Research, Technology, and Economic Security

The Department takes seriously its responsibilities to manage federal funding to the benefit of the taxpayer. We engage in the necessary due diligence and oversight mechanisms to ensure integrity in our programs and to be responsible stewards of the taxpayer dollar.

Why is Research, Technology, and Economic Security Important?

For DOE’s portfolio, RTES risks come in many forms. In addition to risks associated with foreign ownership, control, and influence, there are also risks related to project personnel with concerning foreign connections and affiliations (e.g., Malign Foreign Talent Recruitment Programs); technology risks (e.g., does the project involve critical and emerging technologies of concern); risk of intellectual property theft; physical threats (e.g., access to sensitive grid information that expose vulnerabilities that could be exploited by bad actors); procurement of equipment that may have embedded surveillance technology; undisclosed project collaborations with foreign entities or individuals; and supply chain risks. 

Accordingly, it is critical that DOE has appropriate tools to address these different forms of RTES risks. As it does so, DOE will strive for consistency with interagency policies, procedures, and practices to the extent practicable. 

DOE Principles for Evaluating RTES Risk

1. Onshore, Reshore, and Reassert U.S. Leadership in Manufacturing and Deployment of Critical and Emerging Energy Technologies: The United States must strengthen its competitive edge by making critical domestic investments, especially in sectors that are vital to U.S. national security and economic interests; and protecting and building the resiliency of those investments. Bringing manufacturing back to the U.S. will necessarily involve interaction with foreign entities, but doing so smartly and with eyes-wide-open will ultimately benefit the U.S. economy by developing domestic expertise and building resilient supply chains.

How DOE Addresses RTES Concerns

Critical and emerging technologies are increasingly at the center of global competition, providing the foundational research and developments that underpin future industries and drive economic growth. These critical and emerging technologies—which are the focus of many DOE programs—will alter economic, political and security dynamics and directly affect national security and competitiveness. These knowledge-based industries rely on collaborations and sharing of data, research and human capital across national borders. The open exchange of scientific and technical information has long been a fundamental tenet of science and an important feature of academic and federally funded research in the United States. While this has been a strength of the United States, it creates vulnerabilities in the U.S. innovation base as some countries use these collaborations and exchanges to support the expropriation of existing know-how and talent. This often includes the acquisition of technology and technological knowhow through legal, illegal and extralegal means. DOE’s unique role, as a funder of basic research, applied research and development (R&D) and demonstration and deployment (D&D) stage, for-profit entities, and technology that impacts critical U.S. energy infrastructure, necessitates an expanded research, technology and economic security approach for the DOE portfolio. 

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