USO Sightings Near U.S. Coasts Reach 9,000, Data Shows

Rising Reports of Unidentified Submerged Objects

Since August 2025, a civilian reporting platform known as the Enigma UFO app has logged more than 9,000 sightings of mysterious objects near U.S. coastlines and major bodies of water. These reports highlight a growing public and military interest in Unidentified Submerged Objects (USO), a subset of the broader Unidentified Anomalous Phenomena (UAP) category. These anomalies are frequently characterized by their ability to transition between air and water environments at high speeds, a capability that continues to challenge existing aerospace and maritime tracking systems.

The Military Perspective on Transmedium Anomalies

The most significant data regarding these phenomena stems from military encounters, most notably the 2004 Tic-Tac UFO encounter involving Cmdr. David Fravor. While flying a Boeing F/A-18F Super Hornet approximately 100 miles off the coast of San Diego, Fravor observed a 45-foot-long, wingless object that exhibited instantaneous acceleration. This incident, later corroborated by infrared and visible light sensor data, served as a primary catalyst for the creation of the All-domain Anomaly Resolution Office (AARO) within the Department of Defense. Retired Rear Adm. Tim Gallaudet has testified before the U.S. House Committee on Oversight and Accountability regarding these encounters, arguing that the physics-defying maneuvers observed in incidents like the 2015 'Go Fast' video suggest a level of technology currently beyond human engineering.

Technical Comparison: Super Hornet vs. Anomalous Craft

Official Regulatory Stance and Skepticism

Despite the concerns raised by retired military personnel, current government officials maintain a cautious approach. AARO Director Jon Kosloski has stated that there is no verifiable evidence linking these phenomena to extraterrestrial technology. In some cases, such as the October 2024 'Orbs Over the Pond' video, the Pentagon attributed the sighting to 'sunlight backscattering' from reflected snow, though this assessment carries 'low confidence.' This tension between raw sensor data and natural-phenomena explanations remains a central challenge for investigators tasked with filtering genuine security threats from atmospheric noise.

Analyzing the Security Implications

The surge in Pentagon AARO UAP reporting protocols reflects a structural shift in how the military manages airspace deconfliction. The trend of Tim Gallaudet USO advocacy emphasizes that transmedium objects represent a potential blind spot in maritime security. Historically, the 2004 Nimitz encounter and the 2015 'Go Fast' videos established a precedent for declassifying sensor data, which has since accelerated the public debate. The analytical trajectory suggests that as Enigma UFO app data becomes more integrated with official reporting, the pressure on the Department of Defense to reconcile these high-speed anomalies with conventional aerospace physics will continue to intensify.

Next Steps for AARO Investigations

The All-domain Anomaly Resolution Office is currently tasked with standardizing reporting procedures for military personnel who encounter these phenomena. Future milestones include the systematic declassification of historical records, as mandated by Congress, to provide greater transparency into the nature of these coastal anomalies. Analysts expect that ongoing upgrades to radar and infrared sensor suites will be required to maintain persistent tracking of objects that demonstrate such extreme kinematic performance.

Why This Matters for Aviation Safety

For the aviation and maritime sectors, the primary concern is the presence of untracked objects operating within restricted training ranges. The ability of these craft to perform right-angle turns and maintain high speeds across the air-water interface creates significant safety risks for pilots and naval operators. Understanding whether these objects represent advanced adversarial technology or natural phenomena is critical for maintaining robust airspace security and mitigating collision risks in high-traffic coastal corridors.