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  • Integrated Recce: Enhancing Cavalry Operations through technology on the CV90 Platform
    The rapid advancement of military technology continues to transform the operational landscape of modern warfare. Cavalry operations (CavOps), traditionally focused on reconnaissance and rapid manoeuvre, now increasingly rely on sophisticated sensor systems and unmanned aerial vehicles (UAVs) to maintain battlefield superiority. This article explores the integration of the Optical Target Acquisition System (OTAS) and drone swarms controlled from the CV90 infantry fighting vehicle (IFV), coupled with the Digital Aided Fire Solution (DAFS). Focusing on the Norwegian Army's implementation efforts, it evaluates how this technological fusion enhances targeting capabilities and situational awareness whilst critically examining the cost-effectiveness and tactical trade-offs associated with tethered drone systems. Cavalry Formations and Their Operational Concepts: The Case of Porsanger Battalion A cavalry formation primarily conducts its missions as part of enabling operations (US ARMY, 2016, p. 12) . Enabling operations are operations that facilitate a transition to either offensive or defensive operations (NATO Standardization Agency, 2009, p. 185) . Within this spectrum, a cavalry formation must be capable of conducting reconnaissance and security operations. Therefore, it is important to combine firepower, manoeuvre, and protection with the ability to identify targets. Porsanger Battalion, within the framework of the Finnmark Brigade, is Norway's only pure cavalry formation dimensioned for this role. Norway has chosen to use the CV90 platform for the concept development of such a cavalry formation. Similar to several Nordic countries, more are now recognising the platform's utility in terms of adaptability and flexibility, acquiring the CV90 platform for their own armed forces (Ministry of Defence, 2025) The CV90 Platform and OTAS Capabilities The CV90 Infantry Fighting Vehicle (IFV), developed by BAE Systems Hägglunds and fielded by several NATO countries, is a modular, highly adaptable platform tailored for reconnaissance and combat operations in demanding environments. Its open digital architecture enables integration of advanced mission systems, transforming the vehicle into a networked sensor and command node. A key capability enhancer is the Overarching Target Acquisition System (OTAS), which significantly improves the CV90's effectiveness in surveillance, target acquisition, and precision engagement. In the Norwegian CV90 reconnaissance configuration, OTAS incorporates the Chess Dynamics Hawkeye Modular Mission Pod (MMP); a mast-mounted, multi-sensor suite combining electro-optical and infrared sensors, a high-power daylight camera, a long-range laser rangefinder (>30 km), a laser pointer, and a compact radar system for target detection and tracking. This radar capability provides persistent surveillance and allows for wide-area situational awareness, even in degraded visual environments. The system meets Category 1 Target Location Error (TLE) standards, the highest level of geolocation accuracy in NATO, enabling precise engagement at ranges beyond 20 km. Integrated into either a local Combat Management System (CMS) or a broader Battlefield Information System (BIS), and enhanced by AI-powered classification and tracking tools, OTAS delivers near-real-time threat detection and dissemination across the network. This dramatically increases the unit's operational autonomy and survivability in fast-paced, sensor-dense battlespaces (Chess Dynamics, 2023) . Drone Swarms and Digital Fire Solutions Integration Integrating drone swarms directly into the CV90's command ecosystem represents a fundamental shift in how reconnaissance and targeting operations are conducted. Unlike conventional UAV operations that depend on external ground control stations, deploying and controlling drone swarms from within the vehicle reduces communication latency and enhances tactical responsiveness (Edvardsen & Hansen, 2024) . These swarms pro...
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  • Goodbye Digital - Hello AI
    Introduction Like many of us, I love listening to our veterans' tales, exploits and adventures. They regale stories from their long careers, dits about the changes in warfare and the disruptions following the digital transformation of our armed forces. Suddenly, I feel my age as they talk about some of the equipment I worked on, but in the past tense. As I reflect on this, I think that maybe the military got digital transformation all wrong. Instead of focusing on the transformation of warfare by digitalisation, we have been preoccupied with the digitalisation of the equipment, not on the transformation of our Armed Forces and how we should prosecute a digital war using it. Instead of welcoming AI and digital transformation as a new paradigm for our Armed Services, did we merely apply it as a trendy veneer on legacy ways-of-war models, processes and practices? In the first major digital war, Ukraine quickly learnt that their legacy Soviet and even adopted legacy NATO doctrine, models, processes and practices, built for the last war, were defunct in this new digital battlespace. As new conflicts arise, this challenges our fundamental assumptions about how we think, work, and measure success in the new AI-enabled profession of arms. The rise of AI is giving us all a moment of pause. Do we choose to also apply a veneer of AI to the same old legacy processes and practices, making them incrementally a little faster and more efficient … or do we work to focus on the important things in the next war - applying AI to increase our efficiency, effectiveness and lethality? At the same time, we must also chart new skills pathways for all our people and harness everyone's creativity so we can deliver a truly transformed AI-enabled military. Augmenting and fusing the human mind with advanced AI technologies could provide a pivotal moment for us if we are bold enough to seize it. Digitalisation isn't transformation It has only been a decade since General Barrons presented his vision on Warfare in the Information Age. It promised to revolutionise us for a new way of war. But for many, the outcome was far from revolutionary; instead of truly investing in digital transformation, we faffed and frittered away the opportunity, making only superficial changes and tweaks rather than complete transformation. This approach reinforced and cemented traditional tactics, techniques and procedures from the Cold War era, without dismantling the barriers that separated individuals, tasks and data within our formations. Each team, function and arm got its own ICS, which was meant to enhance efficiency but ended up complicating future efforts to aggregate data and interoperate as one. While much of our equipment changed, how we operated on the battlefield did not fundamentally change the nature of our work or transform it. We introduced new, better equipment, interfaces, and architectures, improving the speed, security and quantity of the same things we always did. It allowed us to maintain the same old Cold War practices, with the data being passed and workflows remaining disparate, still siloed within different domains. Instead of transforming how we fight, we extended, prolonged, and gave a lifeline to the old ways of warfare with which we were comfortable. We didn't challenge the politics or conventions, retire outdated thinking or butcher any sacred cows. How often have we heard "Why do we keep doing it this way?" We failed to change our perspective on how we think. We failed to question whether our traditions were right in this modern battlespace. We failed to understand how we should fight in this digital world. As with digital transformation, there is no one-size-fits-all for AI enablement either, but iteration or refinement of past legacy practices is not the answer. A reimagined military A few organisations fundamentally understood the real power of digital; they reimagined their purpose and developed a whole new way of delivering their product/s...
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  • Restructuring the British Army: A Two-Division Model
    The British Army faces a pivotal moment as it navigates the evolving demands of modern warfare within the framework of the Strategic Defence Review (SDR) expected in spring 2025. The SDR places NATO at the core of the UK's defence posture, requiring the Army to maintain credible, deployable forces capable of deterring peer adversaries, particularly in high-threat regions like the High North and the Baltics, while supporting operations in the Middle East and Africa. This essay proposes a restructured British Army organised around two divisions, one tracked and one wheeled, each comprising three brigades, with each brigade containing three all-arms battle groups. These battle groups would serve as the primary deployable fighting units, with brigades and divisions acting as resource providers. The tracked division would sustain two armoured battle groups, one in the High North on a three-year accompanied posting and one in the Baltics on six-month rotations, while the wheeled division would provide support and manoeuvre for the tracked division and enable operations in the Middle East and Africa. This essay examines the equipment forecast, the deployment of divisional and brigade-level assets, and the cultural and structural challenges of this transformation, concluding with a proposed timeline for implementation. This essay specifically leaves out 16AABCT and associated light infantry (including UKSF and Royal Marines). Proposed Structure: A Two-Division Model The proposed structure realigns the British Army into two deployable divisions: a tracked Heavy Division and a wheeled Expeditionary Division. Each division would consist of three brigades, with each brigade comprising three all-arms battle groups, totalling 18 battle groups across the Army. This structure departs from the current model, where the 3rd (UK) Division is the primary warfighting formation, and the 1st (UK) Division focuses on lighter roles. The new model ensures both divisions are optimised for combined arms manoeuvre, with battle groups as the primary tactical units, supported by brigade and divisional enablers. The Heavy Division (Tracked) The Heavy Division, based on the 3rd (UK) Division, would be optimised for high-intensity conflict against peer adversaries, particularly in NATO's northern and eastern flanks. It would consist of three Armoured Brigade Combat Teams (ABCTs), each with three battle groups. Each battle group would include: 1 Armoured Squadron: Equipped with 14 Challenger 3 main battle tanks, providing heavy firepower and shock action. 1 Armoured Infantry Company: Equipped with Ajax infantry fighting vehicles (IFVs), offering mobility and protection. 1 Mechanised Infantry Company: Equipped with tracked Ares vehicles for dismounted support and anti-tank capabilities. Support Elements: Including a platoon of 120mm mortars, a reconnaissance troop with Jackal 2 vehicles, and a fire support team with Javelin anti-tank guided missiles. The Heavy Division would sustain two forward-deployed battle groups: one in the High North (e.g., Norway) on a three-year accompanied posting, allowing families to be collocated for stability, and one in the Baltics (e.g., Estonia) on six-month rotations as part of NATO's Enhanced Forward Presence (EFP). The three-year posting in the High North would leverage existing infrastructure, such as NATO bases in Norway, to support long-term deterrence, while the Baltic deployment would align with rapid-response requirements. Each ABCT would rotate its battle groups to maintain one in the Baltics, one in training, and one in maintenance, ensuring sustainable readiness. The Expeditionary Division (Wheeled) The Expeditionary Division, restructured from the 1st (UK) Division, would focus on rapid deployment and manoeuvre, supporting the Heavy Division and conducting operations in the Middle East and Africa. It would comprise three Mechanised Brigade Combat Teams (MBCTs), each with three battle groups. Each battle group would...
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  • How India-Pakistan conflict Inform China's Operational Playbook
    The four-day India-Pakistan military crisis showcased a real-world glimpse of how near-peer militaries will face each other on the future battlefield. This high-tech military showdown was of immense significance for the People Liberation Army (PLA), which has been monitoring the global conflicts, Russia-Ukraine war, Nagorno-Karabakh and Syrian civil war, to draw operational lessons, adaptation tactics and a foresight gaze to prepare for the hypothetical conflicts in its backyard. Featured between the two nuclear-armed rivals, the conflict was the first of its kind where a military (Pakistan) possessed advanced Chinese weapons in its inventory, mainly the HQ-9 air defence system, PL-15 beyond-visual-range-air-to-air-missile (BVRAAM), J-10C Vigorous Dragon and JF-17 Thunder fighter planes. During the intense aerial exchange, Pakistan's downing of five Indian fighter jets, including top-of-the-line Rafales, provided a trial run of cutting-edge Chinese weaponry under fire. The crisis came as an optimal moment for China, which has not been in active combat since 1979. The successful demonstration of Chinese high-end weaponry against the relatively superior Western weaponry underscores China's preparation and anticipation of future conflict with strong adversaries like the US. In 2019, China's State Council published a white paper, China's National Defence in the New Era, which noted that the international military landscape is witnessing rapid transformation. The document emphasised multi-domain and trans-theatre operations to facilitate jointness among all service branches. To achieve synergy among its service branches, the Chinese military has integrated cyber, space and information domains under the multi-domain warfare (MDW) concept. It has also developed a robust data link architecture to enable the seamless integration between fighter jets, airborne early warning and control (AWACS) aircraft and other supporting units. These data links augment combat efficiency by supporting coordination among various assets, allowing rapid target data sharing and providing missile guidance. Theoretically, they also help the Chinese military to overcome the bottleneck of information processing during live combat. The more interoperable these data links are, the faster the execution of the OODA loop in real-time combat. In the 100-hour India-Pakistan live air combat, both sides were engaged in what the Chinese called 'system-to-system' confrontation. Pakistan's indigenously developed Link-17 enabled it to execute a sequenced kill chain in a multi-domain environment. During peacetime, Pakistan has enhanced its situational awareness by integrating its ground radars, fighter jets, and AWACS aircraft. Relatedly, it has been engaged in a series of joint exercises with China, such as Warrior, Shaheen and Sea Guardian, respectively. This peacetime readiness allowed Pakistan to simultaneously lock, target and destroy the enemy's airborne assets in a high-speed environment. According to the South China Morning Post, Pakistan Air Force deployed 'A' launched by 'B' and guided by 'C' method to stage an 'air ambush' for the Indian fighter jets. Visualising hypothetically, Michael Dahm, a prominent aerospace expert at the Mitchell Institute, stated that Pakistan's kill chain may have started with the locking of the Indian airborne targets by a ground-based radar. Then, a J-10C Vigorous Dragon launched its PL-15 BVRAAM from a standoff distance, and finally, an AWACS guided the missile to the target by using a midcourse data link. This kill chain is comparable to what the US is trying to create among its services through the Combined Joint All Domain Command and Control (CJADC2) concept. On the contrary, India's Rafales and S-400s are indubitably superior, but fragmentation in India's network-centric system hinders the interoperability among these assets. Unlike Pakistan, India lacks a unified data link to facilitate integration between a hodgepodge of Rus...
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  • #WavellReviews Lawrence of Arabia by Ranulph Fiennes
    I first discussed Lawrence of Arabia by Ranulph Fiennes over an evening mezze in Jordan with a senior civil servant. With myself stationed in Jordan - Lawrence's old backyard - and him working on Middle Eastern defence policy from the UK, we find ourselves, somewhat sheepishly, admitting a shared disappointment. We both expected more. What we encountered was a curious blend of personal memoir, travelogue, and partial biography that struggled to bring T.E. Lawrence meaningfully to life. Ranulph Fiennes, famed adventurer and former soldier, sets out to retrace Lawrence's footsteps across the Middle East. It's a promising concept: a man of notable action revisiting the deserts that shaped a legend. Yet the execution falters. Fiennes repeatedly draws comparisons between himself and Lawrence, highlighting his own limited Arabic, failed training attempts, and military frustrations. These reflections seem less like acts of humility and more like a veiled attempt to position himself within the Lawrence mythos. In doing so, Fiennes's personal shortcomings become a distraction and end up pulling the reader away from, rather than toward, a deeper understanding of Lawrence's legacy. More troubling, the book does little to situate Lawrence within the broader strategic tapestry of the First World War. It gestures at the geopolitical stakes but rarely lingers long enough to add analytical weight. Lawrence - the man, the myth, the contradiction - remains frustratingly distant. There is little exploration of what made Lawrence so tactically and politically distinctive - his use of mobility and surprise in guerrilla warfare, his attempts to unify disparate Arab tribes under a single campaign, or his complex relationship with British imperial objectives. On the rare occasions when the narrative gains momentum and begins to offer something substantial, Fiennes abruptly shifts focus back to his own anecdotes, jolting the narrative like a kick to the shins. This contrast is thrown into sharper relief when compared to authors who have succeeded where Fiennes has not. Michael Asher's Lawrence: The Uncrowned King of Arabia offers a far more grounded, critical engagement with both Lawrence's strategic brilliance and inner turmoil. Even Scott Anderson's Lawrence in Arabia manages to tell a multi-threaded geopolitical story while still rendering Lawrence vivid and contradictory. In contrast, Fiennes remains oddly disinterested in the world Lawrence helped shape. Instead of offering readers insight into a region still grappling with the legacy of imperial meddling, he offers sunburn, sore feet, and a sense of being out of place - both geographically and literarily. To the military reader, this book might offer a surface-level introduction to Lawrence and the Arab Revolt. It could serve as a light primer for those unfamiliar with the geography or tone of the campaign. Where the book does show brief promise is in its occasional glimpses of the emotional toll the campaign took on Lawrence, hinting at the inner strain behind the myth. These fleeting moments offer a rare glimpse of the man behind the legend. But for anyone seeking serious insight into Lawrence's irregular warfare, adaptation to Arab cultural dynamics, or the early complexities of building 'partner' capacity in fluid and unfamiliar terrain, this book will fall short. In the end, Lawrence of Arabia reads less like a serious study of a singular historical figure and more like a tribute to Fiennes's own uneven Middle Eastern journey. A mirage of a book - promising from afar, but ultimately offering little substance once approached.
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