Regulatory Events and Cyber Exposure in Global Critical Minerals

Documented Regulatory Shocks and Cybersecurity Incidents, 2018-2025

Critical mineral supply chains (including lithium, cobalt, nickel, and rare earth elements) face escalating cyber risk at every point from mining through to export and manufacturing. This dashboard aggregates directly reported cyber attacks, major regulatory or policy events, and areas of overlap, using only publicly cited incidents and transparent disclosure data from 2018-2025. Key references: USGS, S&P Global, ENISA, CSIS, IEA, IFSEC, Reuters. See citations for each data point.

Critical Mineral Supply Chain Exposure and Incident Patterns

Incident Types (Share, 2018-2025)
Mineral Exposure Across Incidents
Annual Confirmed Incidents
Source: Event data aggregated for all tables below, with classifications by primary mineral and incident type (see footnotes for details).

Regulatory and Cyber Incident Metrics Overview

Metrics are aggregated from mineral-focused export regulations, transparency regimes, infrastructure controls, and documented cyber incidents (ENISA Threat Landscape, USGS, S&P, Reuters, IEA, public filings).

Policy-Cyber Incident Intersection Table

YearJurisdiction / ActorPolicy or Regulatory EventImpacted Mineral(s)Related Cyber Incident (Ref/Link)Lag (Days)Disclosure LevelEconomic Impact
All data sourced from government releases, S&P, ENISA, IEA, USGS, and international filings. Disclosure levels follow ENISA/IEA rubrics on detail and timeliness.

Incident Disclosure and Transparency by Country

CountryMean Policy→Incident Lag (Days)% Incidents Publicly DisclosedAverage Disclosure DetailRecent Example(s)
Metrics from 2018-2025 policy+incident events, using public reporting (ENISA, S&P, IEA, exchanges, filings, treaty data).
Dashboard code © | Data: USGS, S&P Global, ENISA Threat Landscape, CSIS, IEA, Reuters, IFSEC, and official filings.
Every datapoint is attributable to documented disclosures, government sources, or major industry reporting.

Regulatory Events and Cyber Exposure in Global Critical Minerals