Article – Page 6 – Air Marshal's Perspective

April 7, 2026April 6, 2026

800:DATA WAR: OVERT, COVERT OR GREY ZONE

Chinese private firms like MizarVision are using artificial intelligence to transform open-source data into real-time battlefield intelligence. They are reportedly selling what they claim is real-time intelligence on U.S. forces in the Iran war, using satellite data and AI tools.

Inputs to the questionnaire related to the subject

Q1. “Chinese private firms marketing US wartime data from the Iran war”: Is it covert warfare?

Short Answer

Yes, to some extent, but more accurately, it is grey-zone warfare conducted through commercial proxies. Chinese firms like MizarVision use AI to blend open-source data into real-time battlefield intelligence. They sell it openly while advancing Chinese state interests under the guise of plausible deniability. It surpasses traditional covert warfare in scale, persistence, and reach.

Comprehensive Inputs

It is something more sophisticated and more durable than traditional covert warfare — and the distinction matters enormously for how states should respond.

Classical covert warfare involves a state using deniable means (intelligence officers, front organisations, recruited agents, proxy forces) to advance its strategic interests while concealing its involvement. What Chinese private firms are doing in the Iran conflict fits that template in some respects and structurally exceeds it in others.

Firms such as MizarVision and Jing’an Technology are using artificial intelligence to fuse open-source intelligence into near-real-time battlefield intelligence products. They use commercial satellite imagery from constellations like Jilin-1, ADS-B flight-tracking data, AIS shipping logs, social media geolocation data, and commercially available signal monitoring. The collated information is converted into intelligence, such as carrier movements, aircraft deployments, refuelling patterns, base activity, and CSAR package assembly. These products are then marketed commercially, sometimes advertised openly on social media, and sold to any paying customer.

It fits the covert warfare template in that the firms provide Beijing with plausible deniability. China publicly calls for ceasefires and peace talks while private companies advertise “US force exposure” products. Beijing can credibly claim it does not direct private commercial intelligence companies, that data brokerage is a legal commercial activity, and that it cannot be held responsible for what its private sector does in international markets. Some of these firms hold National Military Standard certifications. They operate within the ambit of China’s civil-military fusion ecosystem. However, none of this provides the clear attribution needed to justify a formal state involvement. The deniability is thin but legally and diplomatically tenable.

It exceeds classical covert warfare in three critical respects. First, the scale is potentially unlimited. Commercial data aggregation faces none of the manpower constraints of a traditional intelligence operation. Second, it is persistent. Data once collected, analysed, and sold cannot be unrecovered. It will be studied, operationalised, and built upon for years after any ceasefire. Third, and most significantly, it operates through the global commercial system rather than around it.

The most precise characterisation is grey-zone operations conducted through commercial proxies. It can be classified as a form of intelligence warfare that is covert in its state attribution but entirely overt in its commercial operation. The firms are not hiding that they sell wartime intelligence. They are hiding only that they are instruments of the Chinese state strategy. If this data reaches Iranian targeting systems — enabling missile or drone cueing against US assets, or revealing the assembly pattern of a CSAR package like the one that extracted the downed F-15E weapons officer — it crosses from commercial analytics into functional asymmetric support.

Q2 What does it indicate about the changing nature of global warfare?

Short Answer

The battlefield has expanded permanently into the domain of the data layer. Military superiority no longer guarantees information superiority. The distinction between war and peace, state and commercial activity, espionage and business, has been dissolved.

Comprehensive Inputs

This episode is not one of a kind, but an indication of the changes in 21st-century conflict.

The commercialisation and democratisation of intelligence. The state monopoly on strategic intelligence — historically derived from dedicated satellite constellations, signals interception networks, and human intelligence operations that only governments could afford — has been broken. A Chinese private firm can now synthesise commercial satellite imagery, publicly available tracking data, unclassified radio emissions, and social media geolocation into a product of genuine strategic value. This was structurally impossible twenty years ago. It is routine today. More importantly, the data Chinese firms collect and sell does not remain in China. It enters a commercial market accessible to Iran’s allies, North Korea’s procurement networks, Russia’s defence industry, and non-state actors with sufficient resources. US operational data from the Iran campaign — how the F-15E performs in contested airspace, what electronic countermeasures it deploys, how CSAR packages are assembled and timed — becomes simultaneously available to every adversary through a single commercial transaction. This is the “Uberisation” of intelligence: a capability that once required a superpower’s resources is now available as a subscription service.

The weaponisation of the private-state boundary. China has systematically developed the capacity to use nominally private entities as instruments of state strategy. It has regularly resorted to technology transfer through commercial joint ventures, infrastructure influence through Belt and Road contractors, data collection through consumer applications, and now wartime intelligence through commercial data brokers. China’s civil-military fusion model allows private firms to serve as frontline sensors and information warfare units without the legal or political friction that would accompany overt military intelligence operations.

The data layer is a new domain of warfare. Land, sea, air, and cyber were the recognised domains of modern conflict. What Chinese firms marketing US wartime data represent is distinct from all four: the weaponisation of the data economy itself as a strategic domain. Every military operation generates a data exhaust that is collectable, aggregable, and analysable by adversaries operating commercially and legally. The military’s extraordinary intelligence signature no longer needs a spy network to exploit. As one analyst framed it: war is no longer defined solely by who shoots — it is defined by who sees, who knows, and who shares information fastest.

The end of the temporal and geographic battlefield. Traditional warfare had relatively clear boundaries — it began with a declaration or a first strike, ended with a ceasefire, and took place within a defined theater. The commercial intelligence data collection and analysis operation against an adversary has no beginning, no end, and no geography. This is warfare conducted at the speed of commerce, with the deniability of the market, and the persistence of digital storage. There are no frontlines in this domain, no ceasefire provisions that apply to it, and no arms control framework that addresses it.

The erosion of traditional neutrality. States earlier stayed out of conflicts by not deploying troops or weapons. Now they can stay out while meaningfully shaping battlefield outcomes through data, technology, and commercial supply chains. China’s posture in the Iran war — publicly neutral, privately enabling information flows that enhance one side’s situational awareness — illustrates a new model of belligerence without formal participation. This has profound implications for international law, which has no adequate framework for a state that influences the outcome of a war it officially opposes through commercial data products sold by private firms.

Counter-strategies are structurally constrained. US response options in this case are genuinely limited. Sanctions require attribution that Beijing’s deniability deliberately forecloses. Diplomatic protests are met with denials. Military retaliation against a commercial data firm is neither legal nor justified. The most effective counter-strategies are reducing the electromagnetic and data signatures of operations, developing operations security doctrine for the digital age, hardening commercial data ecosystems against hostile aggregation, and investing in AI-driven denial and deception.

Q3. Does this mean that MizarVision/China was aware of US wartime preparations even before Epic Fury started?

Short Answer

These firms operate continuously, monitoring commercial data streams. They become operationally significant once the conflict starts. The military buildups generate distinctive data signatures. The AI systems detect and interpret it as a pattern of escalation. It is not a foolproof indication of the outbreak of hostilities. The military buildup can be a part of strategic coercion or political signalling.

Comprehensive Inputs

MizarVision and similar firms were not activated by the outbreak of Operation Epic Fury. They were operating continuously before it began, monitoring the same commercial data streams — satellite imagery, ADS-B flight tracking, AIS shipping logs, electromagnetic signatures — that became operationally significant once the conflict started. The pre-war military buildup that preceded Epic Fury would have been, from a data-collection standpoint, arguably more visible than the conflict itself. The movement of carrier strike groups into the Gulf, the surge in tanker and logistics aircraft activity at regional bases, the repositioning of electronic warfare and SEAD assets, the unusual concentration of HH-60W CSAR helicopters at forward staging points — all of this generates a distinctive data signature that AI systems are specifically designed to detect and interpret as a pattern of escalation.

This is precisely what makes the civil-military fusion model so strategically potent. A traditional intelligence operation requires tasking — someone must decide to collect against a specific target. Commercial AI-driven OSINT systems collect everything continuously and retrospectively identify the patterns that matter. MizarVision did not need to know that Epic Fury was coming to collect the data that would reveal its arrival. The system was watching regardless, and the pre-conflict build-up wrote its own signature into the data record.

The further implication is that China — and potentially Iran, if it were a customer for these products — had strategic warning of US military preparations that Washington may have believed it was concealing through operational security measures designed for a previous technological era. The diplomatic and strategic consequences of that asymmetry are significant. If Iran had reliable intelligence that a US-Israeli military campaign was imminent, its own preparations — dispersal of assets, activation of mosaic defence provincial commands, pre-delegation of launch authority — would have begun before the first strike. The effectiveness of the opening campaign’s decapitation logic would have been degraded before a single aircraft crossed the border.

This is the deepest strategic implication of the commercial intelligence phenomenon: it potentially eliminates strategic surprise as a US operational advantage against any adversary that is either a customer of these services or allied with the state that produces them. The build-up to every future US military operation will be observed, analysed, and potentially shared with the intended target before the operation begins — not by spies, but by algorithms running continuously on commercially available data that no classification system can suppress and no operational security protocol can fully conceal.

The Strategic Bottom Lines

The era in which military superiority translated automatically into information superiority is structurally over.

Every military operation is simultaneously a kinetic event and an intelligence event harvested by commercial actors.

The distinction between war and peace, state and commercial activity, espionage and business, has been dissolved.

The battlefield is no longer only land, air, sea, and cyber. It is also data (ambient, persistent, commercially mediated, and available).

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Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to the respective owners and is provided only for wider dissemination.

References:

“Chinese firms market Iran war intelligence ‘exposing’ U.S. forces”, The Washington Post, 04 Apr 2026.

(2024–2025). Reports on Chinese commercial satellite firms and defence-linked AI analytics.

Michael C. Horowitz, & Paul Scharre
Horowitz, M. C., & Scharre, P. (2021). AI and the future of warfare. International Security, 46(2), 130–167.

Mazarr, M. J. (2015). Mastering the grey zone: Understanding a changing era of conflict. RAND Corporation.
Kania, E. B. (2017). Civil-military fusion and the PLA’s pursuit of dominance. Center for a New American Security.
Center for Security and Emerging Technology
(2020). Open-source intelligence and AI: Transforming analysis.

Atlantic Council. (2022). The weaponisation of data in modern conflict.

April 6, 2026

799: CONVENTIONAL-NUCLEAR INTEGRATION: THE MOST DANGEROUS EVOLUTION IN MODERN WARFARE

The most consequential and least publicly debated development in contemporary strategic competition is not the size of nuclear arsenals or the speed of delivery systems — it is the progressive blurring of the boundary between conventional and nuclear warfare. What was once a relatively clear firebreak — a conceptual and operational boundary separating nuclear from non-nuclear conflict — is being systematically eroded, with consequences that existing deterrence theory is only partially equipped to address.

Conventional-Nuclear Integration.

CNI refers to the deliberate intertwining of conventional and nuclear forces, capabilities, command structures, and operational planning, making the two domains increasingly difficult to distinguish in real time.

Historical Context. During the Cold War, nuclear and conventional forces operated in largely distinct domains. Nuclear weapons were instruments of strategic deterrence. They were designed to prevent large-scale war through the theory of mutually assured destruction. On the other hand, the conventional forces handled limited conflicts and regional engagements. This separation between the two domains was reinforced by centralised political control over nuclear weapons and decentralised military command of conventional forces. Signalling mechanisms were used to avoid accidental escalation. The end of the Cold War clearly separated the two domains. However, there was a reversal in the trend in the 2010s. Countries have developed long-range dual-capable systems and doctrines specifically designed to exploit the gap between the two domains. CNI has become an overt strategy.

Integration Dimensions. CNI manifests across four distinct but interconnected dimensions.

- Dual-use Delivery Systems. Platforms and missiles have become capable of delivering either conventional or nuclear warheads. There is no externally observable difference between them. A launch detected by an adversary’s early warning system is indistinguishable in its initial phase. The adversary must decide whether to absorb the hit and assess, or respond according to the worst-case assumption. This decision has to be made in minutes, under maximum psychological stress, with incomplete information.

- Co-mingled Force Postures. The nuclear and conventional forces are being physically based in proximity. They are using the same infrastructure, C2 structures, and logistics chains. The attacker cannot surgically eliminate the conventional threat without simultaneously threatening the nuclear one. Targeting these bases in a conventional campaign carries unavoidable nuclear implications.

- Integrated Command and Control. The same communications network, battle management system, and command node are shared by both the conventional and nuclear weapon systems. Any attack on C2 infrastructure may be interpreted as a deliberate attack on nuclear capability. This may trigger a nuclear response. Equally, cyberattacks intended for conventional purposes could be misread as attempts to turn off nuclear deterrence entirely.

- Doctrinal Integration. Maintaining an ambiguous boundary between conventional and nuclear forces has become a deliberate strategic policy norm. This also involves openly incorporating nuclear options into conventional operational planning, and vice versa.

Analytical Perspective

Integration Justifications. CNI is not an accident of technological development — it is a deliberate strategic choice driven by identifiable incentives that differ by power competition. The growing effect is a strategic environment in which every major nuclear power has rational incentives to pursue CNI.

- For states with inferior conventional forces, integration offers a force multiplier. The threat of nuclearising any conventional action extends the nuclear deterrence to the battlefield level conventional domain. Pakistan’s Nasr tactical nuclear weapon is being explicitly projected as a weapon of choice to offset India’s conventional superiority.

- For states with superior conventional forces, integration creates strategic ambiguity. This complicates the adversary’s planning because it cannot determine whether a given strike package carries conventional or nuclear munitions. It must plan for the worst case — constraining its own conventional operations and extending deterrence value beyond what the nuclear arsenal alone would provide.

- For states facing precision conventional strike threats to their nuclear forces, integration is a survivability strategy. Dispersing nuclear assets among conventional forces makes them harder to target in a disarming first strike. China’s co-location of conventional and nuclear brigades within the PLA Rocket Force reflects precisely this logic.

Stability Implications. The strategic stability consequences of CNI can be seen at three levels.

- Crisis Instability. CNI compresses decision-making timelines. The nuclear deterrence model assumed that decision-makers would have hours, if not days, to assess an adversary’s intentions and respond. Dual-use missiles with short flight times have reduced that window to a few minutes. A decision-maker facing an incoming ballistic-missile salvo must choose quickly between waiting for an impact assessment and responding before the command structure is destroyed. CNI structurally favours the latter choice, which increases the risk of unintended escalation. Hypersonic glide vehicles, travelling at speeds exceeding Mach 5 on unpredictable trajectories, compress this timeline further still.

- Arms Race Instability. CNI generates poorly understood action-reaction dynamics. Conventional military improvements developed for entirely non-nuclear purposes (precision strike, long-range ballistic missiles, advanced ISR, etc) are perceived by adversaries as threats to nuclear survivability. Neither side may consciously be pursuing nuclear advantage, but the conventional competition produces nuclear instability as a byproduct. This dynamic is currently not being managed.

- Extended Deterrence Instability. CNI complicates alliance management in many ways. The credibility of the extended deterrence guarantee depends on whether the alliance would respond to a conventional strike with nuclear force when an ally faces a dual-capable missile threat. CNI makes this threshold question permanently ambiguous. The challenge of synchronising this politically across multiple capitals, where public understanding of CNI remains limited, is substantial.

Indian Context. India and Pakistan’s deterrence dynamic has evolved to the point where the conventional and nuclear domains are deeply intertwined. The Stability-Instability Paradox is at its most dangerous in this dynamic. At the same time, CNI removes the buffer zone that previously separated the two levels of conflict. The existence of nuclear weapons paradoxically encourages more intense conventional hostility. Pakistan has created a force structure in which the tactical nuclear weapons are dispersed in the field. The 2019 Balakot airstrikes and the 2025 Operation Sindoor highlighted the dependence of de-escalation on communication channels and leadership restraint. These cannot be assumed in all scenarios.

Managing CNI.

The policy responses to CNI are genuinely difficult because the drivers of integration are perceived as rational from each state’s perspective; however, the systemic effects are destabilising.

Challenges. Arms control approaches face a fundamental verification problem — dual-use systems cannot be meaningfully constrained without intrusive inspection regimes that states are unwilling to accept. Declaratory approaches — no-first-use pledges, negative security assurances — are undermined by doctrinal ambiguity and the credibility problems inherent in any commitment that is hard to verify and costly to honour under fire.

Suggested Actions. The more promising near-term mitigations focus on risk reduction rather than elimination. These include: –

- Establishment of direct military-to-military communication channels specifically designed for CNI-related crisis management.

- Notifying adversaries when conventional strikes approach nuclear-sensitive facilities by agreed protocols.

- Separation of nuclear and conventional assets, to reduce entanglement.

- Renewed investment in strategic stability dialogues that explicitly address the conventional-nuclear interface rather than treating nuclear issues in isolation from conventional military competition.

Concluding Thought.

The fundamental intellectual challenge is that CNI requires deterrence theory to be substantially rebuilt for the prevailing environment. The goal of CNI should not be to make nuclear war easier to fight, but to make conventional war too dangerous to start. That rebuilding is urgently needed. It has barely begun.

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References:

Freedman, L. (2003). The evolution of nuclear strategy (3rd ed.). Palgrave Macmillan.

Acton, J. M. (2018). Escalation through entanglement: How the vulnerability of command-and-control systems raises the risks of an inadvertent nuclear war. Carnegie Endowment for International Peace.

Posen, B. R. (1991). Inadvertent escalation: Conventional war and nuclear risks. Cornell University Press.

Lieber, K. A., & Press, D. G. (2017). The new era of counterforce: Technological change and the future of nuclear deterrence. International Security, 41(4), 9–49.
Speier, R., Nacouzi, G., Lee, C., & Moore, R. (2017). Hypersonic missile nonproliferation: Hindering the spread of a new class of weapons. RAND Corporation.
Narang, V. (2014). Nuclear strategy in the modern era: Regional powers and international conflict. Princeton University Press.

Dalton, T., & Krepon, M. (2016). A normal nuclear Pakistan. Stimson Center.

April 5, 2026April 4, 2026

798: IRAN’S MOSAIC DEFENCE AND DISTRIBUTED COMMAND ARCHITECTURE

Iran’s Mosaic Defence doctrine is one of the most deliberately constructed asymmetric military strategies of the 21st century, and the ongoing US-Israel military campaign against Iran — Operation Epic Fury, launched February 28, 2026 — has provided its first real-time stress test against a peer-level adversary. The doctrine’s performance in the opening weeks of that conflict has validated decades of Iranian military planning and confounded Western expectations of rapid regime collapse.

Iran’s defence doctrine was shaped by two formative historical experiences: the 1980–88 Iran-Iraq War and Israel’s intervention in Lebanon. Both anchored ballistic missiles and proxy networks are core instruments of Iranian strategy. But the formal doctrine crystallised from a more recent lesson. Iranian military planners studied US operations in Iraq, Afghanistan, and the Balkans, concluding above all from the 2003 collapse of Saddam Hussein’s centralised regime that highly centralised militaries collapse quickly once their leadership is struck. As Foreign Minister Araghchi put it: “We’ve had two decades to study defeats of the US military to our immediate east and west. Bombings in our capital have no impact on our ability to conduct war. Decentralised Mosaic Defence enables us to decide when — and how — war will end.”

Formalisation and Architecture

The doctrine was formalised in 2005 when the IRGC, under General Mohammad Jafari, announced the Mosaic Defence model: a decentralised command-and-control system restructured into 31 separate provincial commands. Each of Iran’s 31 provinces has its own IRGC headquarters, command structure, weapons stockpile, and intelligence capability — effectively a complete military system in miniature. “Every province is a mosaic, and the commanders have the ability and power to make decisions,” analyst Farzin Nadimi has noted. “So when they are cut off from their command in Tehran, they can still function as a cohesive military force.”

Under this model, the IRGC, regular army, missile units, naval assets, and the Basij militia form a distributed defence network. If one unit is destroyed, others continue operating independently. The architecture was designed against one specific adversary capability: the decapitation strike.

The Four Operational Pillars

Asymmetric Warfare and Cost Imposition. Rather than conventional force-on-force engagement, the doctrine imposes prohibitive costs through endurance — survive the initial shock, keep retaliating through multiple channels, and raise the costs of a prolonged campaign until continuation becomes politically untenable for the attacker.

Distributed Command with Pre-Delegated Authority. Iranian sources described how the Revolutionary Guards delegated authority far down the ranks and built “successor ladders” so units continue operating if commanders are killed. Each provincial command operates with overlapping chains of command and dispersed stockpiles — not just decentralisation but redundancy at every level. Provincial IRGC units can call upon Basij forces during crises. This enables a multi-level defence that is largely unfazed by decapitation strikes.

Missile Arsenal as Strategic Anchor. Iran’s ballistic missile capability is the backbone of the mosaic architecture. Distributed missile batteries across 31 provincial commands mean that neutralising Iran’s missile threat requires destroying 31 separate, geographically dispersed launch systems rather than a single centralised arsenal — an operation orders of magnitude more complex than a leadership strike.

The Axis of Resistance as Strategic Depth. National security is not limited to the protection of national territory; it rests on preventing confrontation from spilling over national borders. Hezbollah, the Houthis, Iraqi Shia militias, and Syrian proxy forces each represent distributed nodes of retaliatory capacity operating semi-independently of Tehran — a regional application of the same mosaic logic applied domestically. Acting upon nodes across the Middle East’s interconnected system of military bases, maritime chokepoints, and energy corridors can transform a localised confrontation into a crisis with global repercussions.

The 2026 Operational Test

The initial US-Israeli campaign followed the standard Western pattern. It aimed to create a systemic collapse by destroying command centres, communications nodes, and senior figures. The US campaign did not yield the desired results. On the contrary, it highlighted the fundamental characteristic of the Iranian system, i.e. its capacity to absorb strategic shock.

Rather than triggering disintegration, the loss of the decision-making center appears to have accelerated the activation of a resilience mechanism already embedded in Iranian doctrine. What has emerged is that the Iranian strategic model can be described as “war without a centre”. The military capability is organised not around a single decision-making nucleus, but across an array of interconnected tactical centers.

The system seems to be working. The independent Iranian military units (somewhat isolated) are acting based on general instructions given to them in advance. They have responded to heavy bombardment by firing unprecedented barrages of ballistic missiles and kamikaze drones at Israel, US military and diplomatic facilities across the Middle East, and critical energy infrastructure in the Persian Gulf.

Doctrinal Vulnerabilities

Mosaic Defence, however, does carry significant structural vulnerabilities.

Coordination Problem. Decentralisation enables resilience; however, it simultaneously creates coordination challenges. It becomes difficult to coordinate with the autonomous provincial units.

Strategic Coherence. Without a clear political direction, the doctrine designed for endurance risks prolonging the conflict, without achieving any meaningful strategic outcomes. Military persistence must eventually convert into political outcomes.

Dependency on Political Cohesion. The doctrine depends on public support and internal unity. Provincial commanders operating with pre-delegated authority must be politically reliable as well as militarily capable — a requirement that becomes more demanding as the human and economic costs of sustained conflict accumulate.

Escalation Unpredictability. Units acting on general instructions given in advance, without real-time central guidance, are inherently prone to escalation. The doctrine that gives Iran resilience also makes selective de-escalation difficult. These units may not be reachable for recall or restraint.

Strategic Implications

For US and Israeli Doctrine. The most significant implication is that the standard Western decapitation playbook, which worked against Iraq in 2003 and Libya in 2011, did not work against Iran. Defeating mosaic defence requires not precision strikes on central nodes but sustained, comprehensive degradation of 31 independent provincial systems simultaneously.

For India’s Strategic Assessment of War Duration. The activation of Iran’s mosaic defence has direct implications for India. It implies that Hormuz closure is not a temporary measure, but a potentially sustained strategic instrument. India must plan for a prolonged, rather than brief, disruption scenario.

For India’s Structural Reorganisation. In terms of military doctrine, Iran’s architecture offers relevant insights for India’s distributed warfighting requirements. The concept of 31 self-contained provincial commands maps directly onto questions about India’s theatre command architecture. The lesson that decentralised command enables resilience is relevant to India’s two-front scenario planning.

For the Theory of Modern Warfare. The emergence of “war without a center” as an operational reality, rather than just a theoretical concept. It poses a fundamental challenge to the Western doctrine of rapid dominance. The assumption that power is concentrated in a single center, and that striking that center causes strategic paralysis has been disproven in real time. The broader implication is that the era of quick, decisive, decapitation-based military victories against a sophisticated adversary, who has studied and prepared specifically for such an approach, may be fundamentally over.

Analytical Perspective

Iran’s Mosaic Defence represents a genuinely innovative solution to a fundamental strategic problem—the problem of facing a technologically superior adversary by a militarily inferior state. The challenge is to survive the first strike and sustain the fight long enough to make the cost of continuation prohibitive for the attacker. The solution lies in distributing everything, pre-delegating authority, building redundancy at every level, and making the system function as a web rather than a hierarchy.

This doctrine’s greatest success is not operational but psychological. In the case of the war in Iran, it has converted Iran’s structural military inferiority into a manageable constraint. It has ensured that the adversary’s greatest advantages (i.e., precision, speed, and decapitation capability) did not translate into a rapid victory on which the entire campaign logic depended. Iran has prepared itself for a long war. Whether that long war serves Iran’s strategic interests better than a rapid defeat would have done is a question the doctrine itself cannot answer.

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Disclaimer:

Information and data included in the blog are for educational & non-commercial purposes only and have been carefully adapted, excerpted, or edited from reliable and accurate sources. All copyrighted material belongs to respective owners and is provided only for wider dissemination.

References:

Connell, M. (2010). Iran’s military doctrine. CNA Analysis and Solutions.

Eisenstadt, M. (2011). The strategic culture of the Islamic Republic of Iran: Religion, expediency, and soft power in an era of disruptive change. Middle East Journal, 65(4), 551–570.

Golkar, S. (2015). Captive society: The Basij militia and social control in Iran. Columbia University Press.

Jafari, M. (2005). Mosaic defence doctrine: IRGC restructuring framework [Internal IRGC policy document, as cited in open-source analyses].

Nadimi, F. (2020). Iran’s evolving approach to asymmetric naval warfare: Strategy and capabilities in the Gulf. Washington Institute for Near East Policy.

Ostovar, A. (2016). Vanguard of the Imam: Religion, politics, and Iran’s Revolutionary Guards. Oxford University Press.

Takeyh, R. (2009). Guardians of the Revolution: Iran and the world in the age of the Ayatollahs. Oxford University Press.

Ward, S. (2009). Immortal: A military history of Iran and its armed forces. Georgetown University Press.

Pape, R. A. (1996). Bombing to win: Air power and coercion in war. Cornell University Press.

Reuters. (2024). Iran’s Revolutionary Guards delegate authority down the chain of command amid preparations for conflict. Reuters.