Military Aviation Operations

In recent months, Ukraine has demonstrated remarkable resilience and innovation in its maritime strategy, achieving significant victories at sea. The article “Ukraine’s Victory at Sea: How Kyiv Subdued the Russian Fleet – and What It Will Need to Build on Naval Success” highlights how Ukraine has effectively used several key strategies to challenge and counter Russian naval operations, including: - Integration of Drones: Deploying maritime drones for reconnaissance and precision strikes against Russian naval targets. - Use of Cruise Missiles: Employing advanced cruise missiles to disrupt and damage key Russian naval assets from a distance. - Naval Mine Warfare: Utilizing naval mines to block and inflict damage on Russian vessels, restricting their operational capabilities. - Adaptation of Commercial Vessels: Converting commercial vessels into armed platforms to extend Ukraine’s operational reach. - Enhanced Intelligence Sharing: Leveraging improved intelligence and surveillance for effective targeting and planning. These strategies demonstrate a highly adaptive approach to modern naval warfare. By leveraging advanced technologies and repurposing existing assets, Ukraine has gained critical maritime advantages, showcasing how innovation and adaptability can shift the balance in asymmetric conflicts and achieve strategic objectives.

Ukraine’s success against the Russian navy is making the Pentagon nervous – and rightfully so. The US Navy is now actively training to counter the threat posed by autonomous, explosive-laden drone boats. During Baltic Operations 2025, Task Force 66 used uncrewed surface vessels (USVs) to simulate swarm-style attacks on ships like the USS Mount Whitney and USS Paul Ignatius. This training is a direct response to what Ukraine has pulled off against Russia since the start of the invasion. In the Black Sea, Ukraine’s drones have sunk dozens of Russian vessels, forcing Moscow to relocate its fleet to safer harbors. Fast, cheap, and lethal, these USVs have rendered legacy naval thinking obsolete almost overnight. The US military has been aware of this threat since the infamous Millennium Challenge 2002 wargame more than two decades ago, but here’s what planners are recognizing now: - Conventional defenses like manned gun stations and missiles struggle against agile, low-profile drones - Awareness must extend below radar to give service members enough time to detect and engage fast-moving threats - There’s no silver bullet: it will take a combination of sensors, kinetic weapons, and autonomy to effectively meet this moment Luckily, our Navy is leading the way. Task Force 66, formed last year, is integrating robotic systems into fleet operations and developing tactics for maritime theaters where speed, flexibility, and autonomy matter most. If aircraft carriers and destroyers remain the Navy’s most valuable naval assets, then they must also be protected with dynamic, intelligent counter-drone systems. The maritime battlefield is evolving – we need solutions that evolve with it.

Former CIA Director Petraeus: U.S. success in the Persian Gulf is a source of pride, but not a reason for complacency. Ukraine offers the key lessons: modern warfare involves drones, AI, and precision-strike capabilities. That is where the real challenges and the future of warfare lie. The battlefield in Ukraine is far more complex than the Persian Gulf. Drones are jammed, intercepted, and quickly replaced. This is a war on an industrial scale, where mass, resilience, and innovation are decisive. Without a conventional navy, Ukraine was able to use maritime drones to disable a significant portion of the Russian Black Sea Fleet and force it to retreat. Cheap unmanned systems can break traditional naval power. U.S. and Israeli operations in the Persian Gulf took place under much easier conditions, with control over communications and navigation. The enemy is unable to operate on a massive scale across all domains. Unlike in Ukraine, where a constant, large-scale, and adaptive war is underway. Lesson #1 — Volume is key. Ukraine produces them by the millions, up to 7 million a year. The U.S. doesn’t even come close to that scale. Lesson #2 — Speed of adaptation. The advantage goes to whoever learns faster. In Ukraine, drones are updated weekly, hardware every few weeks, and tactics change just as quickly. Lesson #3 — Resilience. Systems must operate under electronic warfare and without communication. This leads to autonomous drones and swarms capable of penetrating air defense systems. Even modern systems are already struggling; autonomous ones will pose an even greater challenge. The U.S. Army needs rapid and radical changes. New approaches must transform everything: from training to procurement. The U.S. demonstrated its strength in the Gulf; Ukraine is facing a real war under pressure. This should not lull us into complacency but rather heighten the sense of urgency. General David H. Petraeus, US Army (Ret.)

C2 Miniseries – Part 11: Training for Degraded Truth There is a dangerous assumption still embedded in too many command structures, procurement programmes, and training environments: that systems will work as designed, communications will hold, and information will remain reliable. Ukraine has shattered that assumption completely. Modern conflict is not fought in clarity. It is fought in denial, deception, and disruption. GPS lies. Communications disappear. Data is poisoned. Sensors mislead. The adversary is not only attacking your forces, but your perception, your decision-making, your confidence in what is real. This changes fundamentally what commanders must train for. Not perfect visibility but degraded truth. Not constant connectivity but operational isolation. Not system reliability but system survivability. Because decision advantage no longer belongs to the side with the most technology. It belongs to the side that continues operating when technology degrades, fails, or deceives. This is not theoretical. Across Ukraine, electronic warfare, cyber intrusion, spoofing, spectrum denial are daily realities. Systems that perform flawlessly in laboratories fail quickly in contested environments. Solutions that look impressive in slides often collapse under pressure. Survivability, not sophistication, has become the defining criterion. This forces uncomfortable but necessary questions at every level: Are our commanders trained to operate when communications disappear? Are our systems survivable in contested spectrum environments? Are we building muscle memory for degraded operations or dependence on fragile connectivity? Are we integrating capabilities into a modular backbone or accumulating isolated technological liabilities? Are we asking innovators and industry the hard questions about survivability, integration, sustainment, operational reality? Training must change. Doctrine must change. Command assumptions must change. This is not about rejecting innovation but grounding innovation in survivability. It requires rethinking from the bottom up from platoon-level decision authority to strategic command architecture, embedding degraded operations into muscle memory, not treating them as edge cases and commanders to demand answers beyond buzzwords, beyond slides, beyond promises. Because in modern conflict, survivability is not guaranteed by technology. It is built through architecture, delegation, training, the ability to continue operating when certainty collapses. This article unpacks parts of the uncomfortable realities of degraded truth, why training for survivability not perfection has become one of the defining command responsibilities of our time. #C2 #MilitaryLeadership #DefenceInnovation #EW #HybridWarfare #ModernWarfare #MissionCommand #DecisionAdvantage #MilitaryTraining #SituationalAwareness #DigitalBackbone #DefenceTransformation #OperationalReadiness #NATO #EuropeanDefence #Resilience #Survivability #Doctrine

Ukraine just used a $100K underwater drone to strike a $300M Russian submarine in port. This is asymmetric naval warfare; small, autonomous, distributed systems versus large platforms. Ukraine has little naval fleet left. Russia operates the Black Sea Fleet with submarines, destroyers, and cruisers. Yet Ukraine was able to hit Russia in Novorossiysk, a port that was considered safe. This is what the Hedge Strategy looks like in combat. Force multiplication through autonomous systems you can afford to lose, threatening platforms the enemy can't.

OODA Is Dead. Long Live UDA. When Charles Darwin delayed publishing On the Origin of Species, it wasn’t because he doubted his science. He hesitated because he understood the magnitude of what he was about to overturn. I have felt something similar for more than a year. As a military officer, I was educated in the gospel of John Boyd’s OODA loop — Observe, Orient, Decide, Act — the elegant model that explained why adaptability wins. Like many of my peers, I built strategies, training, and doctrine on that foundation. OODA was truth. But over the past decade, our battlespace has changed faster than our doctrine. Information no longer flows in neat sequences. Machines decide, sensors reason, and the human act of orientation—once our advantage—has become our bottleneck. In an era of AI, edge fusion, and distributed command, OODA no longer scales. The Heresy My forthcoming paper, “OODA Is Dead, Long Live UDA: The Necessity of a Decision-Driven Command Topology in the Algorithmic Age,” argues that we must replace OODA entirely. Not update it. Not extend it. Replace it. The new operating logic is Decide – Understand – Act (D-U-A), powered by Integrated Decision-Driven Intelligence (IDDI) — an ISR-T enterprise that begins with command intent, drives sensing, and delivers tailored understanding at machine speed. It is the difference between reacting to reality and defining it. Why This Matters • Observation is no longer neutral. Data is contested, manipulated, and overwhelming. • Orientation is no longer fast enough. Human cognition cannot keep pace with algorithmic tempo. • Decision must become the driver. Intent, risk, and purpose must pre-condition every act of understanding. IDDI does not make the commander obsolete — it makes the commander’s intent executable through an integrated, decision-centric enterprise that links sensors, analysts, and effectors in real time. The Faith Question Boyd’s philosophy remains sacred to many — and rightly so. But as Darwin discovered, reverence for the past cannot override evidence of the present. Holding to OODA in the algorithmic age is like navigating by the stars when satellites can give you a live map. What Comes Next In the coming weeks, I’ll be releasing the full paper — a doctrinal argument for why OODA must give way to D-U-A and how Decision-Driven ISR-T achieves tempo dominance without sacrificing ethics or human judgment. This isn’t an attack on Boyd’s legacy. It’s his evolution — the next necessary step in understanding how we fight, decide, and win. Because the future battlespace will not reward those who observe fastest, but those who understand first and act with certainty. ⸻ #OODA #ISR #CommandAndControl #ArtificialIntelligence #DecisionDominance #360iSR #MilitaryDoctrine #Boyd #Innovation #Leadership #DefenceThinking

🛰️ Russian Black Sea Fleet now hides in ports, fearing #Ukraine's naval #drones at sea. #OSINT researcher MT Anderson published new #satellite imagery of Russia’s Black Sea Fleet base in Novorossiysk dated July 13. The port appears fully packed with naval vessels, including some moored at civilian and border guard berths. They don't have anywhere else to go after leaving #Crimea Activity remains low, suggesting few combat assignments. Are they running out of room, or is this strategic dispersal in case of drone/missile strikes? 🏗️ Keep an eye on that significant pier expansion nearby - are they expanding the harbor? Intriguingly, overall pier activity seems low, hinting at potentially less frequent deployments from this crowded hub. 🔍 Submarines spotted: close-ups of the sub pens shows 4 subs: 3x Project 636.3 Improved Kilos, and a distinct Project 877V Kilo.  (Pro tip: Look closely at the screw shapes to tell them apart) This what happens when you lose all your ports and your opponent has drone supremacy at sea. #Intelligence #Military

🎯 Rotation Denial and Sensor Dominance Along the Line of Contact   The attached footage demonstrates UAV operations conducted simultaneously across various groupings along the line of contact. It is important to note that the focus here is not on individual strikes, but rather on the range of sensors, targets, and roles functioning within the same battlespace.   🔍 What the Video Actually Shows   🚗 Target Profile The majority of strikes target soft-skinned vehicles, civilian cars, and lightly modified platforms with add-on protection. There is a notable absence of standard armored personnel carriers (APCs), infantry fighting vehicles (IFVs), or protected motorized vehicles (such as MRAP-class platforms). This trend suggests that survivability is now influenced less by the type of platform and more by whether movement is detected at all.   🌡️ Multi-Spectral Detection Targets are identified and struck using both RGB optics and thermal imaging, which significantly reduces options for concealment and minimizes the survivability gap between day and night operations.   🛰️ Layered UAV Roles - Strike drones engaging ground targets. - Counter-UAV drones intercepting other drones in an air-dominance role. - High-resolution reconnaissance UAVs providing long-range detection and target cueing.   These roles are not separate missions; they function as a continuous sensor-shooter loop.   🚶 Movement as the Trigger Most engagements happen during rotations, resupply operations, or repositioning, rather than during deliberate assaults. Units are targeted because their movement is detected, not necessarily because they are actively attacking.   📌 Operational Takeaway Attrition is no longer primarily caused by assaults on prepared positions; it increasingly results from attempts to move forces under constant aerial observation. Low-altitude airspace has become permanently contested. UAVs serve simultaneously as sensors, shooters, and targets, while higher-end reconnaissance platforms extend detection capabilities beyond visual range.   In this environment, the decisive factor is no longer the thickness of armor or the category of the vehicle; it is the exposure time within a saturated sensor-shooter system. This represents a shift from traditional strike warfare to a focus on area control through persistent detection.   #MilitaryAnalysis #DroneWarfare #UAV #ModernWarfare #OperationalArt #BattlefieldDynamics #DefenseAnalysis