HENSOLDT’s Post

In military operations, knowledge is power. SIGINT, with its ability to gather and analyse information from signals, is a critical asset in achieving information superiority on the battlefield. The article (https://lnkd.in/eTWfi8ht) on the importance of SIGINT, future trends and HENSOLDT's innovative technology in this field sounds fascinating. 

In a recent piece by Raven Whispers for CRFS, the spotlight is on the crucial role of Electronic Support Measures (ESM) in modern warfare, highlighting how ESM is transforming the battleground by allowing forces to dominate the electromagnetic spectrum. The article briefly delves into historical instances like the Kosovo and Gulf Wars, showcasing ESM's power in anticipating threats, disrupting enemy communications, and protecting operations. It breaks down the technology behind ESM, including advanced receivers, antennas, and digital signal processing, which together enable forces to detect, intercept, and analyze enemy emissions effectively. Moreover, the article discusses ESM's modern applications across air, sea, land, and even space domains, illustrating its indispensable role in today's defense strategies. From naval early warning systems to the sophisticated suites in fighter jets like the F-35 and space warfare measures, ESM is depicted as a linchpin in maintaining operational advantage and ensuring national security. This comprehensive coverage by Raven Whispers offers readers a deep dive into how ESM technologies and strategies continue to evolve, underscoring their significance in achieving spectrum dominance and operational success in contemporary conflict environments. For a detailed exploration of ESM's impact and its applications, check out the full article on CRFS's platform. Stay up to date on everything Electronic Warfare—like, Share, and Follow for Exclusive Insights. Master the Art of 'Drowning in Signals, Thriving in Noise.' https://lnkd.in/gt39Vy3f #EW #Electronicwarfare #ISR #RADAR #COMINT #ELINT #SIGINT #ESM #EMSO

Excited to share an enlightening article shedding light on the indispensable role of Electronic Support Measures (ESM) in achieving spectrum dominance. However, the path to dominance is rife with challenges. In modern warfare, securing spectrum dominance is not just advantageous; it's imperative for mission success. ESM systems provide critical intelligence from the electromagnetic spectrum, enabling the identification and exploitation of adversary signals. Yet, achieving true dominance is arduous. As technology evolves, adversaries become increasingly adept at concealing their signals and countering our efforts. The spectrum is crowded and complex, making it challenging to sift through the noise and pinpoint hostile emissions accurately. Integrated with Electronic Attack (EA) and Electronic Protection (EP) measures, ESM forms the bedrock of comprehensive EW strategies, crucial for neutralizing threats and safeguarding military assets. Let's remain vigilant and innovative in our pursuit of spectrum dominance, recognizing the obstacles ahead. #ElectronicWarfare #ESM #SpectrumDominance #MilitaryTechnology #EWOperations #ArmyTech #DefenseInnovation #ModernWarfare #ChallengesInEW #army #beallyoucanbe #commandandcontrol #CEMA

In a recent piece by Raven Whispers for CRFS, the spotlight is on the crucial role of Electronic Support Measures (ESM) in modern warfare, highlighting how ESM is transforming the battleground by allowing forces to dominate the electromagnetic spectrum. The article briefly delves into historical instances like the Kosovo and Gulf Wars, showcasing ESM's power in anticipating threats, disrupting enemy communications, and protecting operations. It breaks down the technology behind ESM, including advanced receivers, antennas, and digital signal processing, which together enable forces to detect, intercept, and analyze enemy emissions effectively. Moreover, the article discusses ESM's modern applications across air, sea, land, and even space domains, illustrating its indispensable role in today's defense strategies. From naval early warning systems to the sophisticated suites in fighter jets like the F-35 and space warfare measures, ESM is depicted as a linchpin in maintaining operational advantage and ensuring national security. This comprehensive coverage by Raven Whispers offers readers a deep dive into how ESM technologies and strategies continue to evolve, underscoring their significance in achieving spectrum dominance and operational success in contemporary conflict environments. For a detailed exploration of ESM's impact and its applications, check out the full article on CRFS's platform. Stay up to date on everything Electronic Warfare—like, Share, and Follow for Exclusive Insights. Master the Art of 'Drowning in Signals, Thriving in Noise.' https://lnkd.in/gt39Vy3f #EW #Electronicwarfare #ISR #RADAR #COMINT #ELINT #SIGINT #ESM #EMSO

'But the Kremlin has also consistently invested and experimented in electromagnetic innovation in decades when U.S. EW efforts were focused on gathering intelligence in the relatively permissive environments of wars in the Middle East. 'Russian jamming has decreased the “efficiency rate” of GPS-guided [American-origin] Excalibur 155mm artillery from 70 percent to 6 percent ... 'The GoTenna unit, about the size of a sunglasses case, can connect satellite or cellular networks ... Company officials offered a demonstration in which two users, some 532 miles apart, connected over a 7-kilohertz, 100-watt channel. 'The command already has its own small satellite, called MISR, to collect signals intelligence, and it is looking to create more SOCOM-specific satellites'. https://lnkd.in/edsmwaXE

Key tenets of information warfare include: situational awareness, assured command-and-control, and integrating of intel and firepower. 

Today in Asia Times, I wrote about the formation of the People’s Liberation Army-Information Support Force (PLA-ISF) in China, representing a strategic shift in military focus from traditional forces towards more specialized areas critical to modern warfare. This new unit, evolving from the former PLA-Strategic Support Force (PLA-SSF), integrates advanced technologies like AI, quantum computing, and more into China’s military operations against the US and its allies. President Xi Jinping emphasized that the rebranded force will enhance the PLA's capabilities and effectiveness in contemporary combat scenarios, underscoring a shift from "informationized wars" to "intelligentized warfare." In my analysis, the creation of the PLA-ISF indicates China's continued emphasis on integrating technology with military strategy, reflecting a broader trend of modernizing military operations through high-tech advancements. This move aligns with China's 2015 Military Strategy and the 2019 National Defense white paper, highlighting the importance of information in achieving dominance in future conflicts. The strategic rebranding also addresses organizational inefficiencies by centralizing information support, previously dispersed across various branches, thus enhancing operational coherence and effectiveness in multi-domain warfare.

Persistent Domain Awareness for the Homeland always suggested a high-altitude sensing (and effect-enabling) solution. We've collectively come a long way in the last 30 years in Homeland Defense from only surveilling outward from our shores which failed on 911, to leveraging existing but imperfect sensors inside our shores. We (still) need flexible, cost-effective Domain Awareness available to support commanders' decision-making in time to defend the Homeland.....against a single threat, and many threats. Lets get some traction on this approach!

 Are we too lethargic in anticipating major changes in warfare technologies? One cannot prepare for what one hesitates to anticipate, and it will hurt… Yesterday, at the HAAC conference in Tysons Corner, VA, I presented a talk titled “Ground Warfare in 2050: How it Looked in 2017”. It was a retrospective study of military-technological forecasts I made in 2017 and published in 2018 (see https://lnkd.in/dMvTSrca) The key question I explored in this talk: observing the current Russo-Ukrainian war, the largest modern war since WW2, can we assess whether we are any good at forecasting the future of military technology? Reviewing the forecasts I made in 2017, and comparing them to what we can observe in the Russo-Ukrainian war, I argued that a large fraction of predictions about military technologies of 2050 made in 2017 have already materialized, mainly in the Russo-Ukrainian war. Many other predictions appear on their way to realization, exhibiting both military necessity and technological feasibility Overall, the fraction of predictions that would come true by 2050 is likely to be very high (such as in https://lnkd.in/dE54JgEm ) Predictions are materializing faster than expected, likely due to a large war among technologically modern nations – Russia and Ukraine; unlike the predictions of the 1990s-to-2020 relatively peaceful period. You can find my presentation here: https://lnkd.in/dgkBKYAs