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Structured register of government actions in the geoeconomic space — export controls, tariffs, sanctions, FDI screening, subsidies, industrial-policy laws — cross-referenced into the country, minerals, and ETF surface. Charter: docs/IPTM_CHARTER.md.
Severity 1-5 is the qualitative impact rating (1=minor, 5=structural). The bilateral-trade-grounded quant scorer is the next IPTM milestone. RBI (Register Breadth Index) is a complementary structural-breadth indicator from scripts/py/iptm/breadth.py; divergence between RBI and severity is itself informative (high-sev / low-RBI = strategic chokepoint; low-sev / high-RBI = broad but shallow). Every action has at least one primary source URL. Verify-or-don't-file. See also themes, timeline, graph, sankey, map, country exposure, sector exposure, material exposure (+ graph), weekly briefs, portfolio scan, escalation monitor, trans-shipment hubs. Internal triage tools (RSS-poller candidate feed, source-feed health) live under /admin/candidates + /admin/sources. Subscribe via Atom feed (accepts ?country=CN, ?material=lithium, ?issuer=BIS, ?type=export_control, ?etf=SOXX, ?company=NVDA, ?minSeverity=4, ?year=2026, ?q=…) or pull /api/iptm/actions.
Executive Order 14413, signed 22 June 2026, directs a national quantum-computing industrial-policy push: the QC-ADDS effort to deliver large-scale quantum computers to Department of Energy facilities for application development and discovery science, a National Center for Quantum Computing Assessment, an expanded Quantum Information Science and Technology Counterintelligence Protection Team, and a network of National QIST Workforce Development Institutes. It sets staged deadlines (30/60/90/120/180 days) for agency policy alignment, sensor-project identification, QC-ADDS technical specifications, and workforce/supply-chain plans, plus a September 2028 target for next-generation quantum-sensor deployment. Section 9 directs harmonisation of research-security and export-control policy with allies to prevent "countries of concern" from acquiring critical quantum technologies, but the order does not itself impose any new export-control rule. No dollar figures are specified.
Taiwan's Ministry of Economic Affairs established the Quantum Industry Technology Promotion Office (QITPO) on April 27, 2026, as the government's primary vehicle to develop Taiwan's role in the global quantum supply chain beyond its established "Silicon Island" semiconductor position. QITPO is mandated across three axes: supporting Taiwanese manufacturers' technical capabilities in early-stage quantum development ("Quantum Taiwan" initiative); creating a cross-sector exchange platform between industry, academia, and research institutions; and attracting global quantum companies to establish R&D centres in Taiwan. Eighteen Taiwanese companies participated in the launch event.
The UK Department for Science, Innovation and Technology (DSIT) launched the Sovereign AI Fund on 16 April 2026, a £500 million state-anchored equity vehicle chaired by James Wise (Balderton Capital) and designed to operate at venture-capital speed. The Fund makes direct equity investments in UK-headquartered AI startups and bundles allocations of UK AI Research Resource (AIRR) supercomputer capacity alongside investment tickets; an initial cohort of six startups received up to one million GPU hours each and Callosum received the first equity ticket. The Fund is the principal operational implementation of the AI Opportunities Action Plan (CP 1241, January 2025) compute-and-capability pillar and has a dedicated government portal at sovereignai.gov.uk.
Gujarat Chief Minister Bhupendra Patel launched the Gujarat Science, Technology and Innovation (STI) Policy 2026–2031 on 1 March 2026 at the SemiConnect 2026 Conference in Gandhinagar, establishing a five-year ₹1,000 crore Swadeshi Anusandhan Fund (Indigenous Innovation Fund) for domestic R&D across strategic sectors including AI, semiconductors, quantum technologies, biotechnology, green energy, and defence. The policy targets state STI expenditure of 1% of GSDP by 2030, creation of 1 lakh skilled research professionals, 1,000+ IP filings annually, and builds three Gujarat Rajya Research and Innovation Cluster (GRRIC) corridors to anchor the state's growing semiconductor manufacturing ecosystem.
The Cook Islands and United States signed a non-binding Framework for Engagement and Cooperation on 4–5 February 2026, on the sidelines of the 2026 US Critical Minerals Ministerial in Washington DC, to strengthen supply chains for critical minerals, rare earths, and deep-sea minerals. The framework establishes a US–Cook Islands Working Group, promotes joint research, geological mapping and information sharing, encourages responsible investment aligned with high ESG standards, and supports development of secure, diversified and resilient critical minerals supply chains. Uniquely among the eleven bilaterals signed at the Ministerial, the Framework explicitly recognises the Cook Islands' leadership in ocean governance and reaffirms the Cook Islands' full sovereign control over its seabed minerals and decision-making — a sovereignty- preservation clause that distinguishes it from other Feb-2026 cohort instruments.
Council Regulation (EU) 2026/150 of 16 January 2026 amends the founding regulation of the European High Performance Computing Joint Undertaking (Regulation (EU) 2021/1173), adding two new mandate pillars: deployment of "AI gigafactories" — large-scale, energy-efficient compute facilities supporting full-lifecycle training and inference of very large AI models for European researchers, startups and industry — and a broadened quantum technologies pillar covering quantum computing, simulation, communication, and sensing/metrology, alongside creation of a new Quantum Technologies Advisory Group (QTAG). EuroHPC JU's existing joint EU/member-state budget baseline is at least EUR 8.2bn for 2021-2027, now expanded to fund these additional pillars; the regulation entered into force 20 January 2026.
On 9 January 2026 Brazil's Ministry of Mines and Energy published Portaria nº 891/2026, opening a 30-day public consultation (closed 8 February 2026) on the draft Plano Nacional de Mineração 2050 (PNM 2050) — the principal 24-year long-range planning instrument for the Brazilian mineral sector covering 2026–2050. The draft plan is structured around three foundational pillars: sustainability and social value in mining; responsible exploitation of mineral resources; and strategic governance. PNM 2050 is the second-generation successor to the PNM-2010 (2010–2030) and serves as the sector-strategy umbrella above the research-investment PlanGEO 2026-2035 and the critical-mineral-specific PNMCE framework, covering the full breadth of Brazil's mineral economy in the world's fourth-largest mining jurisdiction.
Bhabha Atomic Research Centre (BARC), India's primary nuclear research organisation, published an engineering-procurement- construction (EPC) tender (Tender ID BARC(V)/CES/IPR/EPC/208) on 6 January 2026 for an isotopes production reactor at Visakhapatnam that embeds a domestic-supplier local-content requirement and bid-evaluation preference margin under India's Public Procurement (Preference to Make in India) Order, 2017. Global Trade Alert records the intervention as announced and implemented the same day. This follows the same pattern as the register's other single-tender DPIIT Make-in-India filings (NHAI, NHIDCL, NEEPCO, UPMRC, BMRCL, NHPC, MPPKVVCL), applied here to nuclear infrastructure procurement.