Enablement

Engage technical leaders, including major platform providers, to ensure:

  • AI-ready architecture
  • Privacy protections
  • Provenance tracking
  • Auditability
  • Human oversight in high-stakes contexts

EDUcore follows a targeted universalism approach:

Universal interoperability outcomes with targeted adoption pathways for organizations with different constraints.


What This Enables

This work establishes the planning and design foundation for subsequent build phases.

With support from forward-looking partners like the Gates Foundation, EDUcore will:

  • Lower the cost of interoperability
  • Improve safety and consistency in AI use
  • Accelerate the development of tools that support learners and workers

Get Involved

We’re building this in the open—across standards bodies, institutions, and implementers.

If you're working on interoperability, AI, or education/workforce data systems, we want to collaborate.

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