A new RAND report examines potential acquisition approaches to support the Space Enterprise Vision and identifies several promising ones that merit in-depth examination: modular open system architectures, agile acquisition, rapid prototyping.
Anticipating the risks and opportunities posed by all kinds of change is a RAND specialty. In 1964, using RAND's now-famous Delphi method, experts pondered topics like medical advancements, space, artificial intelligence, and controlling the weather.
Our recent RAND report on the global heavy lift launch market highlights the potential for a near term shortage of launch vehicles needed to lift U.S. defense and intelligence satellites to orbit. These satellites are the eyes, ears, networks and timekeepers of U.S. armed services, and an inability to launch them in times of need could compromise national security.
How could potential U.S. Air Force decisions in the near term affect domestic launch providers and the market in general? New launch market forecasts and vignettes illuminate potential strategies for U.S. firms.
To meet the goals of the U.S. Space Force most space activities in the Department of Defense should be moved into the new service. Moreover, it will be critical that the Space Force clearly define and clarify its space warfighting mission.
To increase its likelihood of developing into a successful organization, the new U.S. Space Force should define and clarify its space warfighting missions. And most space activities in the Department of Defense should be moved into the new service.
As the United States creates the Space Force as a service within the Department of the Air Force, RAND assessed which units to bring into the Space Force, analyzed career field sustainability and drew lessons from other defense organizations.
At the fifth annual West Coast Aerospace Forum, some of the Air Force's most senior leaders joined RAND researchers and other top national security experts to discuss important issues related to the future of air and space power.
This issue spotlights research on veteran suicide; liability implications of driverless cars; and new approaches to improving the post-incarceration experience. The Giving column highlights a million-dollar gift to fund research on homeless veterans.
As space becomes more congested with satellites, the need for every nation to actively participate in the space safety coordination system grows. Most spacefaring countries participate, but a few countries do not—notably, Russia and China. That creates greater potential for collisions and hazards from debris.
Seventy years ago, a group of researchers established the independent RAND Corporation. From the first satellite design, to helping ensure GPS as a public good, to laying the groundwork for the internet, RAND has been making a difference ever since.
Space-enabled connectivity, technology, and services support a diverse array of political, military, and economic activities, many of which modern life on Earth relies upon and which the public often takes for granted. How prepared is global society to deal with the growing reliance on this technology and to mitigate associated risks?
NASA astronaut Dr. Mae C. Jemison delivered RAND's 2018 Haskins Lecture. She discussed how the pursuit of interstellar travel benefits society, the vital role science plays in our lives, and the importance of continued investment in research and technology.
Merton Davies spent his early years using satellite imagery to spy on terrestrial targets. His work led to the first successful reconnaissance satellite, Corona. Later, he used deep-space photographs to map the planets in our solar system.