GIIS
Global Infrastructure Identity Initiative
The Case for Infrastructure Identity Standards
Infrastructure breaks when identity does not persist
Across infrastructure, records are created in one system, handed off to another, and degraded over time. As assets move through planning, design, construction, operations, maintenance, and ownership change, no continuous reference point follows the asset itself.
GIIS is the trust framework behind infrastructure identity
GIIS, the Global Infrastructure Identity Standard, is the governance layer that defines how infrastructure identities are issued, validated, and maintained. It establishes the authority structure, stewardship model, and issuer rules required for identity to function at scale across the built environment.
From proprietary tags to trusted infrastructure identity
Without a governing standard, infrastructure identifiers remain isolated, proprietary, and system-bound. With GIIS, they become part of a coherent identity network designed for interoperability, validation, and long-term continuity.
Built for cross-system continuity
Infrastructure data lives across GIS, permitting systems, engineering files, inspection platforms, maintenance systems, and operational workflows. GIIS creates the standard layer that allows those environments to reference the same asset identity without forcing centralization or system replacement.
Key GIIS Value Pillars
Governance
GIIS defines the rules and authority model that make infrastructure identity legitimate, auditable, and enforceable over time rather than as disconnected identifiers.
Interoperability
GIIS gives different systems and stakeholders a shared reference point without requiring replacement of existing tools, workflows, or infrastructure platforms.
Continuity
GIIS supports identity persistence across inspections, upgrades, transfers, and operational change so the asset remains the anchor of its own history.
Trust at Scale
GIIS provides the structure needed for infrastructure identity to operate as shared infrastructure rather than as disconnected identifiers.
The Global Standard for Infrastructure Identity
GIIS establishes the governance framework that makes persistent infrastructure identity trusted, interoperable, and durable across systems, organizations, and asset lifecycles.
The Global Infrastructure Identity Standard (GIIS) is the governance framework that establishes how infrastructure identity is issued, validated, and maintained across systems, organizations, and asset lifecycles. Infrastructure has historically operated without a persistent identity layer, meaning that as assets move through planning, design, construction, operations, and ownership transitions, no continuous reference point follows the asset itself. Records are created in one system, handed off to another, and over time become fragmented or lost. The result is structural fragmentation: lifecycle visibility breaks across programs and contractors, auditability weakens, and decisions are made without full asset context. GIIS addresses this by defining the authority structure, protocol stewardship, and issuer authorization rules that govern how infrastructure identities are created and how they remain trustworthy across decades of operation.
GIIS is not a product or platform—it is the standard layer that makes infrastructure identity function as shared, trusted infrastructure rather than isolated, proprietary tags. Without GIIS, infrastructure identifiers remain system-bound and break whenever platforms change or stakeholders transition. With GIIS, they become part of a globally coherent identity network designed for interoperability and long-term continuity. GIIS establishes who can issue identities, how they are validated, and how trust is maintained over time, operating as the clearinghouse layer for the built environment analogous to standards like SWIFT in financial transactions. It does not replace existing systems—it provides a common reference framework that allows those systems to align to a shared infrastructure identity, shifting infrastructure management from system-dependent data to asset-anchored continuity.