News Related | New Space Economy

Infographic describing the collection, processing, distribution, and defense use of commercial satellite data, including providers, government users, applications, benefits, and operational risks.

HOW IS THE PENTAGON USING COMMERCIAL SPACE DATA?

An infographic states that commercial satellites can supplement NOAA’s weather systems by providing additional observations and measurements for weather models, with potential applications including hurricane tracking, severe-weather alerts, flood forecasting, drought monitoring, and broader coverage; it also lists data-quality, continuity, access, and integration limitations.

CAN COMMERCIAL SATELLITES GIVE NOAA BETTER WEATHER FORECASTS?

Infographic explains the purpose and scope of U.S. space export controls, including ITAR, EAR, and MTCR, and summarizes their security benefits, commercial costs, effects on allies, foreign alternatives, export process, and proposed reforms.

ARE U.S. SPACE EXPORT CONTROLS PROTECTING TECHNOLOGY OR SURRENDERING OVERSEAS MARKETS?

Infographic describing Canada’s space economy, including 2023 estimates for revenue, jobs, and organizations; strengths in robotics, Earth observation, communications, and data; named Canadian organizations; a sixth-place global revenue ranking; and listed opportunities and challenges.

WHERE DOES CANADA STAND IN THE GLOBAL SPACE ECONOMY?

Detailed infographic explaining European space cooperation, the roles of ESA, the European Union and national agencies, major programs, fragmentation risks, coordinated benefits, launch access, security, industry estimates and future priorities.

CAN EUROPE COORDINATE ITS SPACE PROGRAMS BEFORE FRAGMENTATION BECOMES A STRATEGIC LIABILITY?

Infographic explaining how the U.S. commercial space supply chain progresses from raw materials and components to on-orbit operations, with panels covering tiers, bottlenecks, risks, readiness, and strengthening measures.

CAN THE U.S. COMMERCIAL SPACE SUPPLY CHAIN SUPPORT THE NEXT PHASE OF GROWTH?

Infographic summarizing satellite spectrum, a proposed U.S. allocation exceeding 1,000 MHz, comparisons with adding spacecraft, frequency reuse, connectivity uses, interference risks, and infrastructure requirements.

COULD NEW SATELLITE SPECTRUM BE MORE VALUABLE THAN ADDITIONAL SPACECRAFT?

Infographic explaining that U.S. launch activity would need to increase from about 181 orbital launches in 2025 to a yearly cadence of 1,000 launches and reentries, with detailed requirements for infrastructure, regulation, industry, workforce, recovery, and environmental management.

CAN THE UNITED STATES SUPPORT 1,000 SPACE LAUNCHES AND REENTRIES A YEAR?

Infographic explaining that U.S. space-economy measurement should cover direct space industries and the broader industries that use space data and services. It lists 2023 direct-space GDP of $142.5 billion, gross output of $240.9 billion, approximately 515,000 employees, and $28.4 billion in private investment; it also lists a $62.0 billion federal space budget for fiscal year 2024, measurement indicators, data limitations, and a layered approach to avoid double counting.

HOW SHOULD THE UNITED STATES MEASURE THE SPACE ECONOMY?

Infographic explaining how Google combines satellite imagery, geospatial datasets, weather information, machine learning, and local ground data to assess agricultural conditions and support decisions, with cautions about accuracy and validation.

HOW GOOGLE UNDERSTANDS AGRICULTURAL LANDSCAPES