CSET’s CAT presents data related to countries' artificial intelligence ecosystems to give an overview of domestic capabilities, as well as insights on competitiveness and collaboration globally. It presents metrics on AI research, patents, and investment-related activities for AI overall and its various subfields. Read More

Showcasing our researchers’ work and their latest media appearances as they weigh in on developments at the intersection of national security and emerging technology. Read More

CSET's Anna Puglisi expresses her concerns over Chinese genome sequencing company BGI Group entering the U.S. sequencing market. Read More

Funding from the CHIPS and Science Act is expected to build new semiconductor manufacturing plants, but to staff new fabs, Research Analyst Will Hunt estimates a need for more than 3,000 high-tech workers. Read More

In an opinion piece for Scientific American, Dakota Cary discussed why civilian satellites must be designated as critical infrastructure. Read More

A key provision in the final CHIPS and Science Act that was dropped would have made high-skilled immigration to work in the U.S. easier. A CSET study estimated new semiconductor manufacturing plants may require 3,500 foreign-born high-skilled workers. Read More

According to a CSET report, China's weaknesses in semiconductor manufacturing can be exploited through the use of export and investment controls. Read More

The United States is expected to coordinate with other major chip-making countries that are allies to avoid a subsidy competition to land chip-factory investments according to CSET's Will Hunt. Read More

The Biden administration hopes to turn the U.S. into a hub for microchip manufacturing with help from Intel, but to reshore chip manufacturing, the U.S. needs to attract foreign talent. According to a CSET study, the chip industry would only need around 3,500 foreign-born workers to effectively staff new U.S.-based factories. Read More

This month we explored AI faculty shortages, tech "decoupling," and China's progress in AI research. Read More