International Space Station (ISS) and UFO
The International Space Station (ISS) has long been celebrated as a hub for scientific innovation and international collaboration even though it is being decommissioned in 2030. From conducting groundbreaking research in microgravity to fostering technological advancements, the ISS has significantly contributed to our understanding of space and science. However, beneath its well-known scientific and technological missions, there is a growing belief that the ISS served a dual purpose: monitoring and researching Unidentified Aerial Phenomena (UAPs). This suggests that the ISS, equipped with a sophisticated array of sensors, is strategically positioned to observe and study these mysterious occurrences. The idea isn’t far-fetched, considering the numerous instances where live feeds from the ISS have captured inexplicable objects.
One of the most promising sensors on the ISS for studying UFOs is the High Definition Earth-Viewing (HDEV) experiment. HDEV consists of four commercially available HD cameras mounted on the exterior of the ISS, which provide continuous live streaming of Earth. This setup allows for the real-time observation of high-altitude phenomena, including potential unidentified aerial phenomena (UAPs). By analyzing the live feed, researchers can identify and study anomalous objects in Earth’s upper atmosphere. Additionally, the high resolution and wide field of view of these cameras make them ideal for capturing fast-moving or distant objects that might be missed by other instruments.
Another valuable sensor is the Stratospheric Aerosol and Gas Experiment (SAGE-III), which, while primarily designed to study atmospheric composition, can also detect anomalies in the ozone layer and aerosol distributions. Unexpected changes or disturbances in these measurements could indicate the presence of UAPs interacting with the atmosphere. Furthermore, the Atmosphere-Space Interactions Monitor (ASIM) on the Columbus module, which studies upper-atmospheric lightning and gamma-ray flashes, could potentially detect high-energy emissions associated with UAPs, providing another layer of observational data.
In 2015, Samantha Cristoforetti, a European Space Agency (ESA) astronaut, was aboard the International Space Station (ISS) during the Expedition 42/43 mission, known as the Futura mission. This mission lasted from November 23, 2014, to June 11, 2015, during which she spent 200 days in space. Cristoforetti made significant contributions to various scientific experiments and shared her insights on the operational aspects of the ISS.
During this mission, Cristoforetti provided an engaging explanation about the manual operation of shutters on the ISS. She described the direct mechanical connection involved in operating the shutters and detailed the structure that connects the inside of the ISS to the outer space environment. This explanation not only highlighted the intricate workings of the ISS but also underscored the practical challenges faced by astronauts in maintaining and operating space station equipment.
The mission also saw an intriguing event where a UAP (Unidentified Aerial Phenomenon) exhibited noticeable changes in velocity and trajectory, sparking interest and discussions about the nature of such phenomena in space.
The NASA YouTube channel frequently broadcasts live views from the International Space Station (ISS), streaming from an external camera mounted on the Harmony module. This camera provides a forward-looking angle, often showing the International Docking Adapter 2. If the camera feed is unavailable due to operational needs, a loop of recorded Earth views is displayed with a “Previously Recorded” caption. The ISS orbits approximately 250 miles (425 kilometers) above Earth, operated by an international partnership of space agencies from 15 countries. This continuously occupied microgravity laboratory has been instrumental in scientific and technological advancements since November 2000.
Many people suspect that the NASA live feed gets cut off when UFOs are detected, although there is often a delay where UFOs can be seen before the feed cuts. Several instances fuel these speculations. For example, in 2016, a strange light was spotted near Earth on the live feed, and shortly after, the feed was cut. NASA explained the interruption as a routine switch between cameras or a loss of signal. In another instance, in 2020, a pinecone-shaped metallic object was observed moving past the ISS before shooting off into space. NASA has typically attributed such sightings to space debris, reflections, or camera artifacts.
In 2018, a ‘UFO’ was spotted outside the space station, only for the stream to be interrupted for 10 to 15 seconds. In another incident, a grey object was seen rising over the horizon and then disappearing just before NASA switched to a different camera.
In January 2014, NASA’s live video feed from the International Space Station (ISS) captured a mysterious yellow elliptical-shaped object hovering near the station. This strange object, which amateur observers noted maintained a fixed position relative to the ISS for several minutes, caused a stir when the live feed abruptly cut off shortly after the object’s appearance.
Ivan Vagner, a Russian cosmonaut, captured a compelling video while documenting a time-lapse titled “Space guests, or how I filmed the new time-lapse.” The footage was taken at the peak of the aurora borealis as the International Space Station passed over the Antarctic, near Australia’s longitude. The video, however, reveals more than just the stunning aurora. Between the 9-12 second mark, four or five objects can be seen flying in a coordinated formation, maintaining equal distances from each other. Vagner poses the question to viewers: are these meteors, satellites, or something else entirely? The frames were captured at a rate of one per second and later compiled into a video at 25 frames per second, translating the real observation time to 52 seconds. This intriguing sighting has been reported to Roscosmos management, with the materials forwarded to TsNIIMash and the Space Research Institute of the Russian Academy of Sciences for detailed analysis.
Roscosmos, formally known as the Roscosmos State Corporation for Space Activities, is the governmental body responsible for the space program of the Russian Federation. Formed in 1992 following the dissolution of the Soviet Union, it is headquartered in Moscow and oversees a broad range of activities, from satellite launches to manned space missions. TsNIIMash, or the Central Research Institute of Machine Building, operates under Roscosmos and is a pivotal research and development center for Russia’s space industry. Established in 1946, it specializes in the development of space technology, including launch vehicles, spacecraft, and ground support systems. The Space Research Institute of the Russian Academy of Sciences, commonly known as IKI (from its Russian acronym), is dedicated to the study of space and planetary science. Founded in 1965, IKI conducts research on space phenomena, planetary exploration, astrophysics, and the development of space instruments.
The ISS remains a beacon of human ingenuity and cooperation, continuously pushing the boundaries of what is possible in space exploration and research. Yet, the persistent sightings of unidentified objects and the abrupt interruptions in live feeds hint at a hidden agenda—one that includes the observation and study of UAPs. Equipped with advanced sensors capable of detecting various environmental changes and anomalies, the ISS could indeed be playing a crucial role in gathering data on these phenomena.
