Protocols

Protocol designs and RFC-style specifications that formalize interoperable models, rights structures, and implementation patterns developed through my independent research.

RFC 0003standardsDec 15, 2025

USG Registry Architecture

Standards-Track Specification for Canonical Sports Rights Registries

RFC 0003 defines the Registry Architecture for the Universal Sports Graph (USG). It normatively specifies registry object models, canonical identifiers, lifecycle and versioning semantics, deterministic JSON formatting, SHA-256 integrity requirements, index structures, federation and authority rules, key registry integration, and validation requirements. This RFC formalizes how USG registries are structured, validated, and federated in pilot and production implementations.

referenceDec 8, 2025

USG Reference Registry

Canonical Identifiers & Metadata for USG Implementations (v0.1.0)

The USG Reference Registry provides the first canonical dataset of leagues, teams, venues, broadcasters, rights bundles, and events for the Universal Sports Graph. It defines stable identifiers, schema-backed JSON records, deterministic formatting, machine-generated indexes, and registry-level metadata aligned with RFC 0001 and RFC 0002. This artifact anchors entitlement validation, rights resolution, and clearinghouse settlement in real-world implementations.

RFC 0002standardsDec 1, 2025

USG Entitlement Token Profile

A Standards-Track Specification for Tokenized Sports Access

This RFC defines the USG Entitlement Token Profile, a standards-track specification for issuing, validating, and enforcing tokenized authorization within the Universal Sports Graph. It provides mandatory claims, optional extensions, security and privacy requirements, replay protection, error semantics, and verification logic for interoperable sports access.

RFC 0001informationalNov 9, 2025

The Universal Sports Graph

A Protocol for Rights, Reach, and Real-Time Access

This RFC defines the Universal Sports Graph (USG), a neutral interoperability framework for sports rights registration, tokenized access, and clearinghouse settlement. It treats broadcast rights as structured data to enable transparent distribution, programmable contracts, and federated sports access.

The Approach

Scott Jellen is an independent researcher working at the intersection of protocol design, rights modeling, and interoperability across digital and public systems. His work includes standards-oriented drafts, reference models, and whitepapers that explore how incentives, governance, and infrastructure can be represented clearly. He is currently establishing the Jellen Protocol Lab as a future home for this work. Flagship research includes the Universal Sports Graph (USG), spanning RFC-style specifications and an early reference registry.

© 2025 Scott Jellen. Licensing varies by publication.