Episodes
5 days ago
5 days ago
A need for low-cost warfare has emerged from the experiences of several nations in current conflicts. On the one hand, a recent missile and drone attack on Israel was successfully defeated, but at the unsustainable cost of an estimated $1-1.5 billion. Houthi drones, costing $2000 each, were successfully intercepted with Standard Missile-2s (SM-2), which cost $2 million each. On the other hand, the Russian Black Sea fleet was severely degraded by sea drones costing between $250 and $ 350,000 each. There are two consequences deriving from this: There is an urgent need for low-cost systems both in defence (to counter the Houthi-type attacks, for example) and offence (to engage in sea control or with combat drones as an artillery substitute).
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Thursday Jun 19, 2025
Thursday Jun 19, 2025
The progressive integration of artificial intelligence (AI) transforms military command across doctrinal, procedural, and cultural dimensions. AI reshapes the balance between centralisation and decentralisation across command levels. Using Col. John Boyd’s OODA Loop as a generic model of the military decision-making process (MDMP), it is possible to see how AI influences each step of decision-making—from information gathering to tactical execution—and assesses its implications for Mission Command (MC) as a decentralised leadership philosophy. Western militaries, with their longstanding tradition of decentralised decision-making, may be particularly well-positioned to harness AI as a tool of empowerment rather than surveillance.
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Thursday Jun 12, 2025
Thursday Jun 12, 2025
AI-powered autonomous weapons, from advanced drones to robotic soldiers, are reshaping warfare with unmatched speed, precision, and adaptability. Capable of life-and-death decisions, they deliver tactical power and coordination, reducing human risk and amplifying military strength. Intelligent swarming and real-time responses provide a formidable combat edge. However, robust controls are crucial to wield these tools responsibly, to shape the future of warfare with strategic brilliance and caution.
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Thursday Jun 05, 2025
Thursday Jun 05, 2025
Military effectiveness hinges on technological innovation and organisational fitness—the ability to adapt, integrate, and exploit new capabilities. While AI, cyber warfare, and autonomous systems are reshaping conflict, rigid hierarchies and cultural resistance hinder their adoption. Bridging the gap between technological potential and institutional readiness requires decentralised decision-making, strategic alignment, and adaptive structures. Public-private partnerships, phased adoption, and cultural transformation are essential to ensuring military innovation and sustained strategic superiority.
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Thursday May 29, 2025
Thursday May 29, 2025
Emerging and Disruptive Technologies are fundamentally reshaping modern warfare, creating a paradox where military forces are empowered and constrained by digital advancements. Western militaries, particularly NATO, face growing friction as their force structures struggle to adapt to the constantly evolving Russian way of warfare witnessed in Ukraine. This paper introduces the concept of digital friction, the operational strain caused by overreliance on networked warfare in environments where war remains fundamentally analogue and unpredictable. By examining historical and contemporary conflicts, this study highlights the risks of digital determinism and advocates for a balanced approach where digital capabilities enhance rather than replace traditional warfighting competencies, as organised violence is inherently analogue.
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Thursday May 22, 2025
Thursday May 22, 2025
The evolution of battlefield surveillance, from traditional elevated vantage points to advanced satellite remote sensing, has transformed geospatial data into actionable insights. The research focuses on creating a Digital Twin of a battlefield using a range of data sources. A methodology for assessing terrain features, such as visibility, slope, and soil moisture, is developed, along with a model for vegetation cover using Sentinel-2 data. Imitation Learning is employed to simulate military strategies based on human decision-making processes, generating synthetic data that represent real-world conditions.
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Thursday May 15, 2025
Thursday May 15, 2025
Technological advancements and evolving security policies increasingly shape military conflicts through AI, autonomous systems, and cyber capabilities. Future developments can be analysed from both military-technological and tactical perspectives, highlighting challenges in command structures, information processing, and execution. The vignettes address the aspects of capability, understanding, and will, i.e., the parts of combat power. Countermeasures require cybersecurity, intelligence validation, and leadership training in cognitive resilience, as well as the proper usage of the decision-making process. Success depends on integrating technology with adaptive command structures and cognitive flexibility. Clausewitz’s adaptability is vital in modern conflicts, while Jomini’s structured approach remains relevant for technological coordination. True success integrates both perspectives, ensuring leadership, data integrity, and the flexibility to shape complexity rather than merely react to it.
Prompt on Capability: „First scenario, area: capability. Describe, from the perspective of a future battalion commander (three mechanised infantry companies, one tank company, one platoon of self-propelled anti-aircraft systems, one platoon for indirect fire support), why he has just lost a battle against an enemy and now stands before the smoking wreckage of his battalion. Cite as reasons, for example, that the anti-aircraft platoon was unable to fire because the chip supply chain for the fire control computers had been infiltrated or sabotaged. These chips reacted to a specific type of electronic emission in such a way that the entire anti-aircraft software system was overloaded, causing the components to burn out. The main battle tanks failed to hit the opposing tanks because the AI-assisted target acquisition software had been hacked. Upon detecting the contours of enemy vehicles, it consistently produced missed shots due to slight targeting deviations. Finally, describe how the infantry fighting vehicles constantly displayed a message on the driver's control panel indicating that the component “Burgmannring” urgently needed to be replaced. This was the result of satellite-based interference with the software, which had injected the false alert. Feel free to invent additional background information and elaborate creatively. Also, consider selecting other units from the battalion and constructing similar examples. Length: approximately 600 words, from the perspective of the battalion commander.“ Altman, ChatGPT 4o.
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Thursday May 08, 2025
Thursday May 08, 2025
Explosives and pyrotechnics play a critical role in modern military technology. Recent advancements in nanotechnology, artificial intelligence, and 3D additive manufacturing are transforming the development, applications, and safety of these technologies. This paper examines how these disruptive technologies shape the future of explosives while addressing the challenges of their ethical application. Special attention is given to AI’s ability to detect, deactivate, and defend against explosive threats, significantly impacting military doctrines.
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Thursday Apr 24, 2025
Thursday Apr 24, 2025
This critical analysis evaluates Thomas Rid's thesis in "Cyber War Will Not Take Place," which argues that cyber operations do not fulfil Clausewitzian criteria for war. It supports Rid's overall assertion while exploring nuances and limitations in his argument. Despite the compelling nature of Rid's claim that cyber war as a standalone phenomenon is unlikely, the analysis underscores the complementary role of cyber operations in modern warfare. It highlights their strategic implications within the broader framework of hybrid conflict.
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Thursday Apr 17, 2025
Thursday Apr 17, 2025
Following the annexation of Crimea a decade ago, Russian warfare tactics have evolved to adapt to technological advancements and make up for shortfalls in conventional military domains; among them falls the use of Russian television and Telegram channels to influence the Ukrainian public. As claimed by Maschmeyer et al.’s “Donetsk Don’t Tell - ‘Hybrid War’ in Ukraine and the Limits of Social Media Influence Operations”, television outperforms social media in the limited context of Ukrainian support to Russia’s influence operations. However, due to stringent limitations in broadcasting subsequent to Maschmeyer’s study, and theoretical shortcomings, such a statement is not criticism-proof.
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