Northrop Grumman的动态

The Air Force issued a call to industry Tuesday in its hunt for new tools to improve its sensor architectures and degrade adversaries’ ability to target U.S forces. The outreach came in an update to a broad agency announcement, posted on Sam.gov, for technologies to support an operationally focused Advanced Battle Management System (ABMS), which is the Department of the Air Force’s contribution to the Pentagon’s warfighting construct known as Combined Joint All-Domain Command and Control. The effort aims to better connect the sensors, data streams and weapon systems of the U.S. military and key allies under a more unified network. Such weapons include not just traditional munitions such as missiles, but also digital warfare tools that are sometimes referred to as “non-kinetic” capabilities. https://lnkd.in/g-vxJ5RN

The Air Force issued a call to industry Tuesday in its hunt for new tools to improve its sensor architectures and degrade adversaries’ ability to target U.S forces. The outreach came in an update to a broad agency announcement, posted on Sam.gov, for technologies to support an operationally focused Advanced Battle Management System (ABMS), which is the Department of the Air Force’s contribution to the Pentagon’s warfighting construct known as Combined Joint All-Domain Command and Control. The effort aims to better connect the sensors, data streams and weapon systems of the U.S. military and key allies under a more unified network. Such weapons include not just traditional munitions such as missiles, but also digital warfare tools that are sometimes referred to as “non-kinetic” capabilities. https://lnkd.in/e39aekAt

The Air Force issued a call to industry Tuesday in its hunt for new tools to improve its sensor architectures and degrade adversaries’ ability to target U.S forces. The outreach came in an update to a broad agency announcement, posted on Sam.gov, for technologies to support an operationally focused Advanced Battle Management System (ABMS), which is the Department of the Air Force’s contribution to the Pentagon’s warfighting construct known as Combined Joint All-Domain Command and Control. The effort aims to better connect the sensors, data streams and weapon systems of the U.S. military and key allies under a more unified network. Such weapons include not just traditional munitions such as missiles, but also digital warfare tools that are sometimes referred to as “non-kinetic” capabilities. https://lnkd.in/gY8xUzWd

To be honest, we have to address those issues if we are going to get to a common air picture.Without a common air picture, we are not really making use of all the assets we have. Follow us for the latest news updates ?? Global Defense Online https://lnkd.in/eYZ9zkCx

The role of today’s armed forces involves full-spectrum warfare across multiple domains. ? They must identify multiple enemy threats by detecting and understanding complex Low Probability of Intercept / Low Probability of Detection signals. ? To achieve this, EW operators must employ highly technical passive surveillance of the electromagnetic spectrum to gather data. ? Rapidly deployable tactical mobile systems can be networked to detect, record, analyze, and geolocate signals of interest. ? Read the full article in Military Systems & Technology Magazine (pp 108–109) ?? #SpectrumMonitoring #SituationalAwareness #MilitaryInnovation #CRFS

China's New AI-Based EW System: A Game Changer in Pacific Defense China has introduced a cutting-edge AI-driven electronic warfare (EW) system capable of detecting U.S. military radars across the Pacific. This advancement signals a significant shift in the region's defence dynamics, emphasizing the growing role of AI in modern military strategies. As AI continues to transform global security, how do these developments impact geopolitical stability? #AI #DefenseTechnology #Geopolitics #MilitaryInnovation #PacificRegion

Two new groundbreaking missile programs have emerged, promising to redefine military capabilities and strategies with cutting-edge technology. What are they? Find out the answer ?? https://lnkd.in/eH72NRZB #ContinuousTransformation

Recent global conflicts have provided crucial lessons for military leaders on the growing importance of #ElectronicWarfare. As #technology advances, the battlefield has become increasingly digital, and gaining superiority in the #electromagnetic spectrum is critical. In this video, experts discuss how experiences from Ukraine, Syria, and other theaters have highlighted the need for more robust #EW capabilities to counter adversary communications, radar, and GPS systems. Jamming, spoofing, and other #EW tactics can degrade an opponent's ability to operate effectively. The future of warfare will require militaries to invest heavily in #EW systems, both for offense and defense. This includes advancements in areas like directed energy weapons, AI-enabled electronic attack, and hardened communications networks. Staying ahead of the curve on #ElectronicWarfare will be a key strategic priority for global powers in the years ahead. Adapting to these lessons from real-world conflicts will be essential for maintaining a decisive military edge. #DefenseInnovation #TechInWar #DigitalBattlespace #FutureForce

General Petraeus recently published "Conflict" which endeavors to highlight the evolution of warfare from 1945 to present day, up to the first year of the Russian invasion of Ukraine. Paradoxically, his book makes a better case for the many enduring themes of conflict since WW-II, chiefly that asymmetric warfare, often embodied in insurgencies, has consistently disrupted, neutralized, or defeated the much larger and more advanced participant in the conflict. When I finished the book and reached the above conclusion, my mind turned immediately to Taiwan. While nations with territorial ambitions may stop at next to nothing to achieve their goals and while even a failed attack on Taiwan would have catastrophic consequences, I wonder what the threshold is for deterrence as it relates to asymmetric warfare and the threat of prolonged, exhausting insurgency. The Russian invasion of Ukraine is not a great example as a strong Ukrainian resistance doesn't seem to have factored into the initial calculus of the invasion. What could be said, however, of the calculus for invading against a modern conventional force with mature asymmetric capabilities that could be employed through an insurgent force over the course of months and years? As a force that has decades of lessons learned in counter-insurgency operations, how could the US reverse engineer an "insurgent strategy" for its partners from the get go that would increase known costs to the point of deterrence?