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Narrative Book
01Path To Agi
02⚠️Geopolitics
03Conflict
04Climate
05📈Tech
06🔍Health
07🔴Ai In War
08₿Crypto
09💰Follow The Money
10📡Info Warfare
11👁Silent Companies
12🛰Space Dominance
13💧Water Security
14🤯Wtf
15🔔Whistleblowers
16🧪Synthetic Bio
17🌐Digital Nations
18🚀Sci-Fi → Real
19🔴System Failures
20🕵️Conspiracies ✓
21📊MOST INTERES…
22📜MIND BENDING…
23🏛GLOBAL LOBBY…
24📈INTERESTING …
25⚖Dirty Politics
26📉DALIO PRINCI…
🛰

ORBITAL SHIFT

SPACE_DOMINANCE

Central Hypothesis

“Intelligence gathering in progress...”
Evidence strength · confident
33 sourced findings·2 corroborated
76%
12.1Orbital Assets & Satellite Constellations
675

Orbital competition is concentrating on resilient, networked capacity: U.S. programs combine 21 transport satellites, 36 funded tracking and defense vehicles, and a five-vendor data mesh, while China has fielded 368 G60 and SatNet communications satellites.

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12.2Launch Economics & Access
373

U.S. launch access is becoming more repeatable and competitive: Part 450 consolidates fleet licensing, Falcon 9 and Dragon have completed another resupply cycle, and NASA added Terran R for missions through 2030.

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NASA NLS II on-ramp adds Relativity Space Terran R
Relativity Space's Terran R…
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MetricNASA NLS II on-ramp adds Relativity Space Terran R
ValueRelativity Space's Terran R is now available for future NASA and other government missions under the NLS II multiple-award contract; ordering runs through June 2030 (NASA, 2026-09-09)
DetailCAUSAL: (1) NASA used the NLS II annual on-ramp to award Relativity Space a contract for Terran R launch services. (2) The multiple-award indefinite-delivery contract expands the set of launch vehicles that NASA can select for future missions and allows other government agencies to use the services.
75
nasa.gov
NASA Commercial Resupply Services-34
SpaceX Dragon completed…
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MetricNASA Commercial Resupply Services-34
ValueSpaceX Dragon completed NASA’s 34th commercial resupply mission, returning June 17 after delivering nearly 6,500 pounds to the ISS on a May 15 Falcon 9 launch (NASA, 2026-06-17)
DetailCAUSAL: (1) NASA used a contracted Falcon 9/Dragon mission to deliver cargo and experiments to the ISS and then return samples and hardware to Earth. (2) The repeatable commercial loop linked launch, autonomous docking, station operations, and recovery, including research on cryogenic fuel storage, bioprinted tissue, and crew-health equipment. (3) A completed end-to-end commercial resupply cycle demonstrates how private transport providers are becoming the operating backbone for sustained low-Earth-orbit activity and future deep-space preparation.
73
nasa.gov
Commercial launch licensing consolidation🔴 SPOF
Part 450: single license now…
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MetricCommercial launch licensing consolidation
ValuePart 450: single license now covers Blue Origin, Firefly, SpaceX, Rocket Lab, and ULA vehicle fleets (Source: faa.gov, 2026-03-09)
DetailCAUSAL: (1) The FAA completed the transition of all legacy launch and reentry licenses to the single Part 450 framework by the March 9, 2026 deadline, with Blue Origin New Shepard, Firefly Alpha, SpaceX Falcon 9/Falcon Heavy/Dragon, Rocket Lab Electron, and ULA Atlas/Vulcan all now operating under one performance-based rule instead of four separate legacy regulations. (2) The change is a deliberate deregulatory mechanism: Part 450 lets one license cover a portfolio of vehicle configurations, missions, and launch sites, cutting the number of times an operator must seek individual FAA approval. (3) This implies the regulatory bottleneck on U.S. launch cadence is being deliberately loosened at the federal level, which removes a check that previously slowed how fast incumbents like SpaceX and rising players like Rocket Lab could scale flight rates.
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faa.gov
12.3Lunar & Deep Space Race
173

Artemis III crewed landing targeted 2027. China lunar base construction begins. Commercial lunar landers multiplying.

1
NASA names Artemis III crew and details dual-lander rendezvous test flight for 2027confirmed2026-06-09

NASA announced the four-person Artemis III prime crew (Bresnik, Parmitano, Rubio, Douglas) plus a backup, and confirmed the mission will test rendezvous and docking of Orion with both Blue Origin's…

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EventNASA names Artemis III crew and details dual-lander rendezvous test flight for 2027
Date2026-06-09
Statusconfirmed
DetailCAUSAL: (1) NASA announced the four-person Artemis III prime crew (Bresnik, Parmitano, Rubio, Douglas) plus a backup, and confirmed the mission will test rendezvous and docking of Orion with both Blue Origin's and SpaceX's commercial lunar lander pathfinders in Earth orbit in 2027, ahead of the first crewed lunar-surface landing now targeted for Artemis IV in 2028. (2) This step-back from a direct crewed landing was driven by lander readiness: NASA restructured the mission into an in-orbit test campaign so Orion can validate docking, propulsion, and communications interfaces with both commercial landers before committing a crew to a surface descent. (3) It implies the U.S. lunar-return timeline is now explicitly gated on two competing commercial landers reaching flight-test maturity in parallel, making Blue Origin's and SpaceX's hardware schedules, not NASA's own rocket, the critical path to sustained lunar dominance.
73
nasa.gov
12.4Space Militarization & Threats1 live
1076

Counterspace awareness is shifting from isolated sensors to a funded, layered tracking network: a third DARC site would add overlapping GEO coverage, while $615 million in awards expands persistent detection and targeting capacity.

GEO~560 activeMEO~130 activeLEO~7,500 activeVLEOdebris beltUSCNRUEURISKSpace-Based Moving Target Indication and the 77th Surveillance SquadronSpace-…Space Force budget surge to counter co-orbital and counterspace threatsSpace…Deep Space Advanced Radar Capability (DARC) third siteDeep…Resilient Missile Warning and Tracking Epoch 2 MEO constellationResilient…Resilient Missile Warning and Tracking Epoch 2 MEO constellationResilient…Resilient Missile Warning and Tracking Epoch 2 MEO constellationResilient…On-orbit space control weapons and Air Moving Target Indication constellationOn-orbit…SALITRE 2026 live commercial satellite evasive maneuver and coalition space watchSALITRE…Commercial satellite maneuvering integrated into coalition combat exercisesCommercial…77th Surveillance Squadron: Space-Based Moving Target Indication battle-management unit77th…
🚨 ANTI-SATELLITE WEAPONS
Resilient Missile…Resilient Missile…Resilient Missile…On-orbit space…
US
China
Russia
EU
India
Debris
Space-Based…
Space Force…
Deep Space…
Resilient…
Resilient…
Resilient…
12.5Space Economy & Commerce
173

Space economy reaches $570B. In-space manufacturing pilots underway. Space tourism operational with 3 providers.

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Current Market

$570B

$1T+20202030
→ $1T+ by 2030 trajectory
MetricValueDetail
Katalyst-NASA LINK robotic servicing mission
NASA contracted Katalyst to…
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MetricKatalyst-NASA LINK robotic servicing mission
ValueNASA contracted Katalyst to build and launch LINK on a Pegasus XL to raise the Swift observatory’s orbit; rocket integration completed June 9 (NASA, 2026-06-10)
DetailCAUSAL: (1) NASA’s Swift observatory was losing altitude from atmospheric drag, with recent solar activity accelerating the decay, so the agency contracted Katalyst to deliver an orbital-boost servicing spacecraft. (2) Katalyst selected an air-launched Pegasus XL, and Northrop Grumman integrated LINK for transport to Kwajalein and launch later in June. (3) The mission turns commercial rendezvous and servicing into a way to preserve an existing high-value orbital asset, expanding space power beyond launch and replacement into maintaining the usable life of spacecraft.
73
science.nasa.gov
12.6Space Debris & Sustainability
377

Tracked debris objects exceed 36,000. Kessler syndrome risk rising with mega-constellation growth. Active debris removal missions launching.

Orbital debris population and collision-cascade exposure— increasing↑ RISING
high: 68,450 objects larger than 10 cm, 1.5 millio
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CAUSAL: (1) ESA's Space Debris User Portal reports about 46,850 regularly tracked/catalogued space objects, more than 660 fragmentation events, and mo

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RiskOrbital debris population and collision-cascade exposure
Severityhigh: 68,450 objects larger than 10 cm, 1.5 million objects 1-10 cm, 230 million objects 1 mm-1 cm, and 17,024 tonnes in orbit (ESA, 2026-07-31)
Trendincreasing
DetailCAUSAL: (1) ESA's Space Debris User Portal reports about 46,850 regularly tracked/catalogued space objects, more than 660 fragmentation events, and modeled populations far above the catalogued count; the LEO table alone contains 27,868 objects, including 4,744 payload-fragmentation objects and 3,529 rocket-fragmentation objects.
79
sdup.esoc.esa.int
Orbital conjunction workload created by megaconstellations— increasing↑ RISING
high: NASA reports a large increase in conjunction
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CAUSAL: (1) NASA's Conjunction Assessment Risk Analysis team attributes the post-2020 increase in processed events to more payloads occupying its prot

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RiskOrbital conjunction workload created by megaconstellations
Severityhigh: NASA reports a large increase in conjunction events since 2020; megaconstellations changed the orbital environment enough to require new screening volumes implemented in March 2026 (NASA, 2026-08-03)
Trendincreasing
DetailCAUSAL: (1) NASA's Conjunction Assessment Risk Analysis team attributes the post-2020 increase in processed events to more payloads occupying its protected orbital regimes along with debris-generating events. (2) The pre-2026 screening volumes were designed before satellite megaconstellations, so NASA updated them in March 2026 to capture 99 percent of conjunctions with a collision probability
79
nasa.gov
Gande commercial space debris monitoring constellation— increasing↑ RISING
medium: 120 satellites are planned in three phases
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CAUSAL: (1) ATmoto Technology launched the first satellite of the Gande constellation and plans 14 satellites in phase one, 36 high-resolution imaging

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RiskGande commercial space debris monitoring constellation
Severitymedium: 120 satellites are planned in three phases for round-the-clock monitoring across low, medium, and high orbits; the first satellite launched on 2026-07-24 (China National Center for Science and Technology Innovation, 2026-07-26)
Trendincreasing
DetailCAUSAL: (1) ATmoto Technology launched the first satellite of the Gande constellation and plans 14 satellites in phase one, 36 high-resolution imaging and electromagnetic-sensor satellites in phase two, and 70 AI-enabled satellites in phase three before 2030.
74
en.ncsti.gov.cn
12.7Satellite Communications Market1 live
379

LEO broadband reshaping connectivity. Starlink dominates with 4.5M subscribers. Direct-to-cell satellite service launching.

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MetricValueDetail
FCC finalizes rules modernizing spectrum sharing for satellite broadband
Critical design review…
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MetricFCC finalizes rules modernizing spectrum sharing for satellite broadband
ValueCritical design review completed for the first two Epoch 2 MEO orbital planes; 10 new resilient missile-warning satellites are advancing toward assembly and integration (U.S. Space Force, 2026-09-08)
DetailCAUSAL: (1) Space Systems Command completed the critical design review for the first two Epoch 2 orbital planes, moving the program from preliminary design into mature system design. (2) Epoch 2 adds 10 satellites to the 12-satellite Epoch 1 MEO architecture, strengthening global missile-threat tracking and battlespace awareness; assembly, integration, and testing are scheduled to begin in 2027.
80x1
ssc.spaceforce.mil
Space Data Network multi-vendor architecture
$60 million total: five…
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MetricSpace Data Network multi-vendor architecture
Value$60 million total: five companies receive $12 million each for six-to-nine-month connectivity prototypes plus six-month Space Exchange Point satellite agreements (U.S. Space Force, 2026-08-13)
DetailCAUSAL: (1) The Space Force awarded complementary fixed-price contracts and Other Transaction Authority agreements to Amazon LEO for Government, Lockheed Martin, Northrop Grumman, Rocket Lab, and York Space Systems. (2) The first tranche tests ground-to-space and space-to-space transport using standardized physical, electrical, and data interfaces; the second seeds Space Exchange Point satellites
79
ssc.spaceforce.mil
Protected Tactical SATCOM-Global (PTS-G) Swarm 1
$437.7 million in contracts…
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MetricProtected Tactical SATCOM-Global (PTS-G) Swarm 1
Value$437.7 million in contracts to Viasat and Intelsat for the first two operational geosynchronous satellites with anti-jam communications (U.S. Space Force, 2026-06-09)
DetailCAUSAL: (1) Space Systems Command awarded contracts covering manufacture, integration, test, launch, and on-orbit checkout of PTS-G’s first two satellites. (2) The geosynchronous Swarm 1 system combines military Ka-band and X-band payloads with Protected Tactical Waveform and backward compatibility, allowing communications to continue in denied or jammed environments. (3) The award converts commercial satellite production into a resilient worldwide military communications layer, making anti-jam connectivity a concrete infrastructure component of contested-space dominance.
78
ssc.spaceforce.mil
12.8Space-Based Earth Observation
377

Commercial Earth observation is widening both coverage and timeliness: NASA agreements with seven providers add near-global optical and all-weather SAR access, while OroraTech's thermal-infrared satellites can deliver active-fire detections in under an hour.

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OroraTech commercial thermal-infrared constellation
OroraTech provides NASA users…
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MetricOroraTech commercial thermal-infrared constellation
ValueOroraTech provides NASA users up to twice-daily coverage in 2026 with 200 m thermal products, less-than-one-hour active-fire latency, and a planned 15-minute revisit interval as the constellation expands (NASA, 2026-09-11)
DetailCAUSAL: (1) NASA's Commercial Satellite Data Acquisition program lists OroraTech's operational and planned satellites, which carry multispectral thermal-infrared imagers at about 525 km altitude and can deliver active-fire detections in under one hour.
80
science.nasa.gov
NISAR L-band Earth-observation data release
Initial calibrated L-band…
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MetricNISAR L-band Earth-observation data release
ValueInitial calibrated L-band data became public July 20, 2026, covering observations from June 17 onward; the complete science record is expected by end-2026 (NASA Earthdata, 2026-07-21)
DetailCAUSAL: (1) NASA Earthdata released calibrated L-band products from the joint NASA-ISRO NISAR mission through the ASF DAAC, with new acquisitions added as processed. (2) NISAR's 25-centimeter L-band radar penetrates vegetation and, in suitable conditions, snow and ice; repeat imaging every 12 days works through cloud cover and is distributed free through searchable archives and APIs.
79
earthdata.nasa.gov
NASA commercial optical and SAR data agreements
Eight agreements with seven…
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MetricNASA commercial optical and SAR data agreements
ValueEight agreements with seven providers expand near-global optical and SAR access; optical products reach approximately 30 centimeters, while tasked SAR supports all-weather, day-night imaging (NASA, 2026-06-18)
DetailCAUSAL: (1) NASA's Commercial Satellite Data Acquisition Program signed eight agreements with Airbus, Capella, ICEYE, MDA, Planet, Umbra, and Vantor for near-global multispectral and synthetic-aperture-radar data. (2) The package combines optical products at approximately 30 centimeters to 10 meters with tasked SAR modes including Spotlight, StripMap, Scan, Wide or Extended Spotlight, and
73
science.nasa.gov
12.9Cislunar Economy
275

Lunar resource utilization plans accelerating. Artemis Accords signed by 40+ nations. Commercial lunar services market emerging.

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MetricValueDetail
Artemis Accords signatory coalition
72 nations: Djibouti became…
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MetricArtemis Accords signatory coalition
Value72 nations: Djibouti became the 72nd signatory and eighth African country on September 14, 2026, up from 43 signatories in the card metric (NASA, 2026-09-14)
DetailCAUSAL: (1) Djibouti signed the Artemis Accords at NASA Headquarters, expanding the coalition to 72 nations and eight African countries. (2) The Accords establish shared principles for transparency, safety, coordination, scientific data access, and noninterference in lunar and wider space exploration.
75
nasa.gov
NASA Moon Base commercial cargo-lander pipeline
More than 20 robotic landings…
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MetricNASA Moon Base commercial cargo-lander pipeline
ValueMore than 20 robotic landings are planned through 2029; Blue Origin, Firefly Aerospace, Intuitive Machines, and Voyager Lunar Systems are developing landers for deliveries by 2028 (NASA, 2026-08-05)
DetailCAUSAL: (1) NASA's Moon Base architecture calls for recurring CLPS deliveries and more than 20 robotic landings in Phase I, with commercial landers carrying science, technology demonstrations, and infrastructure before astronauts arrive. (2) The pipeline uses distinct commercial capabilities: Blue Origin's MK1 completed thermal-vacuum testing, Firefly's Blue Ghost Mission 2 combines a lander with
74
nasa.gov
12.10Space Governance & Treaties
174

Outer Space Treaty from 1967 increasingly inadequate. Artemis Accords vs ILRS creating dual governance. Debris and spectrum rules contested.

FCC default-to-yes satellite licensing and conditional grants can outpace public scrutiny— increasing↑ RISING
high: FCC Part 100 presumes compliant applications
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CAUSAL: (1) On July 22, 2026, released July 23, the FCC adopted Part 100 and a licensing assembly line that presumes an application serves the public

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RiskFCC default-to-yes satellite licensing and conditional grants can outpace public scrutiny
Severityhigh: FCC Part 100 presumes compliant applications serve the public interest; typical applications receive 15-day public notice, while conditional grants can issue before some coordination or final orbital-debris-plan steps (FCC, 2026-07-23)
Trendincreasing
DetailCAUSAL: (1) On July 22, 2026, released July 23, the FCC adopted Part 100 and a licensing assembly line that presumes an application serves the public interest when it complies with the rules, uses targeted review categories, and generally provides a 15-day public-notice period.
74
docs.fcc.gov
▸Verified Sources (168)

This topic's hunt pipeline cites only these 168 domains — no general web sources.

Government / Regulator

  • NASA — nasa.gov
  • European Space Agency — esa.int
  • U.S. Space Force — spaceforce.mil
  • U.S. Space Command — spacecom.mil
  • National Reconnaissance Office — nro.gov
  • JAXA (Japan) — jaxa.jp
  • ISRO (India) — isro.gov.in
  • FAA (launch licensing) — faa.gov
  • NOAA (space weather) — noaa.gov
  • U.S. GAO — gao.gov
  • U.S. Congress — congress.gov
  • French National Centre for Space Studies — cnes.fr
  • Italian Space Agency — asi.it
  • Canadian Space Agency — asc-csa.gc.ca
  • Australian Space Agency — space.gov.au
  • Swedish National Space Agency — snsb.se
  • South African National Space Agency — sansa.org.za
  • Polish Space Agency — polsa.gov.pl
  • Norwegian Space Agency — romsenter.no
  • United Arab Emirates Space Agency — space.gov.ae
  • Roscosmos State Corporation — roscosmos.ru
  • Federal Communications Commission — fcc.gov
  • U.S. Department of Defense — defense.gov
  • Defense Advanced Research Projects Agency — darpa.mil
  • National Science Foundation — nsf.gov

International Organisation

  • UN Office for Outer Space Affairs — unoosa.org
  • ITU (spectrum / orbital slots) — itu.int
  • European Organisation for the Exploitation of Meteorological Satellites — eumetsat.int
  • European Southern Observatory — eso.org
  • United Nations Institute for Disarmament Research — unidir.org

Research / Journal

  • Nature — nature.com
  • Science (AAAS) — science.org
  • arXiv — arxiv.org
  • American Astronomical Society — aas.org

Primary Lab / Company

  • SpaceX — spacex.com
  • Blue Origin — blueorigin.com
  • Rocket Lab — rocketlabusa.com
  • United Launch Alliance — ulalaunch.com
  • German Aerospace Center — dlr.de
  • Korea Aerospace Research Institute — kari.re.kr
  • Mohammed Bin Rashid Space Centre — mbrsc.ae
  • Space Telescope Science Institute — stsci.edu
  • NSF National Optical-Infrared Astronomy Research Laboratory — noirlab.edu
  • SES — ses.com
  • Eutelsat Group — eutelsat.com
  • Planet Labs — planet.com

Statistical / Data Agency

  • U.S. Space Force 18th Space Defense Squadron — space-track.org
  • Smithsonian Astrophysical Observatory — adsabs.harvard.edu

Non-Profit / Archive

  • Secure World Foundation — swfound.org
  • Center for Strategic and International Studies — csis.org

Applies to all topics (118)

  • United Nations — un.org
  • World Bank — worldbank.org
  • IMF — imf.org
  • OECD — oecd.org
  • European Commission — ec.europa.eu
  • U.S. National Academies — nationalacademies.org
  • World Health Organization — who.int
  • UNESCO — unesco.org
  • UN Environment Programme — unep.org
  • UN Development Programme — undp.org
  • World Intellectual Property Organization — wipo.int
  • World Meteorological Organization — wmo.int
  • International Atomic Energy Agency — iaea.org
  • International Civil Aviation Organization — icao.int
  • International Maritime Organization — imo.org
  • UN Food and Agriculture Organization — fao.org
  • International Labour Organization — ilo.org
  • UNCTAD — unctad.org
  • UN Human Rights Office — ohchr.org
  • UN Refugee Agency — unhcr.org
  • International Organization for Migration — iom.int
  • UN Office on Drugs and Crime — unodc.org
  • UNICEF — unicef.org
  • World Food Programme — wfp.org
  • World Trade Organization — wto.org
  • Bank for International Settlements — bis.org
  • Financial Action Task Force — fatf-gafi.org
  • IPCC — ipcc.ch
  • International Renewable Energy Agency — irena.org
  • International Energy Agency — iea.org
  • African Union — au.int
  • ASEAN — asean.org
  • Organization of American States — oas.org
  • CARICOM — caricom.org
  • Pacific Islands Forum — forumsec.org
  • African Development Bank — afdb.org
  • Asian Development Bank — adb.org
  • Inter-American Development Bank — iadb.org
  • Asian Infrastructure Investment Bank — aiib.org
  • EBRD — ebrd.com
  • Council of Europe — coe.int
  • OSCE — osce.org
  • South Africa Government — gov.za
  • Statistics South Africa — statssa.gov.za
  • South African Reserve Bank — resbank.co.za
  • Central Bank of Nigeria — cbn.gov.ng
  • Kenya National Bureau of Statistics — knbs.or.ke
  • Central Bank of Kenya — centralbank.go.ke
  • Bank of Ghana — bog.gov.gh
  • Central Bank of Egypt — cbe.org.eg
  • Bank Al-Maghrib (Morocco) — bkam.ma
  • Rwanda National Institute of Statistics — statistics.gov.rw
  • Government of China — gov.cn
  • China National Bureau of Statistics — stats.gov.cn
  • People's Bank of China — pbc.gov.cn
  • Japan Ministry of Foreign Affairs — mofa.go.jp
  • Statistics Bureau of Japan — stat.go.jp
  • Bank of Japan — boj.or.jp
  • Government of South Korea — korea.kr
  • Bank of Korea — bok.or.kr
  • Statistics Korea — kostat.go.kr
  • Government of India — india.gov.in
  • Reserve Bank of India — rbi.org.in
  • India Ministry of Statistics — mospi.gov.in
  • Press Information Bureau of India — pib.gov.in
  • Government of Singapore — gov.sg
  • Monetary Authority of Singapore — mas.gov.sg
  • Singapore Department of Statistics — singstat.gov.sg
  • Bank Negara Malaysia — bnm.gov.my
  • Malaysia Department of Statistics — dosm.gov.my
  • Bank Indonesia — bi.go.id
  • Statistics Indonesia — bps.go.id
  • Bank of Thailand — bot.or.th
  • State Bank of Vietnam — sbv.gov.vn
  • State Bank of Pakistan — sbp.org.pk
  • Pakistan Bureau of Statistics — pbs.gov.pk
  • Bangladesh Bank — bb.org.bd
  • Central Bank of Sri Lanka — cbsl.gov.lk
  • Nepal Rastra Bank — nrb.org.np
  • Saudi Central Bank — sama.gov.sa
  • Saudi General Authority for Statistics — stats.gov.sa
  • United Arab Emirates Government — u.ae
  • Central Bank of the UAE — centralbank.ae
  • Qatar Central Bank — qcb.gov.qa
  • Bank of Israel — boi.org.il
  • Israel Central Bureau of Statistics — cbs.gov.il
  • Central Bank of Turkey — tcmb.gov.tr
  • Turkish Statistical Institute — tuik.gov.tr
  • Government of Brazil — gov.br
  • IBGE (Brazil statistics) — ibge.gov.br
  • Central Bank of Brazil — bcb.gov.br
  • Government of Mexico — gob.mx
  • INEGI (Mexico statistics) — inegi.org.mx
  • Bank of Mexico — banxico.org.mx
  • Government of Argentina — argentina.gob.ar
  • INDEC (Argentina statistics) — indec.gob.ar
  • Central Bank of Argentina — bcra.gob.ar
  • Central Bank of Chile — bcentral.cl
  • Chile National Statistics Institute — ine.cl
  • DANE (Colombia statistics) — dane.gov.co
  • Bank of the Republic (Colombia) — banrep.gov.co
  • Central Reserve Bank of Peru — bcrp.gob.pe
  • INEI (Peru statistics) — inei.gob.pe
  • Australian Bureau of Statistics — abs.gov.au
  • Reserve Bank of Australia — rba.gov.au
  • Government of New Zealand — govt.nz
  • Stats NZ — stats.govt.nz
  • Reserve Bank of New Zealand — rbnz.govt.nz
  • Government of the United Kingdom — gov.uk
  • UK Office for National Statistics — ons.gov.uk
  • Bank of England — bankofengland.co.uk
  • Swiss Federal Administration — admin.ch
  • Swiss National Bank — snb.ch
  • Statistics Norway — ssb.no
  • Statistics Sweden — scb.se
  • Government of Canada — canada.ca
  • Statistics Canada — statcan.gc.ca
  • Bank of Canada — bankofcanada.ca