Technological Invention and Battle Management Connectivities
For the past 16 years (since 2009), we have been researching, designing, and inventing an Artificial Intelligence (AI) "technological invention", a new Air-based air defense system known as "Mother Hen and Parasite Chicks Air-based air defense system" (MHPC-ABAD System), also referred to as the EQQUERA Air-based air defense system (EABAD System). This Air-based air defense system is designed to detect, disrupt, and defeat incoming Unmanned Aerial Vehicles (UAVs), drones, missile attacks, and other threats from all domains: air, sea, land, space, and cyber.
The Technological Invention is also designed with a battle management connectivity that connects military and civil platforms, including the "Iron Dome interceptors" and the proposed "Golden Dome interceptors", across all domains to achieve air superiority and information superiority over an adversary. Specifically, to intercept and defeat threats that the existing Iron Dome and the proposed Golden Dome systems cannot defend against.
AUVSI 2013 Washington, D.C., United States
The technological invention is about a family of system-of-systems architecture, a family of UAVs, drones, and integrated missile defense platforms, including a significantly improved short-range air defense system that has been critically needed and overdue since the end of the Cold War era. The Air-based air defense system is an anti-UAV, drone, and for other threats, including a counter-missile system platform designed with next-generation autonomous systems and an Artificial Intelligence capability to detect, intercept, and destroy incoming UAVs, drones, and missile threats in all domains: air, sea, ground, space, and cyberspace.
The system is designed with a large number of sub-UAVs and mini UAVs surrounding the Mother UAV, communicating with each other, and all integrate into a fully interoperable operational system that blankets the large area in the sky for large-scale combat and non-combat operations to protect from adversaries and enemy attacks.
This technological invention involves a new and significantly improved air defense system that addresses the 1980s post-Cold War era, critical issues of Weapons of Mass Destruction (WMD), weapons-carrying UAVs and drones, and their delivery systems, and solutions to deter another nuclear conflict.
Eighty years (80) after World War II, which ended with a nuclear catastrophe, the world is now heading for the risk of another conflict in 2027-2035. NATO wants Canada and allies to gear up for a conventional war. In the meantime, the US and NATO are increasingly pursuing a private-public partnership to support future military preparedness and readiness. These partnerships involve private sector expertise and innovations that could address future complex challenges, and findings of these ideas directly contribute to enhancing the future military framework for strengthening national security and protecting from the most dangerous, complex, and competitive global landscape.
Lt. Gen. Stacey Hawkins, commander of the Air Force, said, "Highly efficient public-private partnerships will be a key ingredient in providing successful sustainment outcomes and deterring adversaries in the future." In November 2021, "NATO also had reached out to civil society, youth, and the private sector for their input on NATO 2030." The NATO 2030 initiative is about "making sure our Alliance remains ready today to face tomorrow's challenges". Furthermore, in late 2024, NATO Secretary General Mark Rutte said it is time to shift to a wartime mindset (Credit: BBC News) and called on all allies to prepare for a conventional wartime scenario.
On February 24, 2022, the Russian invasion of Ukraine became one of the deadliest conflicts in Europe since World War II. This war not only became the bloodiest but also it changed the world and transformed the traditional warfare strategies into the third revolution modern warfare (Credit: The U.S. Naval Institute) following the first revolution of development of gunpowder, machine guns, tanks, aircraft, trench warfare strategies during World War I, and the proliferation of nuclear weapons, as well as the evolving nature of nuclear strategies during World War II.
This transformation of warfare strategies not only changes the warfare strategies, but also brings back the 1980s post-Cold War era concern of Unmanned Aerial Vehicles (UAVs) and drones carrying Weapons of Mass Destruction, along with their delivery system issues, to the next generation, the third revolution in warfare, the next 99 years (2099) or forever. (NATO 2099 graphic novel imagines the future of the Alliance).
The "third revolution in warfare" refers to the next-generation modernization of warfare strategy driven by artificial intelligence and swarming Autonomous Unmanned Aerial Systems (Credit: by MAJ B. Paola Benson, US Army).
The capabilities of machine thinking and machine learning, machine communications known as "artificial intelligence", emerged in the 1950s, marking the "The Birth of Artificial Intelligence (AI) Research." (Credit: The US Department of Energy). Furthermore, in the 1980s, during the post-Cold War era, Unmanned Aerial Vehicles (UAVs) and drones carrying nuclear and other Weapons of Mass Destruction (WMD), Chemical, Biological, Radiological (CBRN), and their delivery systems became a significant security concern among seven industrialized nations: the United States, Germany, France, Italy, Japan, the U.K., and Canada. (Credit: In 1997, the United States Air Force Air Power Studies "Unmanned Aerial Vehicles and Weapons of Mass Destruction: A Lethal Combination?") . These Studies further revealed that WMD delivery systems often receive less attention than do the weapons themselves.
21st Century New Deterrence and Defense Strategy for the Third Revolution in Warfare
Russia's invasion of Ukraine and transformation of warfare strategy have already begun to increase the complexity and danger of future conflicts, including close to potential nuclear aggression against the United States, NATO, and their allies. (Ref: Russia’s use of nuclear threats during the Ukraine conflict. Research Briefing December 20, 2024, UK House of Commons Library).
Given the consideration of the current strategic environment, new deterrence strategies have become more important than it was at the end of the Cold War. This transformation of modern warfare also led to the evolution of modern deterrence and defense strategies for next-generation warfare. "Most analysts agree that deterrence prevented a global war between the superpowers." (Ref: 21st Century Warfare Requires 21st Century Deterrence By Colonel Jeffrey W. Pickler.)
During World War I and World War II, the first and second revolutions in warfare, a combination of inventions and intellectual property rights, significantly influenced the military powers of the US and NATO allies. Additionally, these inventions also significantly altered the nature of warfare, including the development of new weaponry, technological advancements, and the modernization of warfare strategies, which have remained in effect for many decades. Some of these transformations include the development of gunpowder, machine guns, tanks, aircraft, trench warfare strategies during World War I, "The Evolution of World War I Aircraft" (Credit: National Air and Space Museum, USA), and the proliferation of nuclear weapons, as well as the evolving nature of nuclear strategies during World War II, including the advancement of atomic bomb, computers and other civil advancements. "Scientific and Technological Advances of World War II" (Credit: The National World War II Museum, New Orleans, USA)
The U.S. Department of War (was known as Department of Defense) "Weapons Systems", and the Canadian Aerospace Warfare Centres evaluated the invention during the early stages in 2018 and 2017, and it was well-received. We are now entering a new phase, with significant improvements that are critical for national and global security, as well as military readiness for the third revolution in warfare.
International patent rights are a crucial element for protecting technological inventions on a global scale. The European Patent Office granted patent rights for the invention based on an International Patent Cooperation Treaty (PCT) application filed with the World Intellectual Property Organization (WIPO). We also validated the patent in other states. A second PCT application has also been filed with the World Intellectual Property Organization (WIPO), incorporating new improvements to the original granted patent. The International Searching Authority, WIPO, issued an International Search Report stating that the claims for the improvement of the invention are novel, inventive, and industrially applicable over the prior art.
Note: The disclosed information in patent applications and on our website is limited due to the sensitive nature of the invention and the secrecy of the designs, which need to be protected.
Civil Preparedness and Response Plan for Military Readiness:
Military experts recognize that 21st-century warfare will be significantly more complex and more lethal than World Wars I and II, and the use of CBRN weapons is highly possible. In the 1980s, during the post-Cold War era, the issue of CBRN threats was a significant concern for industrialized nations and their militaries.
Invention of the Distinctive Identification System
Recognizing the dangers of this catastrophic issue, in 2008, we developed an emergency preparedness and response plan that involves a distinctive identification and an interoperable visual communication systems, both of which are crucial in the event of CBRN events."
This project is known as the "CBRN Triangle Project
We first introduced this "CBRN Triangle Project" for law enforcement personnel during the 2010 Vancouver Winter Olympics in Canada. It was well received, and now this distinctive identification system is part of the safety equipment program for first responders and other emergency response personnel. The project received government agency approvals (WorkSafeBC) following two public hearings.
This identification system was also subsequently amended to the Occupational Health and Safety Act, "distinguishing emergency medical assistant or in any other capacity, as well as law enforcement, defined in the Police Act".