Search Methodology

The dashboard stores only primary sources in the source jurisdiction's own language: official documents, speeches, reports, and publications authored by tracked institutions and actors. When an English-language secondary source references a primary document, the pipeline preserves the secondary source in the entry's Sources and References field so the provenance trail remains visible.

Rather than relying on a fixed query list, the search process widens iteratively to exhaust coverage within the tracked domain. Each run records every new reference as a lead and resolves it in the current run or a subsequent run, continuing until the lead pool is drained.

High-priority sources — statements by senior officials, major regulatory frameworks, primary regulatory bodies — remain in the active search queue even when a run returns no results. Subsequent attempts use alternate name forms, broader keyword variants, venue cross-products, and direct parses of official institutional channels, as these sources are deemed important enough to warrant a more rigorous search. This priority list is maintained and expanded as new high-signal sources are identified.

High-signal sources consist of new or amended regulatory frameworks, statements by tracked actors expressing directional views, analytical reports on governance dynamics, international position papers, and substantive policy commentary that reveals how relevant experts frame AI issues.

Source selection applies a relevance gate on policy signal, testing whether a given source reveals something meaningful about how the jurisdiction is thinking about, regulating, deploying, or competing on AI. Through our tag system, explained below, we outline the key concepts within AI policy that users may want to filter for. By defining what constitutes a meaningful policy signal, we can effectively filter sources on whether they answer the following question: would a researcher tracking AI governance find this informative? Documents carrying no policy signal are excluded to reduce noise. Excluded categories include routine filing batch lists, compliance how-tos, individual company filing announcements, and news rewrites that restate a regulation without original analysis. Borderline cases are marked for manual evaluation.

Source Types

GovernmentOfficial government and party bodies: regulators, ministries, legislatures, foreign affairs, security agencies, and standards bodies.
AI Labs & CompaniesAI companies and frontier research labs developing models, infrastructure, or applications relevant to governance debates.
Think TanksPolicy research institutes producing AI governance analysis, position papers, and Track-2 diplomacy work.
AcademicUniversities and research centers contributing to AI ethics, law, safety, and policy literature.
MediaState, party, and independent media reporting on or shaping AI policy discourse.
OtherOther sources not fitting the above categories.

Tag Design Principles

Tags are organized across three categories: Governance Domains, International Dimensions, and Risk Framing. A single entry can carry multiple tags within a category. The taxonomy is designed under a few explicit principles with consideration for the challenges of cross-lingual and cross-contextual coding, in an attempt to be as context-agnostic as possible.

For Governance Domains and International Dimensions, tags are applied only when the relevant domain is explicitly addressed in the document, not inferred from institutional affiliation or analytical judgment about what the document implies.

Risk Framing tags are implemented differently. These are applied when a document demonstrates awareness of a concern recognizable to the risk category, regardless of whether it is explicitly named.

To the best of our ability, each tag is designed with conceptual equivalence in mind — referencing the same phenomenon across cultural and jurisdictional contexts and avoiding Western-coded framing that would systematically miscategorize non-Western documents. For example, competition in Western policy discourse commonly denotes US-China strategic rivalry; in Chinese regulatory and industry discourse, 竞争 frequently appears in the context of domestic inter-firm competition between labs, a distinct phenomenon with different regulatory implications. The taxonomy therefore separates Great Power Competition — applied only when the document itself uses explicit rivalry framing (大国竞争、科技博弈、卡脖子) — from Industrial Policy, which captures domestic market development. Ethics & Values Alignment is similarly defined without presupposing any single normative tradition as a referent, to avoid treating Western AI ethics discourse as the conceptual default.

Governance Domains

Content ModerationSynthetic media, deepfakes, watermarking requirements, and platform obligations for filtering AI-generated outputs.
Data GovernanceCollection, storage, sharing, or cross-border transfer of data as it relates to AI development or deployment.
Surveillance & MonitoringApplied only when monitoring is a stated subject of the document, not inferred from adjacent governance topics.
Military & DefenseMilitary AI applications, autonomous weapons, defense strategy, and civil-military fusion policy.
Industrial PolicyCovers domestic market development and state-directed AI industry growth — distinct from Great Power Competition, which requires explicit rivalry framing.
Frontier General-Purpose ModelsFollows the document's own operative definition of "frontier" rather than a fixed external threshold.
Standards & CertificationTechnical standards, benchmarks, testing protocols, and certification requirements issued by domestic or international standards bodies.
Open-Source ModelsPolicy positions on the release, licensing, or governance of open-weight or open-source AI models.
Ethics & Values AlignmentDefined without presupposing any single normative tradition as the referent, to avoid treating Western AI ethics discourse as the conceptual default.
Intellectual PropertyCopyright questions around training data, patent frameworks for AI-generated inventions, and AI-assisted authorship disputes.

International Dimensions

Multilateral GovernanceAI governance through multilateral institutions, forums, or agreements — UN, G7/G20, OECD, regional blocs, AI Safety Summits.
Bilateral CooperationApplied when a specific bilateral relationship is an explicit subject of the document, not merely its context.
International StandardsEngagement with ISO, ITU, IEEE, or equivalent bodies on cross-jurisdictional AI technical norms.
Great Power CompetitionApplied only when the document uses competitive-rivalry framing (大国竞争、科技博弈、卡脖子) — not inferred from subject matter.
Technology Diffusion & DevelopmentAI technology transfer, capacity building, and governance frameworks directed at developing countries.
Compute & Hardware AccessCovers what is more commonly understood as "export controls" in US policy discourse, but encompasses both restriction and access-expansion efforts.

Risk Framing

Misuse RisksApplied when the document frames intentional harmful use as a risk, not merely when it prohibits harmful outputs.
Loss of ControlApplied when a document demonstrates awareness of risks from systems acting beyond intended parameters or oversight.
National Security & StabilityBeyond conventional national security framing, also encompasses regime continuity concerns.
Operational Safety & ReliabilityApplies to technical robustness concerns such as hallucination and bias — distinct from Loss of Control, which concerns behavioral autonomy.
CBRNAI's role in enabling, exacerbating, or mitigating chemical, biological, radiological, or nuclear threats.
Socioeconomic DisruptionLabor displacement, economic inequality, concentration of market power, and risks from failing to manage AI transitions.

Tag Distribution Across Sources

Bar length represents share of total entries carrying each tag. Entries can carry multiple tags, so totals across categories overlap.

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Acknowledgements

We are grateful to Parv Mahajan, whose early prototype and methodology informed the foundation of this project. We thank Edward and the Safe AI Forum for their feedback on source coverage and analytical framing. We also thank the researchers at RAND, CNAS, and the Institute for Progress who offered early input on the dashboard's direction.