Gremlin Surveillance Technology
The Department of Defense is working on a new ‘Gremlin’ feature to aid staff in gathering immediate data on UAPs. This week, Tim Phillips, the interim AARO chief, held his initial non-televised, exclusive media session at the Pentagon.
If we consider these Beings as actual entities similar to the mythical gremlins, and not a metaphor, the military’s use of “Gremlin” surveillance technology might suggest a more literal approach to identifying and understanding these entities. This terminology could imply a direct acknowledgment of their existence and the intention to monitor their activities, especially if they are believed to influence or interfere with technology and machinery in significant ways – which they do. The concept of Gremlin originated during World War II, where pilots and aircrews would blame gremlins for unexplained problems with their aircraft like malfunctions and technical issues in machinery and electronics.
The idea that NHI Beings, including J-Rod, EBENs, and types like Archquloids, Quadaloids, Heplaloids, and Trantaloids, resemble folklore gremlins is fascinating, particularly in light of Boyd Bushman’s revelations. As a seasoned aerospace engineer and senior scientist at Lockheed Martin, Bushman shared photographs in his later years suggesting the existence of small, gremlin-like aliens. These accounts, combined with the unique attributes of J-Rod, EBENs, and other classified extraterrestrial types, contribute to the intriguing conversation on the parallels between extraterrestrial and interdimensional life and mythical creatures from terrestrial folklore.
The information from Tim Phillips about the “Gremlin” surveillance technology aligns with the Department of Defense’s transcript from a media engagement. It mentions AARO’s role in addressing unidentified anomalous phenomena (UAP) and their ongoing efforts to improve detection and understanding of UAP incidents, including historical ones. The “Gremlin” system is part of these efforts, aimed at enhancing domain awareness and responding to UAPs effectively, especially in areas with numerous sightings.
From a military perspective, capturing real-time data and responding rapidly to Unidentified Anomalous Phenomena (UAP) incidents means enhancing situational awareness and operational readiness. It enables armed forces to quickly understand and react to potential threats or unidentified objects, ensuring national security and the safety of military personnel and assets. This capability supports informed decision-making and could lead to more effective strategies in dealing with unexpected aerial phenomena.
When describing the deployment of sensors, a “kit” would typically be a comprehensive package that includes not only the sensors themselves but also any necessary mounting hardware, power supplies, communication devices, and software required for the sensors to operate effectively in the field. These kits are designed to be modular and portable, allowing for quick deployment in various environments and situations, enabling military units to swiftly establish surveillance, reconnaissance, or monitoring capabilities.
This highlights a concerted effort to forge a sophisticated and mobile sensor system aimed at the surveillance of Unidentified Aerial Phenomena (UAP). This endeavor involves a strategic partnership with specialized research entities, such as the Department of Energy labs, leveraging their advanced technological know-how and resources. The collaboration extends to academic institutions like Georgia Tech, suggesting a blend of academic research with pragmatic military applications to create a versatile toolset. The sensor system in development is characterized by its adaptability and portability, designed to be deployable across various terrains swiftly while being configurable to meet distinct surveillance requirements and environmental challenges.
To ensure the operational durability and safe transport of this sensitive equipment, the system is housed in Pelican cases. These rugged, protective containers signify the system’s readiness for deployment under potentially harsh or unpredictable conditions. These cases are known for their robust construction, typically made from high-impact polypropylene or similar materials, making them resistant to water, dust, impacts, and extreme temperatures. They often come with features like airtight seals, pressure equalization valves, and customizable foam inserts for securing the contents inside.
A notable aspect of this system is its use of hyperspectral imaging, a technology that captures an extensive range of light, surpassing the capabilities of the human eye, from visible spectra to infrared and ultraviolet. This comprehensive analysis allows for the detection of distinct signatures from materials and phenomena that might otherwise remain hidden with conventional imaging. In the realm of UAP surveillance, this implies that the sensors are engineered to gather a wide array of data, enabling the identification and examination of these phenomena, which may manifest through subtle or non-traditional signatures.
Georgia Tech is actively involved in military and defense-related research, notably in hypersonics, through collaborations with the Department of Defense and other agencies. Their work focuses on advanced materials science and aerospace engineering, crucial for the development of hypersonic vehicles. This partnership not only furthers technological advancements but also aims to develop a skilled workforce in this high-priority area.
The initiative aims to develop a sensor system for identifying Unidentified Aerial Phenomena (UAP) near national security sites or critical infrastructure. This technology will enable the detection and analysis of UAPs in sensitive areas, enhancing response capabilities to such encounters. The plan includes presenting this system to Defense Department leaders for potential deployment at key locations.
In essence, this initiative marks a significant step forward in augmenting the military’s ability to observe and react to UAPs, embodying a high level of scientific refinement. It leverages cutting-edge imaging technologies and strategic partnerships to develop a system capable of addressing the complexities associated with monitoring aerial anomalies.
The Bruce Sees All Channel recently discussed the Pentagon’s deployment of a new system named “Gremlins,” designed to deploy sensor objects for the surveillance of unidentified flying objects (UFOs) and other aerial phenomena. This system aims to gather data from unidentified sightings quickly, enhancing our understanding of objects within our airspace and potentially beyond. Bruce, the channel host, expresses skepticism towards the Pentagon’s claims that their investigations into UFOs do not necessarily imply alien technology. He argues that the existence of extraterrestrial life has already been established and criticizes the general public’s naivety towards the possibility of other life forms.
Bruce also highlights the frustration within the UFO community and among insiders regarding the Pentagon’s transparency about UFO investigations and the existence of secret programs related to UFOs and potential extraterrestrial technology. He suggests that the Gremlin system has been in operation for some time and is capable of deploying in various environments, including underwater and in space, to collect data on unexplained phenomena.
Despite official reports downplaying the connection between UFO sightings and extraterrestrial activity, Bruce believes that the government is aware of more than it admits, particularly regarding structures and activities on the moon. He asserts that his own observations and recordings, especially of the moon, should have attracted significant attention and changed public understanding of these phenomena. Bruce’s commitment to uncovering and sharing the truth about UFOs and potential extraterrestrial life reflects a deep desire for transparency and a challenge to official narratives that may underplay the significance of these sightings.
The Department of Defense’s “Gremlin” surveillance technology initiative marks a significant step in addressing Unidentified Anomalous Phenomena (UAP), blending military insight with scientific inquiry. Highlighted by AARO chief Tim Phillips and discussions on the Bruce Sees All Channel, this move signals a nuanced approach to UAPs, marrying folklore with cutting-edge technology to unravel these mysteries. Collaborations with institutions like Georgia Tech and the use of advanced imaging technology underscore a comprehensive strategy to enhance understanding and security around UAPs. This initiative, coupled with calls from the UFO community for openness and rigorous investigation, suggests a path toward significant discoveries in our understanding of the universe and extraterrestrial life.
