Documents / Official release
This unclassified briefing from the Department of Defense's All-Domain Anomaly Resolution Office (AARO) is dated February 2024 and was reviewed for release in 2025. It defines unidentified anomalous phenomena and sets out AARO's mission and vision. It also describes its operations, science and technology, analysis and strategic communications functions. It reports that only a very small percentage of UAP reports show anomalous signatures and that missing data leaves many cases unresolved. It also presents three example cases, including two resolved as commercial airliners with camera artifacts.
UNCLASSIFIED ALL-DOMAIN ANOMALY RESOLUTION OFFICE (AARO) 5 AARO SCIENCE AND TECHNOLOGY Revealing and exploiting elusive and enigmatic signatures through advanced sensing technologies and focused, cross-sector partnerships. KEY AARO S&T ACHIEVEMENTS Established community of interest with key government, academic, and industry partners. Guided design and deployment of sensors engineered for detecting, tracking, and identifying phenomena. Applied scientific analyses to emerging and existing UAP reporting, introduced scientific method, and helped resolve complex cases. Identified and integrated sensors for baselining detection capabilities, including UAP objects’ range, size, shape, characteristics, and composition, relative to UAP reports on file. Measured RCS and IR data and identified synthetic models for common objects, which will be used for simulation, verification, and training. Delivered material for characterization, forensic identification, and molecular- history information. Developed taxonomy and characteristics of man-made and naturally occurring objects to baseline known performance bounds. CAPABILITIES AND DEVELOPMENT Leads defense, intelligence, academic, and industry identification of existing and emerging technology capable of detecting, identifying, attributing, mitigating, and exploiting UAP. Identifies and guides research & development investments from across sectors to close sensing gaps. Recommends capability integration into integrated UAP Mission strategies. In close collaboration with AARO Operations and research partners (e.g., national laboratories), integrates emergent technical capabilities into “real-world" operations and guides their application against UAP; comparatively analyzes newly-exposed signatures, characteristics, and behaviors with known phenomena, in support of AARO Analysis Team assessments. INTEGRATED SCIENCE & TECHNOLOGY Leads S&T Strategy and identification of current and emerging capabilities for integration, revealing elusive signatures, advanced technological-exploitation tools and methods, and non-traditional partnership opportunities to arm the UAP Mission against emerging threats. In partnership with the scientific community analyzes U.S. and foreign sensor data phenomenology, assesses applied and theoretical signatures. Leads development of theorems for defining characteristics of known and anomalous phenomena and guides operational and analytic tradecraft development. CAPABILITY GAP ID Leads DoD operational, analytic, and investigative components, and collaborates with IC mission managers, and IC functional managers to identify capability and capacity shortfalls as they pertain to UAP detection, identification, attribution, and mitigation. Determine sensor hardware and software gaps to be codified as capability requirement. UAP SIGNATURE ID Directs exploitation of sensor data containing UAP and enigmatic technologies, if discovered, by leveraging cross-sector partnerships and the latest developments in science and engineering. Leads structured recording, analysis, and dissemination of signature and material analyses for data consistency across operational, analytic, and research partnerships. (U) (U) UNCLASSIFIED03 Page determined to be Unclassified Reviewed by Chief of Staff, AARO IAW FY24 NDAA, Section 1841 (a)(1)(C) Date: 2/5/2025
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Official release, from the nara collection. The PDF is mirrored here; the original link is above. 12 pages are in the text index: search them above, or from the library's search.