Our Generals Are Failing Us

Spectator  |  Gary Anderson

United States flag and general officers (FOGOs) are failing to demonstrate strategic competence and operational artistry across multiple critical global theatres. In Iran, military leaders treated a regime-change opportunity as a mere targeting exercise rather than executing a coordinated information campaign against the Islamic Revolutionary Guard Corps, ultimately strengthening the regime's regional grip.

This strategic misstep allowed the group to expand its regional influence through proxies like Hezbollah and the Houthis. Similarly, during the 2021 Afghanistan withdrawal, commanders abdicated tactical responsibility by utilizing the indefensible Karzai International Airport instead of Bagram Air Base. Furthermore, the Marine Corps' controversial Force Design initiative has compromised global readiness by divesting conventional combat power to fund the short-range NEMSIS anti-ship missile system. These systemic shortcomings stem from a risk-averse promotion system and professional military education that prioritises conformity over warfighting proficiency, necessitating rigorous wargaming reforms to cultivate imaginative strategic leaders.

Comment

Divesting heavy armour under Force Design 2030 represents a profound strategic trade-off for the United States Marine Corps. Optimising formations for island-hopping via the NMESIS platform degrades the service's traditional global crisis-response role. This structural specialisation leaves the Pentagon with fewer options for high-intensity land contingencies in European or Middle Eastern theatres. Consequently, prioritising these coastal defence systems compromises the Pentagon's ability to project power during concurrent global crises.

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Arakan Army Becomes Most Effective Insurgent Force in Myanmar

The Jamestown Foundation  |  Khandakar Tahmid Rejwan

The Arakan Army (AA) has established de facto control over 14 of Rakhine State’s 17 townships, emerging as Myanmar’s most powerful insurgent force. By seizing critical border zones and key transit corridors, the 40,000-strong Buddhist ethno-nationalist group has severely compromised the authority of the ruling military junta. This rapid territorial expansion stems from the group's early focus on rural administrative consolidation before launching urban offensives during Operation 1027.

The organization has successfully institutionalized its own legal, educational, and law enforcement systems to secure deep local legitimacy. Furthermore, its geographical isolation from the Chinese border shields the leadership from Beijing's direct diplomatic leverage, allowing unprecedented operational autonomy. By controlling areas hosting eleven Chinese One Belt One Road initiatives and India's Kaladan Multi-Modal Transit Transport Project, the faction now wields significant geopolitical leverage over neighboring regional powers, enabling it to dictate terms to foreign investors while expanding into the Bamar heartland.

Comment

The Arakan Army's physical control over the terminal points of the Kaladan Multi-Modal Transit Transport Project fundamentally alters the security architecture of the Bay of Bengal. By dominating the Paletwa inland water terminal and the surrounding transit corridors, the insurgent group can effectively regulate or disrupt cross-border logistics between Mizoram and Rakhine State. This operational reality has led to direct engagement between New Delhi and Rakhine commanders, bypassing the central junta in Naypyidaw to secure these transit assets.

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Chinese Models Are on Track To Win the Agentic AI Price War

Real Clear Defense  |  Alex Colville

Chinese artificial intelligence startups Z.ai and Moonshot are undercutting Western competitors like OpenAI and Anthropic by launching highly capable, low-cost models optimized for token-heavy agentic workflows. This pricing disparity threatens to marginalize American AI developers as the industry transitions from simple chatbots to autonomous agents that consume exponentially more computing resources.

Because agentic tasks can require up to 3,500 times more tokens than standard queries, the massive price gap between Chinese models like DeepSeek-V4 Flash and Western alternatives like Anthropic's Opus 4.8 creates unsustainable operational budgets. While Western firms rely on heavily subsidized venture capital to offset rising hardware costs, Chinese cloud providers leverage aggressive pricing strategies to capture market share. Consequently, Beijing is targeting the Global South to integrate these affordable technologies into developing digital ecosystems, cementing geopolitical leverage through regional AI application cooperation centres. This expansion positions China to dominate future international digital infrastructure.

Comment

The extreme cost efficiency of DeepSeek-V4 Flash exposes a structural vulnerability in Western AI development models that rely on heavily subsidised venture capital. While American developers focus on high-margin, frontier-class intelligence, Chinese labs are industrialising token production to capture the foundational layer of global enterprise workflows. This asymmetric pricing model, demonstrated by the seventy-five percent price reduction in DeepSeek APIs, shifts the competitive landscape from raw computational capability to operational sustainability within resource-constrained environments.

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America’s Military Plans Depend on Infrastructure It Doesn’t Secure

The Cipher Brief | Rear Adm. (Ret.) Mark Montgomery

The United States military faces critical operational vulnerabilities due to its reliance on unsecure, privately owned commercial transportation and communications networks to deploy forces globally. Chinese cyber operators have compromised hundreds of domestic civilian logistics, energy, and transit systems, allowing Beijing to potentially delay American troop movements during a conflict.

This systemic vulnerability undermines the rapid mobilization capabilities required by every major American war plan, from deterring aggression in Europe to prevailing in the Indo-Pacific. Modern warfare increasingly targets the digital infrastructure sustaining combat power, as demonstrated by Russian cyberattacks against Ukrainian transportation and energy networks. To mitigate these risks, federal authorities must establish harmonised cybersecurity standards across transportation sectors and provide dedicated funding to under-resourced civilian operators. Furthermore, the Department of Defense must integrate degraded communications, corrupted logistics data, and domestic cyber disruptions into national military exercises to practice fighting through contested logistics.

Comment

The pre-positioning of the Chinese cyber actor Volt Typhoon within US dual-use infrastructure at critical hubs like Guam and West Coast ports redefines the traditional doctrine of strategic interdiction. Rather than attempting kinetic denial of naval assets in the Taiwan Strait, this operational posture seeks to paralyse the mobilisation phase of the US Joint Force at the point of origin. This doctrinal evolution exploits the legal and operational boundaries between civilian commercial operators and military command structures, rendering conventional deterrence frameworks ineffective against non-kinetic, pre-conflict disruption. Consequently, the geographic sanctuary historically enjoyed by continental US mobilisation bases is effectively neutralised before any formal declaration of hostilities.

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Exclusive Can the US and its allies break China’s grip on rare earths and AI technology?

South China Morning Post  |  Nayan Seth

United States Undersecretary of State for Economic Affairs Jacob Helberg has outlined a comprehensive whole-of-supply-chain strategy to reduce Western reliance on China for critical minerals and rare earth elements. This initiative aims to secure alternative supply chains essential for maintaining the democratic world's leadership in artificial intelligence and advanced technologies.

The initiative builds on the Pax Silica summit held in Washington in June 2026, which convened international partners to address vulnerabilities in the global semiconductor and mineral processing sectors. Currently, Beijing's dominant position in mining and refining presents a severe choke point for Western defense and commercial industries. To counter this, Washington is coordinating with allies to build redundant processing facilities, establish joint investment frameworks, and implement strict export controls. This coordinated effort seeks to establish a resilient, trusted supply network that insulates critical technology sectors from potential geopolitical coercion and supply disruptions.

Comment

The Mineral Security Partnership exposes the structural difficulty of replicating China's vertically integrated processing ecosystem. While mining operations can be diversified relatively quickly, establishing high-volume refining capacity for heavy rare earths requires years of capital-intensive development. This lag leaves Western defense supply chains vulnerable to targeted export restrictions on critical precursors like gallium and germanium. Consequently, near-term technological decoupling remains constrained by physical processing bottlenecks rather than political will.

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Lawmakers get taste of AI-enabled cyberattacks in China-Taiwan war game

Defense One  |  David DiMolfetta

U.S. lawmakers and congressional staff participated in a simulated Taiwan crisis on Tuesday to test how Washington would respond to AI-backed Chinese cyberattacks targeting critical transportation and logistics networks. The Center for Strategic and International Studies hosted the war game to expose policymakers to the complex trade-offs and intelligence uncertainties of a fast-moving conflict in American cyberspace.

The scenario simulated a massive 2027 Chinese military exercise around Taiwan, forcing participants to decide which infrastructure networks to defend first while managing escalation risks. Attackers utilized advanced artificial intelligence capabilities, including stolen credentials, routing interference, and prompt injection techniques, highlighting vulnerabilities in private-sector ports, freight rail systems, and airports. These simulated digital disruptions mirror real-world concerns regarding Volt Typhoon, a Beijing-backed hacking group positioned to sabotage American military deployments. While intelligence agencies assess that China still prefers non-kinetic unification, the exercise demonstrated how rapidly AI-driven cyber operations could compromise domestic defense infrastructure.

Comment

Integrating advanced artificial intelligence models like Anthropic's Mythos into offensive cyber operations compresses the defensive decision-making window. Automated credential theft and prompt injection allow state-sponsored actors like Volt Typhoon to execute multi-vector campaigns at unprecedented scale. This shift to machine-speed exploitation exposes systemic vulnerabilities in civilian logistics networks supporting military mobilisation. Consequently, a Taiwan Strait contingency hinges increasingly on securing highly distributed, privately owned transport nodes against automated disruption.

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Spies are targeting US AI labs, experts warn Congress

Defense One  |  David DiMolfetta

United States artificial intelligence laboratories are facing aggressive espionage campaigns from foreign spies seeking to steal advanced technology. Former officials warned the House Select Intelligence Committee on July 21, 2026, that American intelligence agencies have failed to keep pace with China's sophisticated intellectual property theft operations. This vulnerability highlights a systemic lag in adapting traditional counterintelligence frameworks to protect commercial software developments and private-sector research hubs.

During the congressional hearing, titled "25 Years After 9/11: Confronting the Next Generation of Threats," Chairman Rick Crawford and Ranking Member Jim Himes examined how these gaps threaten national security. The committee emphasized that the rapid evolution of artificial intelligence requires a fundamental shift in how the nation safeguards its critical technological innovations from foreign adversaries, warning that failing to secure these labs could compromise the country's long-term strategic, military, and economic competitiveness in the global arena.

Comment

The targeting of commercial artificial intelligence laboratories by China's Ministry of State Security leverages the country's national strategy of Military-Civil Fusion to absorb dual-use software. By focusing on unclassified research environments, MSS operatives bypass the stringent oversight of the U.S. Defense Counterintelligence and Security Agency. This exploitation of open-source and commercial ecosystems allows Beijing to rapidly close the algorithmic gap without the overhead of domestic basic research. The resulting transfer of weights and model architectures effectively neutralises the deterrent value of unilateral export controls on advanced semiconductors like Nvidia's H100 GPUs.

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The Iran Cease-Fire Was Doomed to Fail: Why Transactionalism Won’t Deliver Peace in the Middle East

Foreign Affairs | Neil Quilliam, Sanam Vakil

The United States and Iran have resumed bilateral missile and drone strikes following the collapse of their June 2026 memorandum of understanding, which also closed the strategic Strait of Hormuz. This breakdown highlights the inherent instability of transactional diplomacy, which prioritizes short-term conflict management over addressing root geopolitical grievances.

Similar to the October 2025 Gaza cease-fire—which left Hamas armed and Israel in control of 70 percent of the enclave—these limited bargains fail to establish durable regional security frameworks. Instead, they foster a dangerous security dilemma where regional actors, including Gulf states that traded commercial ties for unfulfilled American security guarantees, face severe economic and physical vulnerabilities. With the Houthis breaking a long-standing cease-fire to trade strikes with Saudi Arabia on July 13 and declaring a naval blockade on July 20, the Middle East faces an escalating risk of a dual-chokepoint shipping crisis.

Comment

The collapse of transactional security arrangements in the Persian Gulf exposes the structural fragility of the Abraham Accords framework. By decoupling regional normalisation from core territorial disputes, these bilateral pacts left Gulf signatories highly vulnerable to asymmetric retaliation from Tehran's proxy network. Consequently, the absence of integrated air defence architectures or formal mutual assistance treaties within the Abraham Accords framework prevents the formation of a cohesive deterrent front against Iranian missile strikes. This deficit ultimately forces Gulf capitals like Abu Dhabi and Manama to hedge between Washington and Tehran during active hostilities.

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What is Pickaxe Mountain, Iran's nuclear site which might be among Trump's next targets - explainer

Jerusalem Post

US President Donald Trump has threatened military action against Pickaxe Mountain, a heavily fortified underground Iranian nuclear facility located near the Natanz nuclear complex. This direct threat follows recent military exchanges in the Gulf, disrupting diplomatic efforts and raising the stakes of the ongoing standoff over Tehran's nuclear ambitions.

Constructed starting in 2020 following sabotage at nearby surface plants, the subterranean site represents Iran's systematic effort to shield its sensitive centrifuge assembly capabilities deep within the earth. Satellite imagery analyzed by the Institute for Science and International Security reveals reinforced tunnel entrances buried at least 100 meters deep, designed to withstand advanced penetrating munitions. Although the facility is not yet operational, it could eventually house a smaller centrifuge assembly plant serving a weapons program. Because the complex is buried beyond the reach of conventional bunker busters, neutralizing it may require high-risk ground sabotage or specialized deep-earth aerial strikes.

Comment

The extreme depth of the Pickaxe Mountain facility, estimated at over 100 metres beneath granite, renders standard air-delivered ordnance ineffective and challenges the operational limits of the US Air Force's GBU-57 Massive Ordnance Penetrator. Consequently, a kinetic defeat of the Pickaxe Mountain portals would require sustained, precise aerial bombardment to cause structural collapse, or high-risk ground sabotage by joint US-Israeli special forces. This physical invulnerability shifts the tactical focus from direct destruction to long-term containment, forcing reliance on cyber interdiction or the disruption of external supply chains feeding the Natanz complex.

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Daily Memo: Trump Approves US-Saudi Nuclear Deal

Geopolitical Futures

U.S. President Donald Trump approved a 30-year nuclear cooperation agreement with Saudi Arabia on July 22, 2026, enabling Riyadh to develop its own civilian nuclear program. This bilateral deal guarantees American corporations a central, exclusive role in constructing the kingdom's nuclear infrastructure, systematically shutting out all foreign competitors from participating in the development.

The long-term agreement establishes a framework where U.S. firms will lead the construction of nuclear facilities, which could eventually include a uranium enrichment facility within Saudi Arabian territory. By securing this exclusive pathway, the bilateral arrangement ensures that American industrial entities remain the primary partners for the kingdom's civilian nuclear ambitions over the next three decades. The strategic framework explicitly prevents non-U.S. competitors from securing contracts or establishing influence within Saudi Arabia's emerging nuclear sector. Ultimately, the 30-year pact formalizes a deep industrial partnership, paving the way for Riyadh to potentially achieve domestic uranium enrichment.

Comment

The agreement departs from traditional U.S. non-proliferation policy governed by Section 123 of the Atomic Energy Act of 1954. By permitting domestic uranium enrichment, Washington alters its established security posture in the Persian Gulf. This concession to the House of Saud prioritises bilateral alignment over global non-proliferation regimes. The shift aims to pre-empt Chinese and Russian state-backed nuclear statecraft in the Arabian Peninsula.

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Daily Memo: Trump Approves US-Saudi Nuclear Deal

Geopolitical Futures

U.S. President Donald Trump has approved a landmark 30-year nuclear cooperation agreement with Saudi Arabia, establishing a framework for Riyadh to develop a civilian nuclear program. This bilateral deal positions American corporations to construct the kingdom's nuclear infrastructure while explicitly shutting out foreign competitors. The bilateral accord represents a major shift in Middle Eastern energy dynamics by potentially allowing Saudi Arabia to conduct its own domestic uranium enrichment.

By securing exclusive rights for American firms, the United States aims to anchor its geopolitical influence in the region and counter competing bids from Russian and Chinese state enterprises. This development carries profound implications for regional security, particularly concerning the balance of power with Iran and long-standing non-proliferation norms in the Middle East. Ultimately, the pact solidifies a long-term strategic and commercial alliance between Washington and Riyadh, while reshaping the broader geopolitical landscape of the Persian Gulf.

Comment

Bypassing the "gold standard" of Section 123 of the US Atomic Energy Act represents a major policy shift. By relaxing these non-proliferation controls for Riyadh, Washington risks triggering a competitive enrichment race involving Turkey or Egypt. This concession signals that the United States is prioritising geopolitical alignment against Tehran over global non-proliferation regimes.

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War by Any Other Name

The Atlantic  |  Nancy Youssef

The Trump administration has quietly resumed its air campaign against Iran, launching airstrikes for 11 days without public acknowledgment or congressional briefings. United States forces initially targeted Iranian military facilities before expanding operations to strike civilian infrastructure allegedly utilized for military purposes, escalating the conflict under a shroud of official secrecy.

This sudden escalation follows a period of relative quiet after the initial outbreak of hostilities in late February, which the Pentagon has refused to publicly address since its last press briefing in May. Congressional officials have yet to receive classified briefings on this latest phase of the war, leaving the administration's current strategic objectives, casualty figures, and definitions of success completely undefined. Despite the ongoing combat operations, the president used a recent televised address to focus on domestic election security, mentioning the conflict only briefly to claim that the nation is winning big.

Comment

The White House's deliberate omission of active kinetic operations against Iran from official executive communications represents a departure from the transparency objectives outlined in the 2023 Department of Defense Strategy for Operating in the Information Environment. By maintaining public silence on these specific airstrikes, the administration seeks to control the domestic political narrative while avoiding the escalatory responses that formal declarations typically trigger in the Persian Gulf. This approach exploits the ambiguity of undeclared grey-zone warfare to degrade Iranian capabilities without committing to a sustained, politically sensitive theatre campaign.

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Strategic Knowledge Infrastructure

Real Clear Defense  |  Sue Ghosh Stricklett

The United States military faces a critical national security vulnerability due to a 'provenance gap' in artificial intelligence, where the origin and lineage of machine-generated data cannot be reliably verified. This opacity threatens the integrity of critical defense systems, ranging from U.S. Navy engineering blueprints to autonomous drone components.

Traditional legal and regulatory frameworks, such as patent law and export controls, are ill-equipped to track continuous, machine-speed data transformations. Consequently, the defense industrial base suffers from increased legal risks and slower technology transfers, while adversaries like Beijing exploit these architectural gaps through data contamination and gray-zone cyber operations. To counter this threat, the Pentagon requires a Strategic Knowledge Infrastructure to embed machine-readable verification standards across its digital networks. Establishing this federated verification architecture is essential to sustain allied interoperability, particularly between platforms like SeaVision and India's Information Fusion Centre–Indian Ocean Region, ensuring tactical decisions rest on authenticated information.

Comment

Technical disparities between India's Information Fusion Centre–Indian Ocean Region and the American SeaVision platform expose the limits of current maritime domain awareness architectures when processing unverified commercial data streams. Without standardised cryptographic provenance protocols, the integration of machine-learning algorithms into these shared databases introduces a vulnerability where corrupted synthetic data can bypass traditional classification filters. This technical friction delays real-time threat detection during multinational patrols, as operators are forced to manually cross-reference anomalous vessel tracks rather than relying on automated fusion engines. Consequently, the operational utility of the Indo-Pacific Maritime Domain Awareness initiative remains constrained by data-lineage uncertainty rather than raw bandwidth limitations.

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Beyond Maximalism: Reimagining U.S. Strategy Toward Iran Through Systems Thinking

Center for International Policy  |  Sina Toossi

United States military operations against Iran in February 2026 exposed critical systemic failures in Washington's long-term regional strategy. Linear assumptions regarding coercion, military superiority, and maximalist pressure repeatedly failed to account for Iranian adaptation, escalation dynamics, and the resilience of institutionalised political orders under external attack, ultimately increasing the risk of a wider, permanent conflict.

This strategic shortfall, analysed by Sina Toossi in a report supported by Horizon 2045 and Ploughshares, highlights the limits of unilateral pressure. Rather than producing strategic victory, these coercive approaches intensified regional instability, strengthened hardline and militarised actors, and accelerated nuclear hedging. The persistent reliance on punitive measures has systematically ignored the complex feedback loops that allow regional adversaries to adapt and resist. Consequently, future policy frameworks require a fundamental shift toward systems thinking to prevent unintended escalatory spirals and manage the durable political realities of the Middle East.

Comment

The collapse of the Joint Comprehensive Plan of Action demonstrated how linear deterrence models fail to suppress the asymmetric capabilities of the Islamic Revolutionary Guard Corps. By treating Iranian forward defence doctrines as isolated tactical provocations rather than systemic survival mechanisms, conventional coercion strategies inadvertently trigger accelerated nuclear enrichment. This feedback loop reveals that punitive economic sanctions often consolidate the domestic authority of hardline factions within the Supreme National Security Council instead of forcing diplomatic capitulation.

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Beyond Targeting

Center for Security and Emerging Technology  |  Igor Mikolic-Torreira, Emelia Probasco

The United States military is expanding its deployment of artificial intelligence-enabled decision support systems to accelerate operational planning and targeting processes beyond traditional fires. By integrating tools like the Maven Smart System, combatant commands aim to replicate the massive efficiency gains demonstrated during Operation Epic Fury, where small teams replaced thousands of manual planners.

Historically, complex workflows such as the Joint Air Tasking Cycle have relied on rigid, 72-hour deliberate planning timelines due to the difficulty of manually processing disparate data streams. Transitioning these legacy processes to automated platforms requires overcoming severe data accessibility bottlenecks, as critical logistics and ammunition resupply information remains trapped in unstructured formats across individual units. To resolve these friction points, the Chief Digital and Artificial Intelligence Office is leveraging authority from a January 9, 2026, secretarial memorandum to standardize data flows. Deploying these capabilities directly to active command centers will ultimately foster a specialized user base capable of refining algorithmic warfare tools.

Comment

Compressing the Joint Air Tasking Cycle from 72 hours to near-real-time operations fundamentally challenges established Western joint air doctrine. This algorithmic compression demands a transition from centralised, hierarchical air operations centres to highly distributed execution nodes. Without updated rules of engagement, rapid algorithmic recommendations within the Joint Air Tasking Cycle risk outpacing human cognitive capacity during high-intensity peer conflicts. Consequently, the traditional doctrinal distinction between deliberate and dynamic targeting phases in air warfare becomes obsolete.

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With His Latest Threats, Trump Signals to Iran That He Is Willing to Escalate

The New York Times  |  David E. Sanger

President Donald Trump threatened on July 21, 2026, to accelerate the war with Iran by launching a bunker-busting attack against Pickaxe Mountain, an incomplete underground facility. This potential strike risks escalating a conflict that previously saw the Pentagon bomb three major Iranian nuclear sites in June 2025 under Operation Midnight Hammer.

Western intelligence agencies assess that the targeted mountain currently functions only as a deep storage site rather than an active uranium enrichment facility. Nevertheless, the administration is prioritizing deterrence, utilizing the threat of force to signal an unlimited willingness to escalate against Tehran's regional proxies. During a bilateral meeting with Lebanese President Joseph Aoun, the American president also warned of imminent military action against the Houthis if they attempt to block Saudi shipping in the Red Sea. Defense Secretary Pete Hegseth reinforced this posture, promising a tenfold military response if commercial shipping lanes near the Strait of Hormuz are targeted.

Comment

Targeting an incomplete facility like Pickaxe Mountain represents a shift in American counter-proliferation doctrine from physical denial to psychological deterrence. Unlike the kinetic strikes of Operation Midnight Hammer in June 2025, which focused on destroying active enrichment infrastructure, threatening an empty underground site signals that future operations will target structural resilience rather than immediate output. This approach relies on the threat of the GBU-57 Massive Ordnance Penetrator to hold deeply buried geological formations at risk, regardless of their operational status. Consequently, the threshold for kinetic intervention is lowered, transforming bunker-busting capabilities from a last-resort counter-proliferation tool into an active instrument of coercive leverage.

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Hegseth says Iran war has cost $37.5 billion, defends request for more

The Washington Post  |  Noah Robertson, Ellen Francis, Victoria Craw

Defense Secretary Pete Hegseth defended a $67 billion funding request before the Senate on Tuesday, revealing that the war in Iran has already cost the United States $37.5 billion. This massive budget request comes amid renewed hostilities and growing bipartisan congressional skepticism regarding the Trump administration's long-term military strategy.

The legislative pushback reflects deep-seated concerns over the open-ended financial commitments required to sustain high-intensity naval and aerial operations in the Middle East. Lawmakers are increasingly demanding clear benchmarks for success and a defined exit strategy to prevent indefinite fiscal drain on the national treasury. Meanwhile, the Pentagon maintains that the additional resources are vital to support ongoing combat operations, replenish depleted precision-guided munitions stockpiles, and counter escalating regional threats. The outcome of this legislative battle will shape future American military deployments and test the administration's ability to maintain domestic political support for its foreign policy objectives.

Comment

The Pentagon's $67 billion supplemental request reflects the unsustainable cost-exchange ratio of deploying Arleigh Burke-class destroyers against Iranian-made munitions. Expending multi-million-dollar SM-2 and SM-6 interceptors to neutralise low-cost aerial threats rapidly depletes specialised US Navy stockpiles. Raytheon's production lines in Tucson cannot replenish these interceptors quickly enough to meet the dual-theatre demand. Consequently, this fiscal drain directly constrains the US Pacific Fleet's capacity to maintain a credible deterrent posture in the Taiwan Strait against China.

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History Holds a Crucial Key in the Navy's Fight Against Drones

Real Clear Defense  |  Anand Toprani, Michael Dennis

The United States Navy must restructure its air defense capabilities by transitioning away from expensive missile systems to mass-produced, gun-based artillery equipped with proximity fuzes to counter cheap, mass-produced drone threats. This shift would allow US maritime forces to economically intercept swarms of low-cost aerial targets without depleting finite, high-end precision munitions.

Historically, Allied forces successfully employed a layered air defense combining radar, lead-computing gun sights, and proximity fuzes during World War II to defeat German V-1 flying bombs and Japanese kamikaze attacks. Modern conflicts, such as the ongoing war in Ukraine, demonstrate the viability of gun-based systems, where mobile air defense teams and Gepard anti-aircraft guns achieve high intercept rates against Shahed drones. Rebuilding industrial capacity for simple, proximity-fuzed artillery shells will enable the military to bend the cost curve in its favor, preserving sophisticated missile inventories for peer-level strategic deterrence.

Comment

The reliance on the Aegis Combat System for fleet air defence has institutionalised a missile-centric doctrine. Integrating guided projectiles into the Mk 45 5-inch gun mounts offers a rapid doctrinal pivot back to gun-based layered defence. This shift exposes a structural vulnerability in modern surface combatant design. Current hulls prioritised vertical launching systems over the high-volume magazine depth required for sustained artillery engagements.

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Turmoil at the top: what Ukraine's defence shake-up means for the war

Comment is Freed  |  Lawrence Freedman

Ukrainian President Volodymyr Zelenskyy dismissed Minister of Defence Mykhailo Fedorov on July 15 and Commander-in-Chief Oleksandr Syrskyi on July 21, triggering a major leadership crisis. This rapid double ouster of Ukraine's top civilian and military war leaders threatens to disrupt the country's defense management during a critical phase of the conflict.

The political crisis erupted after Fedorov accused Syrskyi of blocking essential institutional reforms, prompting Zelenskyy to initially back his top general before public protests forced a complete leadership overhaul. Major General Yevhenii Khmara now leads the defence ministry, while 43-year-old General Mykhailo Drapatyi assumes the role of commander-in-chief. These sudden appointments occur despite recent Ukrainian operational successes, including halting Russian advances and disrupting logistics to Crimea. The transition to younger, reform-minded leadership under Drapatyi represents a fresh strategic start, though maintaining battlefield momentum remains a critical challenge.

Comment

The simultaneous replacement of Ukraine's civilian defence minister and the commander-in-chief of the armed forces exposes a deep-seated friction between institutional reform and operational continuity. Elevating General Mykhailo Drapatyi from the Joint Forces Command suggests a shift toward decentralised, field-level decision-making over the rigid, centralised control structures that previously hampered tactical flexibility. However, placing Yevhenii Khmara, an intelligence officer from the Security Service of Ukraine, at the helm of the defence ministry risks prioritising internal security and political loyalty over logistics and procurement efficiency. This dual transition tests the resilience of Ukrainian command structures at a time when frontline units require uninterrupted strategic direction to exploit recent localized successes.

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Ukraine Just Unveiled a New Interceptor Drone Called the ‘Jetkiller’ — Built to Hunt Down Russia’s Fast New Jet-Powered Shaheds

National Security Journal  |  Brandon J. Weichert

Ukraine is rapidly developing high-speed interceptor drones to counter Russia's deployment of fast, jet-powered Shahed variants that threaten to bypass existing air defenses. These new Russian systems, which make up nearly 20 percent of Moscow's Shahed fleet, reach speeds of 310 miles per hour, severely compressing defensive reaction times.

To bridge this capability gap, Ukrainian manufacturers are introducing specialized platforms like SkyFall's P1-SUN "Jetkiller," which is scheduled for mass production in August 2026. Other domestic firms are upgrading existing designs, such as General Cherry's Bullet and Firebolt Engineering's jet-powered Griffen, to achieve interception speeds between 350 and 500 kilometers per hour. These innovations aim to preserve the favorable cost-exchange ratio of drone-on-drone warfare, preventing the depletion of expensive surface-to-air missiles against cheap targets. Ultimately, the outcome of this technological race will depend on which side can scale production of these specialized systems most affordably.

Comment

The deployment of the P1-SUN Jetkiller directly targets the cost-asymmetry of Russian Shahed-136 strikes. By replacing million-dollar Patriot or NASAMS interceptors with sub-ten-thousand-dollar unmanned platforms, Kyiv alters the financial sustainability of its air defence network. This transition to expendable kinetic interceptors like the Griffen mitigates defensive depletion during massed Russian raids. Long-term viability of Ukrainian airspace denial now hinges on industrial capacity to mass-produce these cheap platforms.

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Capital Wars: The Domestic Settlement: How the System Manages the Populations of the Core States

Frame The Globe News

Western core states manage domestic populations through manufactured consent and economic structures rather than physical force, systematically redirecting wealth from citizens to institutional capital. This structural transfer of resources has triggered a severe domestic crisis, marked by over one hundred thousand annual American drug overdose deaths and declining life expectancies.

The transition away from the post-war industrial model accelerated following the 1971 Powell memorandum, which urged corporations to systematically cultivate political and media influence. Subsequent neoliberal policies under Ronald Reagan and Margaret Thatcher dismantled organized labor, while the 1999 repeal of the Glass-Steagall Act financialized the real economy. Global trade agreements like NAFTA and China's entry into the WTO further enabled corporations to offshore manufacturing, hollowing out domestic industrial regions. Ultimately, these structural shifts treat the resulting human suffering as an uncounted domestic externality while concentrated asset managers capture the remaining financial surplus.

Comment

The financialisation of the Western industrial base has consolidated defence manufacturing into a highly concentrated oligopoly dominated by prime contractors like Lockheed Martin. This economic shift prioritises short-term shareholder returns and share buybacks over the capital-intensive manufacturing capacity required to sustain prolonged high-intensity conflicts. Consequently, programs like the F-35 Lightning II suffer from persistent supply chain bottlenecks and spare parts shortages that directly degrade operational readiness rates. The resulting structural dependency on single-source sub-tier suppliers exposes a fundamental vulnerability where financial efficiency actively undermines military endurance.

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The rise of the military-technology complex

The Bulletin  |  Bernice Yeung

The United States Department of Defense is rapidly accelerating its integration of commercial artificial intelligence by earmarking over $5.8 billion for nine leading technology firms. This strategic shift, championed by Defense Secretary Pete Hegseth, aims to bypass traditional procurement bottlenecks to establish an "AI-first" warfighting force capable of countering rapid Chinese technological advancements.

This integration reverses a decades-long estrangement between Washington and Silicon Valley that began after the 1993 "Last Supper" budget cuts consolidated the defense sector into five dominant contractors. To expedite procurement, the Pentagon is increasingly utilizing Other Transaction Authority agreements, which streamline acquisition processes but reduce regulatory oversight. Consequently, venture-backed startups like Palantir and Anduril are securing massive contracts while their executives gain unprecedented influence within federal advisory boards and military innovation units. This revolving door, coupled with a 60 percent increase in campaign contributions to key congressional members, signals a profound restructuring of the American military-industrial complex toward deregulated, software-driven warfare.

Comment

The Pentagon's growing reliance on Other Transaction Authority agreements bypasses traditional Federal Acquisition Regulation standards to accelerate software procurement. This shift prioritises rapid software deployment over the long-term lifecycle sustainability of legacy US military hardware. Consequently, the US defence industrial base is transitioning from hardware-centric manufacturing to a dual-use software ecosystem dominated by venture-backed firms. This structural realignment risks creating critical supply chain dependencies on non-traditional Silicon Valley contractors lacking robust military-grade security protocols.

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NVIDIA Delivers DGX GB300 Supercomputer to U.S. Military Academy

Techbuzz

NVIDIA founder and CEO Jensen Huang personally commissioned the company's flagship DGX GB300 supercomputer at the Naval Postgraduate School in Monterey, California, to accelerate national security research. This high-profile deployment delivers elite computational power directly to the U.S. military's premier graduate university, enabling local execution of advanced AI models without cloud-dependent security risks.

Huang's personal involvement underscores a strategic push into the defense sector amid rising competition from commercial rivals. Built on the advanced Blackwell architecture, the seven-figure system will support critical research in autonomous naval systems, logistics modeling, and intelligence analysis. By integrating commercial-grade frontier hardware into an educational environment, the Pentagon aims to cultivate a highly skilled defense workforce. Furthermore, the visible deployment serves as a strategic counterweight to China's heavy investments in military AI, signaling American technological readiness and computing superiority in an intensifying global tech rivalry that increasingly defines modern geopolitical deterrence.

Comment

Integrating the Blackwell-based DGX GB300 platform directly into the Naval Postgraduate School bypasses traditional cloud-reliant security architectures. This on-premises deployment allows US Navy researchers to simulate complex autonomous fleet manoeuvres without exposing sensitive telemetry to commercial networks. By training officers on this specific architecture, the Pentagon establishes a pipeline of specialists capable of deploying localised AI models to forward-deployed warships. Consequently, the transition from laboratory algorithmic design to tactical maritime application is significantly compressed.

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Intelligence Support to Over-the-Horizon Targeting in Contested Environments

Small Wars Journal | Eric Zimmerman

United States military forces face a widening sensor-to-shooter gap in large-scale combat operations due to adversary electronic warfare capabilities that deny GPS, position-navigation-timing, and communications. This degradation severely impacts over-the-horizon targeting accuracy, threatening the joint force's ability to execute deep strikes against high-value targets in contested environments.

To mitigate these vulnerabilities, rear-area intelligence cells must transition from centralized, sanctuary-based architectures to decentralized, redundant networks. Integrating artificial intelligence tools and leveraging commercial satellite constellations like Starlink, which currently has over 10,000 active satellites, can significantly reduce latency in the targeting cycle. Furthermore, establishing conditional direct links to supported units and streamlining secure information sharing with international allies will enhance coalition interoperability. Ultimately, pushing fires decision authority to the lowest practical level, implementing strict intelligence handover lines, and adopting resilient hybrid space architectures are critical to maintaining the tactical initiative against sophisticated adversaries.

Comment

The reliance of Joint Publication 3-60 targeting methodologies on sanctuary-based processing nodes exposes a fundamental vulnerability in high-intensity electromagnetic environments. When Distributed Common Ground System cells in the continental United States are severed from forward tactical units by electronic jamming, the traditional linear targeting cycle collapses. This friction reveals that current joint doctrine fails to reconcile the speed of long-range precision effectors with the latency of remote intelligence fusion. Consequently, the operational utility of deep-strike assets remains tethered to vulnerable space-based transit paths rather than decentralised, local delegation.

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If It Bleeds, We Can Kill It

Real Clear Defense  |  William McHenry

Cheap drones, ubiquitous sensors, and precision-guided munitions have temporarily paralyzed traditional offensive maneuvers, forcing modern military forces to operate on a hyper-lethal, transparent battlefield. This rapid technological shift has inverted the historical supremacy of the offense, forcing attackers into unsustainable, high-cost wars of attrition against deeply fortified, decentralized defensive positions worldwide.

Historically, breakthroughs relied on secrecy and concentrated armor, but persistent low-Earth orbit satellite constellations and real-time signals intelligence have virtually eliminated the fog of war. Dismantling this defensive paradigm requires exploiting vulnerabilities like cognitive data overload, electromagnetic dependency, and fragile high-tech supply chains. Deploying vast autonomous swarms to saturate sensors, executing high-powered electronic warfare to restore tactical blindness, and integrating hypersonic strike networks can compress defensive reaction windows. Ultimately, transitioning to manned-unmanned teaming allows commanders to mass devastating operational effects without exposing high-value human assets to lethal engagement zones on the ground.

Comment

The successful deployment of Ukrainian Magura V5 uncrewed surface vessels against the Russian Black Sea Fleet demonstrates the operational shift from concentrated naval platforms to distributed, low-cost kinetic swarms. The resulting denial of access in the western Black Sea illustrates how cheap, satellite-guided strike craft can neutralise legacy naval power without a single conventional fleet engagement. This shift forces a revision of classic maritime doctrines, such as those established by Alfred Thayer Mahan, which historically prioritised decisive fleet-on-fleet actions over distributed sea denial. Consequently, the operational utility of large surface combatants in enclosed seas is increasingly compromised by the rapid cycle of uncrewed software updates and low-cost production lines.

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