In a landmark development, the All-domain Anomaly Resolution Office (AARO) of the Defense Department unveiled a significant report today, shedding light on the U.S. government’s investigations into unidentified anomalous phenomena (UAP)—the contemporary terminology for what was historically termed unidentified flying objects (UFOs). This disclosure marks a pivotal moment in the near 80-year journey of governmental and special access programs’ engagement with UAP, offering insights into the nation’s quest to understand these elusive occurrences.

The report’s revelation by AARO acting Director Tim Phillips during a Pentagon briefing underscores a critical juncture in the public’s understanding of UAP. Phillips unequivocally stated, “AARO has found no verifiable evidence that any UAP sighting has represented extraterrestrial activity,” further clarifying that there is no substantiated proof of the U.S. government or private industry accessing extraterrestrial technology. Moreover, Phillips reassured that the investigation found no instances of information being illicitly or improperly concealed from Congress.

Spanning 63 pages, the “Report on the Historical Record of U.S. Government Involvement with Unidentified Anomalous Phenomena” meticulously outlines the findings from a thorough examination of historical documents and the analysis of U.S. government programs that have delved into UAP since 1945. The document stands as a testament to the exhaustive efforts undertaken to demystify the phenomena and address public curiosity and concern.

A significant focus of AARO’s inquiry was to probe into allegations of clandestine U.S. government programs related to UAP that might not have been disclosed to Congress. This endeavor aimed to authenticate the existence of such programs. However, Phillips articulated a pivotal assessment, indicating that supposed hidden UAP programs were either nonexistent or misidentified as genuine national security initiatives unrelated to the pursuit of extraterrestrial technology. He attributed the persistence of these allegations to “circular reporting,” where a limited group of individuals propagated unverified claims, fueling misconceptions over several decades.

Additionally, the report encompasses evaluations of testimonies from approximately 30 individuals, encompassing both former and current U.S. government personnel. These individuals, believed to have been associated with or knowledgeable about the alleged programs, often misinterpreted their observations or information. Phillips expressed a belief in the sincerity of most individuals who perpetuated these claims, attributing their actions to misunderstanding rather than an intent to deceive.

A notable highlight of the AARO’s investigative process, as shared by Phillips, was the exceptional level of access granted to the team. This access facilitated a thorough and unimpeded examination, enabling AARO to fulfill the mandate assigned by Congress comprehensively. The absence of barriers in their investigative pursuit is a testament to the seriousness with which the U.S. government approached this inquiry, ensuring an unbiased and transparent exploration of the facts.

The inception of this report was a directive from lawmakers through the fiscal year 2023 National Defense Authorization Act, signifying the legislative intent to bring clarity and resolution to the longstanding questions surrounding UAP. The current document represents the first volume of AARO’s findings, covering the period from 1945 through October 2023. A forthcoming second volume is anticipated to present findings from November 2023 to April 2024, further contributing to the body of knowledge on this enigmatic subject.

Charting the Unseen: The Evolution and Findings of the All-domain Anomaly Resolution Office (AARO)

In an era where the line between science fiction and reality increasingly blurs, the establishment of the All-domain Anomaly Resolution Office (AARO) on July 15, 2022, marks a significant stride towards addressing the enigmatic phenomenon of unidentified aerial phenomena (UAP). Born from the legislative directive of the National Defense Authorization Act (NDAA) for Fiscal Year 2022, AARO’s creation underscores a concerted effort by the United States Department of Defense, in collaboration with the Director of National Intelligence (DNI), to systematically address and demystify UAP encounters.

Mandate and Mission Expansion

The Deputy Secretary of Defense, in conjunction with the DNI, transitioned the AOIMSG into AARO, signifying not just a change in nomenclature but an expansion in scope and mission. This strategic rebranding and restructuring were aimed at cultivating a more comprehensive approach towards understanding and addressing UAP. AARO’s operational framework is constructed around four pivotal functions: analysis, operations, science and technology (S&T), and strategic communications. Each function plays a critical role in advancing the office’s capabilities, from developing intelligence community (IC) and S&T analytic practices to standardizing UAP collection and reporting protocols across the Department of Defense (DoD) and the IC.

Innovations and Implementations

AARO’s commitment to advancing our understanding of UAP is evident in its methodological innovations. The office has undertaken the development of S&T analytic tradecraft practices and a science testing plan. Additionally, it has initiated a secure interviewee debriefing program, underscoring the importance of gathering firsthand accounts and data in a structured and secure manner. These initiatives are part of a broader effort to standardize the collection and reporting of UAP incidents, ensuring a consistent and coordinated approach across the defense and intelligence communities.

Congressional Engagement and Reporting

Adhering to its legislative mandate, AARO engages in regular reporting and briefings to Congress, a practice that fosters transparency and accountability. Notably, on January 12, 2023, in partnership with AARO, the ODNI submitted the 2022 Annual Report on Unidentified Aerial Phenomena to Congress, a comprehensive document based on data collected by AARO. This report highlighted the continued occurrence of UAP in restricted or sensitive airspace, a matter of national security and air safety concern. It detailed a total of 510 UAP reports as of August 30, 2022, encompassing previously reported cases, new reports, and those discovered subsequently.

Findings and Continued Investigations

The AARO Director’s communication to Congress emphasized a critical finding: the majority of UAP cases investigated by AARO possess ordinary explanations, and none have been indicative of extraterrestrial or off-world technology. This revelation challenges the sensationalist narratives often associated with UAP and underscores the importance of scientific rigor and analysis in understanding these phenomena. AARO has identified a small subset of cases with potentially anomalous or concerning characteristics, which remain under active investigation. This ongoing research signifies AARO’s commitment to uncovering the truth behind these occurrences, ensuring that Congress remains fully informed of its findings.

Global Pursuits in Unveiling the Unidentified: A Comparative Analysis of UAP Investigative Efforts

The enigma of Unidentified Aerial Phenomena (UAP), historically dubbed as Unidentified Flying Objects (UFOs), has intrigued not only the public and conspiracy theorists but also governments and academic institutions worldwide. The All-domain Anomaly Resolution Office (AARO) has undertaken a comprehensive review of seven investigatory panels and programs, spanning across academic and international realms, to synthesize global efforts in understanding UAPs. This analysis draws from a diverse array of initiatives, including those from a leading U.S. university, the United Kingdom, Canada, and France, each contributing unique insights into the UAP discourse.

International and Academic Endeavors

• Stanford University’s Sturrock Panel (1998): A notable academic investigation into the UFO/UAP phenomenon, the Sturrock Panel, conducted by Stanford University, concluded with a lack of convincing evidence supporting the extraterrestrial origin of UFOs/UAPs. This finding underscores a scientific skepticism that permeates academic investigations into UAPs, emphasizing the demand for empirical evidence.
• The United Kingdom’s Flying Saucer Working Party (1950–1951): The British government’s early foray into UAP investigations culminated in a dismissive stance, with the conclusion that “flying saucers did not exist.” This succinct verdict reflects the skepticism of the era towards UAPs, positioning them as figments of the imagination rather than subjects warranting serious scientific inquiry.
• Canada’s Project Second Storey (1952-1954) and Sky Project (2023): Canada’s investigative efforts into UAPs have been varied, with Project Second Storey, an advisory committee, failing to reach any significant conclusions. Conversely, the Sky Project, ongoing with its findings anticipated in 2024, signifies a continued interest and investment in understanding UAP phenomena within the Canadian context.
• Canada’s Project Magnet (1950-1954): Spearheaded by Department of Transport engineer Wilbert B. Smith, Project Magnet stands out for its controversial claims. Smith’s assertions of UFOs being of extraterrestrial origin and his purported personal contact with extraterrestrials through telepathy presented a stark contrast to the government’s stance, leading to the project’s closure due to the lack of definitive results. This episode highlights the challenges of reconciling individual beliefs with empirical research within governmental investigatory efforts.
• France’s Investigatory Programs (GEPAN/SEPRA/GEIPAN): France’s sustained interest in UAPs is exemplified through its series of investigatory programs, beginning with GEPAN in 1977 and transitioning to SEPRA and the reestablished GEIPAN. While these programs have processed numerous cases, they similarly concluded that the vast majority of UAP sightings have ordinary explanations. Notably, SEPRA’s acknowledgment that 28 percent of its caseload remained unresolved leaves a window open for the unexplained, albeit without evidence of extraterrestrial visitations.

Reflections on Global Investigatory Efforts

The review by AARO of these diverse investigatory efforts reveals a complex landscape of UAP research characterized by cautious skepticism, unresolved mysteries, and, in rare instances, claims of extraterrestrial contact that diverge significantly from governmental positions. These efforts collectively underscore the challenges inherent in scientifically investigating phenomena that, by their nature, elude conventional understanding and explanation.

The international scope of these investigations, from the rigorous academic analysis by Stanford University to the extensive governmental inquiries by France, demonstrates a global curiosity and concern regarding UAPs. However, the overarching conclusion across these efforts points towards a cautious approach, emphasizing empirical evidence over sensationalist claims.

As the field of UAP research continues to evolve, these investigatory efforts provide a critical foundation for understanding the phenomena, guiding future inquiries, and fostering a global dialogue on the mysteries that soar above us. With the anticipated release of findings from Canada’s Sky Project in 2024, the discourse on UAPs is poised for further expansion, potentially offering new insights or corroborating the skepticism that currently dominates the field.

The Gremlin Project

In a significant development, the Pentagon has divulged fresh insights into a groundbreaking initiative known as Gremlin, a deployable suite of sensors meticulously designed to gather data on Unidentified Aerial Phenomena (UAPs). These phenomena, previously referred to as Unidentified Flying Objects (UFOs), have long captivated public interest and now serve as the focus of a purpose-built sensor system, as revealed by the U.S. military last year.

Acting Director Tim Phillips of the All-domain Anomaly Resolution Office (AARO) provided intricate details about the Gremlin “kits” during a briefing with journalists. This briefing preceded the release of an unclassified version of the initial volume of a Congressionally-mandated review on U.S. government involvement with UAPs. Notably, the report deflated assertions of clandestine programs housing extraterrestrial technology or alien remains, drawing varied reactions ranging from acceptance to allegations of concealment.

Established in 2022, AARO serves as a pivotal entity responsible for refining and centralizing Pentagon-wide policies and procedures concerning the tracking, reporting, and analysis of UAP incidents. Additionally, it functions as a repository for UAP-related intelligence assessments and pertinent data within the U.S. military domain. One such incident under scrutiny by AARO, now archived in its repository, involves a sighting of UAPs reportedly involving three commercial aircraft.

The report underscores the prevalence of unsolved or unidentified UAP reports, attributing these mysteries to the lack of comprehensive and high-quality data. It contends that with enhanced data availability and quality, many unresolved cases could be explained as ordinary objects or phenomena. Acknowledging the imperfection of both sensors and visual observations, the report emphasizes the scarcity or inadequacy of actionable data in the majority of cases.

It is precisely this data deficiency that propels AARO’s pursuit of the Gremlin sensor systems. These systems signify a proactive approach towards addressing the challenges posed by UAP investigations. By deploying purpose-built sensors capable of swift reconfiguration, AARO aims to bolster data collection efforts, thereby enhancing the resolution rate of UAP incidents.

Advancing Surveillance: The Evolution of Hyperspectral Sensor Technology in UAP Detection

In a strategic collaboration between government laboratories and academic institutions, AARO’s acting head, Phillips, unveiled a groundbreaking initiative aimed at enhancing the surveillance capabilities in the study of Unidentified Aerial Phenomena (UAPs). The project involves the development of a deployable and configurable sensor suite, known as Gremlin, with the capacity to be transported in Pelican cases for field deployment. The revelation was reported by DefenseScoop, shedding light on the innovative approach adopted by the U.S. military in addressing the enigmatic nature of UAP sightings.

Phillips emphasized the significance of this endeavor, particularly highlighting the necessity for long-term data collection in the field due to the elusive nature of UAP signatures. Given the lack of a clearly defined signature for UAPs, the project focuses on hyperspectral surveillance techniques to capture these phenomena comprehensively. Hyperspectral sensors, capable of capturing imagery across various segments of the electromagnetic spectrum concurrently, offer a unique advantage in deciphering the composition and characteristics of targets across multiple spectrums simultaneously.

Despite the intricacy of the project, details regarding the specific sensors integrated into the Gremlin kit remain undisclosed. The term “hyperspectral” implies sensors engineered to capture data across a broad range of wavelengths, enabling comprehensive analysis of a target’s signature composition. This capability facilitates the identification of targets concealed beneath natural or artificial camouflage, a technique previously employed by the U.S. military in various reconnaissance operations.

The utilization of hyperspectral imaging systems in military aircraft exemplifies the efficacy of such technology in uncovering concealed targets, including improvised explosive devices hidden beneath the surface. By harnessing hyperspectral data in conjunction with other sensor inputs, analysts can derive a more comprehensive understanding of the surveilled environment, thereby enhancing situational awareness and threat detection capabilities.

The development and integration of hyperspectral sensors into the Gremlin suite represent a significant advancement in UAP detection methodologies. By leveraging cutting-edge sensor technology, the U.S. military endeavors to overcome the challenges posed by UAP sightings, ultimately striving towards a more profound comprehension of these elusive phenomena.

The Intersection of National Security Labs, Hyperspectral Sensors, and UAP Detection

The collaboration between the Department of Energy’s network of national security laboratories and AARO in the development of the Gremlin sensor systems signifies a convergence of advanced technology and national security interests. These laboratories, renowned for their expertise in hyperspectral sensor technology, have a storied history of contributing to cutting-edge initiatives, including the development of hyperspectral sensor designs collectively known as Big Green. While primarily associated with nuclear weapons research, these facilities undertake a diverse range of classified projects, underscoring their pivotal role in advancing technological frontiers.

Hyperspectral imaging, alongside its counterpart, multispectral imaging, has witnessed a proliferation in recent years, extending its influence beyond the realm of military applications into commercial domains. These systems, renowned for their versatility and precision, serve as indispensable sensor capabilities across various sectors, reflecting their significance in contemporary technological landscapes.

Sean Kirkpatrick, AARO’s inaugural director and predecessor to Phillips, underscored the importance of leveraging existing Earth sensing satellites, airborne platforms, and ground radars to assess their efficacy in detecting UAPs. Speaking at a Congressional hearing in May 2023, Kirkpatrick emphasized the imperative of evaluating the suitability of existing sensor platforms in discerning elusive aerial phenomena. Furthermore, he revealed the pursuit of dedicated sensors specifically tailored for detecting, tracking, and characterizing potential UAPs, highlighting AARO’s proactive stance in addressing this enigmatic phenomenon.

The integration of advanced sensor technology from national security laboratories into AARO’s initiatives represents a concerted effort to augment UAP detection capabilities. By harnessing the expertise and resources of these specialized facilities, AARO endeavors to advance the state-of-the-art in surveillance and reconnaissance methodologies, thereby enhancing the understanding of UAP phenomena.

As the field of UAP research continues to evolve, collaborations between governmental entities and academic institutions are poised to play a pivotal role in driving innovation and progress. By fostering interdisciplinary partnerships and leveraging technological advancements, stakeholders aim to unravel the mysteries surrounding UAPs, ultimately enhancing national security and scientific understanding.

Advancements in UAP Detection: Insights from Gremlin Testing and Target Identification

Recent developments in UAP detection, as exemplified by the Gremlin sensor systems, underscore significant strides in advancing surveillance capabilities. The efficacy of Gremlin has been demonstrated through rigorous testing conducted in Texas, shedding light on its potential to revolutionize the identification and tracking of aerial phenomena. These tests, as reported by DefenseScoop, encompassed both known and unknown targets, providing valuable insights into the system’s functionality and detection capabilities.

According to Phillips, the acting head of AARO, Gremlin’s testing regimen included the evaluation of known targets, such as drones, to ascertain the system’s operational parameters and detection capabilities. This initial phase served as a precursor to assessing Gremlin’s efficacy in detecting unidentified aerial phenomena, providing invaluable data for further refinement.

Moreover, Gremlin’s sensor suite exhibited the capacity to detect a diverse range of unintended targets, including avian species and celestial phenomena. This broad spectrum of detection underscores the system’s versatility and sensitivity in discerning anomalies within Earth’s atmosphere and beyond.

Phillips highlighted Gremlin’s role in enhancing understanding of celestial phenomena, notably solar flares, and orbital dynamics around the Earth. By capturing data on solar activity and orbital debris, Gremlin contributes to expanding scientific knowledge and mitigating potential misidentifications of anomalous objects.

The ongoing objective is to optimize Gremlin for prompt deployment in response to reported incidents. Notably, UAP sightings often occur in clusters and specific geographical regions, as evidenced by data sourced from the Federal Aviation Administration (FAA). The ability to swiftly deploy Gremlin in areas with heightened UAP activity holds the potential to yield valuable insights into the nature and frequency of these phenomena.

The integration of Gremlin into operational protocols represents a significant milestone in UAP detection and surveillance efforts. By leveraging advanced sensor technology and data analytics, stakeholders aim to enhance situational awareness and discern patterns within UAP occurrences. The iterative refinement of Gremlin underscores a commitment to continuous improvement and adaptation to evolving challenges in the realm of aerial phenomena research.

Unveiling UAP Activity Patterns: Insights from Military Test Ranges and Sensor Deployment Initiatives

Military test ranges and designated operating areas in the United States have emerged as focal points for Unidentified Aerial Phenomena (UAP) reports. These areas, both on land and off the coastlines, have witnessed a notable concentration of UAP sightings, prompting heightened scrutiny and investigative efforts. Sean Kirkpatrick, former director of AARO, highlighted the correlation between UAP reports and the deployment of existing sensor systems, suggesting a potential bias in detection capabilities.

In response to the clustering of UAP reports in proximity to national security sites and restricted airspace, AARO has embarked on initiatives aimed at enhancing sensor capabilities for rapid deployment. Phillips emphasized the imperative of understanding and identifying aerial phenomena within restricted airspace and maritime ranges, underscoring the need for real-time situational awareness and threat assessment. By developing deployable sensor systems, AARO seeks to bolster responsiveness to UAP reports and mitigate potential security risks posed by unidentified aerial objects.

Since its inception in 2022, AARO has evaluated numerous reported UAP incidents, attributing many to identifiable objects such as drones and balloons. Termed “AARO garbage” by Phillips, these reports underscore the prevalence of mundane explanations for purported UAP sightings. However, it is crucial to acknowledge the inherent national security implications associated with drones and balloons, as highlighted by The War Zone’s comprehensive coverage of potential threats posed by these objects.

The integration of sensor deployment initiatives with UAP investigations represents a multifaceted approach to enhancing surveillance capabilities and threat detection protocols. By leveraging data-driven insights and real-time monitoring, stakeholders aim to discern patterns in UAP activity and mitigate associated security risks. Moreover, the delineation of UAP sightings involving identifiable objects underscores the importance of discerning genuine threats from false alarms in national security contexts.

The nexus between UAP activity patterns, military test ranges, and sensor deployment initiatives underscores the intersection of scientific inquiry and national security imperatives. As efforts to understand and address UAP phenomena evolve, stakeholders remain committed to enhancing surveillance capabilities and situational awareness, ultimately safeguarding national interests and advancing scientific understanding.

FAA Addresses Surge in Unmanned Aircraft Sightings with Stringent Measures

Reports of unmanned aircraft (UAS) sightings have surged significantly over the past two years, with the Federal Aviation Administration (FAA) now receiving over 100 reports monthly from pilots, citizens, and law enforcement agencies. This alarming trend has prompted the FAA to emphasize the hazards and illegality of operating drones near airplanes, helicopters, and airports.

The FAA’s response includes the implementation of stringent penalties, both civil and criminal, for unauthorized drone operations. These penalties serve as a deterrent, with violators facing the possibility of stiff fines and even jail time. The agency’s proactive stance aims to protect airspace safety and discourage reckless drone usage.

To complement enforcement efforts, the FAA collaborates closely with industry partners through the “Know Before You Fly” campaign. This initiative aims to educate drone users about the permissible areas for operation, ensuring compliance with established regulations. By promoting awareness and responsible drone use, the FAA endeavors to mitigate the risks posed by unauthorized UAS flights.

Furthermore, the FAA works in tandem with law enforcement agencies to identify and investigate instances of unauthorized drone activity. This collaborative approach enables swift action against violators, reinforcing the message that such behavior will not be tolerated.

Civil penalties have already been levied in several instances across the country, underscoring the FAA’s commitment to enforcing airspace regulations. With numerous ongoing enforcement cases, the agency maintains its vigilance in addressing unauthorized drone operations.

In light of the escalating issue, the FAA urges the public to report any instances of unauthorized drone activity to local law enforcement. Citizen involvement is crucial in combating this dangerous and illegal behavior, as it helps deter future incidents and protect airspace safety.

By combining enforcement measures, educational initiatives, and community engagement, the FAA endeavors to curtail the proliferation of unauthorized drone operations. Through these concerted efforts, the agency seeks to uphold the integrity of the national airspace and ensure the safety of all aviation stakeholders.

Resources

• Reported UAS Sightings (October 2023-December 2023)
• Reported UAS Sightings (July 2023-Sept 2023)
• Reported UAS Sightings (April 2023-June 2023)
• Reported UAS Sightings (January 2023-March 2023)
• Reported UAS Sightings (October 2022-December 2022)
• Reported UAS Sightings (July 2022-Sept 2022)
• Reported UAS Sightings (April 2022-June 2022)
• Reported UAS Sightings (January 2022-March 2022)
• Reported UAS Sightings (October 2021-December 2021) (MS Excel)
• Reported UAS Sightings (July 2021-September 2021) (MS Excel)
• Reported UAS Sightings (April 2021-June 2021) (MS Excel)
• Reported UAS Sightings (January 2021-March 2021) (MS Excel)
• Reported UAS Sightings (October 2020-December 2020) (MS Excel)
• Reported UAS Sightings (July 2020-September 2020) (MS Excel)
• Reported UAS Sightings (April 2020-June 2020) (MS Excel)
• Reported UAS Sightings (January 2020-March 2020) (MS Excel)
• Reported UAS Sightings (October 2019-December 2019) (MS Excel)
• Reported UAS Sightings (July 2019-September 2019) (MS Excel)
• Reported UAS Sightings (April 2019-June 2019) (MS Excel)
• Reported UAS Sightings (January 2019-March 2019) (MS Excel)
• Reported UAS Sightings (October 2018-December 2018) (MS Excel)
• Reported UAS Sightings (July 2018-September 2018) (MS Excel)
• Reported UAS Sightings (April 2018-June 2018) (MS Excel)
• Reported UAS Sightings (January 2018-March 2018) (MS Excel)
• Reported UAS Sightings (October 2017-December 2017) (MS Excel)
• Reported UAS Sightings (July 2017-September 2017) (MS Excel)
• Reported UAS Sightings (April 2017-June 2017) (MS Excel)
• Reported UAS Sightings (January 2017-March 2017) (MS Excel)
• Reported UAS Sightings (October 2016-December 2016) (MS Excel)
• Reported UAS Sightings (July 2016-September 2016) (MS Excel)
• Reported UAS Sightings (April 2016-June 2016) (MS Excel)
• Reported UAS Sightings (February-March 2016) (MS Excel)
• Reported UAS Sightings (August 2015-January 2016) (MS Excel)
• Reported UAS Sightings (November 2014-August 2015) (MS Excel)

Sky Canada Project: Enhancing UAP Observation Management and Transparency

In the fall of 2022, the Sky Canada Project took flight, spearheaded by the Office of the Chief Science Advisor (OCSA) of Canada. This initiative seeks to investigate and enhance the management of Unidentified Aerial Phenomena (UAP) reports across the nation, with a focus on optimizing the process of capturing and analyzing such observations.

The impetus behind the Sky Canada Project stems from the growing need to better understand and manage UAP sightings reported by the public. By delving into the intricacies of UAP observations, the project aims to support citizen science endeavors and facilitate the documentation of rare natural phenomena.

Key Objectives and Rationale:

• Facilitating Transparent Data Consolidation: One of the primary goals of the Sky Canada Project is to streamline the consolidation of all UAP observations in a transparent manner. By doing so, the project aims to provide a comprehensive repository of UAP data accessible to experts and the public alike.
• Engaging Competent Experts: To ensure thorough analysis and interpretation of UAP observations, the project endeavors to identify and engage competent experts in relevant fields. These experts will play a pivotal role in offering insightful explanations for the documented phenomena.
• Enhancing Surveillance and Prevention Efforts: The utilization of documented UAP observations serves not only to enhance scientific understanding but also to contribute to surveillance activities aimed at preventing undetected intrusions into Canadian airspace.
• Combatting Disinformation: The Sky Canada Project aligns with the OCSA’s broader mission to combat disinformation and dispel conspiracy theories. By making collected information accessible to all, the project aims to foster transparency and credibility in the handling of UAP reports.
• Preparing for International Collaboration: In anticipation of potential collaborations with other countries on UAP reporting, the project seeks to prepare Canada for such endeavors. Recent initiatives in the United States, such as the NASA UAP study and the Pentagon’s All Domain Anomaly Resolution Office, highlight the global significance of UAP research.

Expected Outcomes and Methodology:

The OCSA is currently in the process of gathering information from federal departments, agencies, stakeholders, and other organizations involved in handling UAP observations reported by the public. Through extensive data collection and analysis, the project aims to achieve the following:

• Determine the frequency and distribution of UAP observations reported in Canada annually.
• Assess current procedures for capturing and treating UAP observations.
• Compare the Canadian approach with international best practices.
• Identify areas for improvement in data collection, analysis, and follow-up procedures.
• Provide recommendations for enhancing the management of UAP observations in Canada.

Timelines and Deliverables:

The Sky Canada Project is progressing according to schedule, with an internal draft report currently being prepared based on the collected information. A public report containing comprehensive findings and recommendations will be released on the OCSA website in early fall 2024, providing stakeholders and the public with valuable insights into the management of UAP observations in Canada.

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reference link :

• https://media.defense.gov/2024/Mar/08/2003409233/-1/-1/0/DOPSR-CLEARED-508-COMPLIANT-HRRV1-08-MAR-2024-FINAL.PDF
• https://www.defense.gov/News/News-Stories/Article/article/3368109/dod-working-to-better-understand-resolve-anomalous-phenomena/
• https://www.faa.gov/uas/resources/public_records/uas_sightings_report
• https://ised-isde.canada.ca/site/science/en/office-chief-science-advisor/sky-canada-project