Why the Stalemated Equilibrium in Ukraine?

The Treadmill: Why the Russo-Ukrainian Front Won’t Budge

Every few months there are claims of a transformational breakthrough - Iranian Shaheds, Western ATACMS, Russian Lancet drones, AI-generated target decks, you name it. Yet the 1,200-kilometre front line still remains static. How can all these years of technological innovation produce nothing more decisive than First World-War fixed positions and an equilibrium of murderous attrition?

One answer might be that defence has outrun offence but that isn’t quite true. What’s happening instead is a frenetic evolutionary race in which every advantage is neutralised before it ripens into a war-winning coup. It looks like stalemate; in reality the treadmill is spinning so fast that both armies run flat-out merely to stay in the same place.

1   Total transparency kills surprise

Cheap satellites and quad-copters give both sides a god’s-eye view. Mass any armour and it is spotted, geolocated, and gift-wrapped for artillery within minutes. Breakthrough manoeuvre used to hinge on concealment; but in 2025 the battlefield is one enormous fish-bowl.

2   Cheap lethality makes defence dominant

A £400 FPV drone can slip through a T-72’s engine deck and do the work of a forty-grand anti-tank missile. Add kilometre-deep minefields, Ukraine is now the most heavily mined country in the world, and you have reinvented Ypres, only with thermal cameras on every fencepost.

3   Electronic warfare eats drones until drones adapt back

Russian jammers spoof Ukrainian quad-copters; Ukraine homes HIMARS on the jammer; Russia bolts the jammer onto a light jeep and drives off; Ukraine rewrites the autopilot to target-select or fly home through the resulting GPS blackout. The loop is measured in weeks, not procurement cycles.

4   Force-to-space mismatch

Even after Moscow’s partial mobilisation and Kyiv’s successive drafts, troop density rarely exceeds one battalion per kilometre: too thin to defend everywhere yet too thin to mass a spearhead without being noticed (point 1) and then shredded (point 2).

5   Industrial and political ceilings

Russia cranks out shells but is sanction-starved for optics and chips; Ukraine receives Western kit only as fast as governments vote the money and Rheinmetall spools up new 155 mm lines. Neither side amasses enough precision munitions to sustain a rolling offensive, so they default to artillery grinds punctuated by local jabs.

6   A nuclear shadow boxing ring

The Kremlin mutters about “existential stakes”; Washington and Berlin drip-feed weapons lest they tip Moscow over the edge. Kyiv therefore fights with one diplomatic arm tied, while Moscow dares not mobilise fully for fear of regime instability. Strategic restraint reinforces operational stalemate.

7   The feedback loop outruns doctrine

Successful offence demands a symphony: breaching, de-mining, air support, EW suppression, rapid exploitation. Both armies are improvising the score in real time, but every rehearsal is filmed by hostile drones and countered before the next act. Innovation is permanent; exploitation is elusive.

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So yes, defence has the upper hand but not by virtue of a single impregnable technology. It is the collision of cheap sensors, cheap shooters, and instantaneous adaptation that tilts the cost curve. Each offensive toy breeds its counter-toy before any general can write the field manual. Until one side manages to slow that feedback cycle, by blinding the opponent’s recon-strike complex, or by mass-producing autonomous swarms faster than the jammers can mutate, expect the treadmill to keep spinning, grinding steel and lives without ever delivering the clean breakthrough the nineteenth-century textbooks promised.

The Future of the British Military: (Gemini)

From OpenArt

Introduction

The British military stands at a crossroads. Traditional threats are evolving, and the rise of unconventional warfare and technological advancements necessitate a re-evaluation of defence strategy. This post explores the potential of a special forces-centric army and the role of Artificial Intelligence (AI) in shaping the future force structure, while acknowledging the importance of maintaining a balanced approach in light of the UK's likely threat portfolio.

The Allure of Special Forces and Rethinking Traditional Forces

A special forces-centric army offers undeniable advantages. Special forces units are agile, adaptable, and adept at unconventional warfare, counter-terrorism, and surgical strikes – all crucial capabilities in the contemporary security landscape.  The resulting smaller force structure could minimise casualties, logistical burdens, and overall costs. However, this approach presents limitations. Special forces are not designed for large-scale, state-on-state warfare.  Furthermore, recruiting and training these elite units is expensive and resource-intensive, requiring a large, trained mass of soldiers as a recruiting pool.

The Royal Navy and Royal Air Force (RAF) would also require adjustments to support a special forces-centric model. The Navy might transition to smaller, more agile vessels for troop insertion and support, while the RAF would likely prioritise airlift/insertion capabilities and specialised attack aircraft.

The affordability of a special forces-centric force hinges on a careful analysis of offsetting costs. Possible reductions in overall manpower, base upkeep, and traditional weaponry might balance the increased expenditure on special operations capabilities.  Recruitment would target demographics drawn to the prestige of special forces, though potentially limiting the pool of qualified candidates.

While special forces offer a compelling vision for the future, the inclusion of powerful state actors like Russia as potential adversaries complicates the equation. Special forces are ill-equipped to counter a full-scale invasion or hold territory in a conventional war. A more balanced approach that leverages special forces' strengths while maintaining a credible conventional deterrent through investment in essential areas like armour and air defence might be more prudent.

Meanwhile, AI should be considered a teammate, not a replacement. The potential of AI-powered smart machines to revolutionise warfare is undeniable. However, entirely replacing a mass army with autonomous systems within the next 3-5 years is unrealistic. AI technology for complex military tasks is still under development, and the UK's diverse threat landscape necessitates a nuanced approach. AI may excel in specific areas but it can't  replace the human element entirely or en masse.

The focus should be on integrating AI for tasks like logistics, intelligence analysis, and unmanned vehicle operation, freeing up human soldiers for critical decision-making and adaptation –  essential for navigating the UK's evolving security landscape.

Conclusion

While a special forces-centric model offers agility and effectiveness, it must be weighed against the need for a credible conventional deterrent. AI integration offers significant potential, but it can only complement, not replace, human soldiers.

As regards manpower, a hybrid approach combining a core special forces unit with a lean conventional force might be most suitable. This would likely result in a smaller overall manpower requirement compared to a traditional mass army.

Freed-up resources from a smaller force could then be directed towards special operations capabilities, AI integration, and maintaining essential conventional elements. There's no one-size-fits-all solution, but it's generally suggested developed nations allocate at minimum 2-3% of GDP to defence spending, following a thorough strategic review.

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I would add that voluntary national service, including into such units as the Territorial SAS/SBS would enlarge the funnel of qualified recruits that the above force architecture requires.

"The Arms of the Future" - Jack Watling (review)

 

I asked Gemini to summarise this review from Frank Hoffman, which is quite long, into something more succinct:

"Jack Watling's book, "The Arms of the Future: Technology and Close Combat in the Twenty-First Century," tackles a critical question: how should armies adapt to the changing face of war?  Warfare is becoming more lethal, with new drone technologies and a renewed focus on urban combat.  Watling argues that armies are not keeping pace, clinging to outdated structures and simply adding new tech on top.

The book proposes a complete overhaul of force design.  Part 1 dives into the future battlefield, analyzing  increased transparency due to sensor technology, the limitations of armor in the face of rising lethality, and the enduring challenges of urban warfare.

Part 2 gets practical, outlining a new force structure with four key subsystems: maneuver, fires, assault, and support.  This new design emphasizes dispersed formations for better survivability, increased lethality to counter enemy firepower, and the ability to adapt to the unique demands of urban combat.  It also integrates drones more seamlessly and calls for lighter, more agile armored vehicles.

Importantly, Watling doesn't advocate abandoning traditional maneuver tactics.  He acknowledges the role of armor but emphasizes overcoming its limitations through clever tactics that create ambiguity and deception.

"The Arms of the Future" is a well-researched book that draws on real-world conflicts and the insights of military experts.  While it doesn't delve into unconventional warfare or address the specific needs of special operations forces, it offers a wealth of practical solutions and raises important questions about how armies should be structured for the future battlefield.  This book is a must-read for policymakers and military personnel serious about adapting to the ever-changing nature of war. It provides a strong foundation for further discussion and experimentation on how to build a military that can thrive in the coming decades."

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I would add: the book is undeniably important. Its focus on military architecture and logistics shows a deep comprehension for the realities of sustainable warfighting. However, it is written for military strategy professionals: jargon-rich and abstract in tone. It requires sustained attention.

My concern is that it captures a moment in time, where robotic/autonomous sensor/effector systems and AI synthesis/analysis systems have capabilities impossible to ignore, but not at capability to replace trained soldiers in any current department of warfare. 

But progress is exceptionally rapid: what will the situation look like in five or ten years time?

The problem is that re-engineering a major power's military is a generational process, measured in decades. It seems clear that the journey Watling has charted must be followed, but substantial course corrections seem likely within successive five year windows. 

Will military bureaucracies be up for the challenge, not just of change but of changing change?