Countering Weapons of Mass Destruction: Academic Research Initiative (ARI) | DHS 21 CWMD 077 001

Countering Weapons of Mass Destruction: Academic Research Initiative (ARI) - FAQs

1) What is the Countering Weapons of Mass Destruction: Academic Research Initiative (ARI)?

ARI is a U.S. Department of Homeland Security (DHS) research funding opportunity that supports university-led research aimed at strengthening the nation’s ability to detect and prevent chemical, biological, radiological, and nuclear (CBRN) threats. It is designed to generate long-term, high-impact advances by tapping academic expertise.

2) Which DHS office manages ARI?

The program sits within the DHS Countering Weapons of Mass Destruction (CWMD) Office. The CWMD Office was established by the Countering Weapons of Mass Destruction Act of 2018 through consolidation of the former Domestic Nuclear Detection Office and most of the Office of Health Affairs.

3) What is the main purpose of ARI funding?

ARI funds cross-cutting basic research intended to improve national security capabilities for detecting, identifying, and providing timely warning of CBRN hazards. It is focused on foundational research that can later enable operational tools and technologies.

4) Is ARI focused on basic research or product development?

The solicitation emphasizes fundamental (basic) research rather than short-cycle product development. The framing is that major CWMD challenges often require sustained investigation and new foundational knowledge before solutions can be turned into deployable capabilities.

5) How does ARI connect to national preparedness priorities?

ARI aligns with preparedness and protection priorities referenced in Presidential Policy Directive 8 by focusing on improving detection and prevention of illicit entry, movement, assembly, or potential use of unauthorized CBRN materials, devices, or agents within the United States.

6) What are ARI’s primary objectives?

The program highlights two main objectives: (1) engage the academic community to advance fundamental CBRN science and engineering relevant to CWMD missions, including long-term and high-risk technical challenges; and (2) build human capital by educating and developing the next generation of scientists and engineers in CBRN-related fields.

7) Who is eligible to apply?

Eligible applicants are institutions of higher education, including public or state-controlled universities and private universities.

8) What funding instrument does ARI use?

The funding instrument type is a cooperative agreement, which generally indicates substantial federal involvement during the period of performance compared with a standard grant.

9) What is the assistance listing / CFDA number for this opportunity?

The opportunity is listed under CFDA 97.077 (commonly referenced through SAM.gov assistance listings).

10) Which DHS office released the notice?

The notice was released by DHS through its Office of Procurement Operations, Grants Division.

11) About how many awards does DHS expect to make?

The posting indicates an expectation of approximately 11 awards.

12) Is there a maximum award amount (ceiling)?

The award ceiling is listed as 0 in the notice. This typically indicates applicants should rely on the full solicitation (including any topic-specific guidance) for funding ranges or constraints rather than assuming a single published cap applies to all awards.

13) How is the ARI solicitation organized?

The solicitation is organized around specific research topic areas intended to address technical barriers to improved CBRN threat detection, identification, and notification.

14) What research topics are included in the opportunity?

The notice describes three topic areas: (1) microRNA (miRNA) as biomarkers for early biothreat detection, (2) CBRN area detection and analytics, and (3) technology component improvements for neutron-based active interrogation.

15) What is Topic Area 1 about?

Topic Area 1 focuses on microRNA (miRNA) as biomarkers for early biothreat detection. The emphasis is on improving scientific understanding of how miRNA could support earlier detection or diagnosis of exposure to biological agents of security concern.

16) What kinds of research directions are suggested for Topic Area 1?

Example directions include studying how miRNA packaging and expression levels affect function, and determining whether exposed individuals or animal models show distinct circulating serum miRNA profiles compared to controls. The goal is to translate expression signatures into methods that support early prediction, detection, diagnosis, or monitoring.

17) Why is early warning emphasized for biological threats?

The opportunity highlights that early warning can dramatically improve decision-making in a biological incident, making earlier detection and diagnosis a high-value outcome.

18) What is Topic Area 2 about?

Topic Area 2 addresses CBRN area detection and analytics, with an operational framing around high-profile events. The aim is to develop broad-area sensing array approaches that can detect and track CBRN threats before, during, and after major events.

19) What additional outcomes does Topic Area 2 seek beyond detection?

Topic Area 2 also emphasizes generating baseline data that supports current analytics and future efforts, indicating an interest in both immediate performance and long-term analytic improvement.

20) Does Topic Area 2 address algorithmic bias?

Yes. A notable component is the explicit call to develop methods to detect and remediate induced bias in threat detection algorithms, recognizing that adversaries, environmental conditions, or uneven data can skew algorithm performance.

21) What is Topic Area 3 about?

Topic Area 3 focuses on technology component improvements for neutron-based active interrogation techniques used to probe materials and detect signatures consistent with special nuclear material, explosives, or other contraband relevant to DHS missions.

22) What types of improvements are envisioned under Topic Area 3?

The solicitation points toward advancing enabling components and methods that make these systems more effective. Examples include improved detection algorithms, specialized software tools to simulate and study detection performance, experiments or modeling to inform detector implementation, studies of threat material signatures, and work to define neutron source requirements.

23) How will applications be evaluated?

Applications are evaluated using criteria described in the solicitation’s review section. The notice indicates additional detail is provided in the full solicitation.

24) Where are the detailed research topics listed?

The notice states that the full list of detailed research topics is provided in an appendix (Appendix A).

25) How does ARI relate to other federal research efforts?

ARI is framed as part of a longer-term commitment to basic research and as a mechanism to coordinate and complement related research efforts across the federal government.

26) What is the overall role of ARI in the CWMD mission?

ARI functions as a bridge between academic basic research and homeland security mission needs by funding early-stage, high-risk science while also investing in workforce development to maintain deep U.S. expertise in CBRN science and engineering.