Cheap Drones, Jammed Signals, and AI-Driven Missiles: Unfiltered Lessons from Ukraine, Iran, and the Defence of Pakistan

We write this report with a heavy heart, but an unwavering commitment to truth. As lifelong advocates for global peace, we mourn the tragic paralysis of the United Nations and its Security Council—a failure that has left the world exposed to unchecked conflict. We belong to no defense industry, carry no geopolitical bias, and serve no national narrative. As independent professionals—a retired general with nearly four decades of military service and a senior engineer—our sole purpose is to provide an objective analysis of modern weapon performance in the Iran–US–Israel and Ukraine–Russia wars. Drawing strictly from open-source intelligence, battlefield footage, and frontline accounts, we cut through the fog of wartime propaganda to offer a clear, unvarnished technical assessment designed to inform defense, not promote destruction.

Positioned within a deeply volatile region, Pakistan must account for multi-front security pressures. Persistent hostility and the threat of breach—compounded by nuclear risks following the suspension of the Indus Waters Treaty—demand our unwavering vigilance across both eastern and western borders. As a result, we are closely analysing global trends while scrutinising the performance and capabilities of the defence systems of Russia, Iran, the USA and Israel. However, our primary strategic vision remains unchanged: we advocate for lasting peace and stability across all frontiers. Ukraine, Iran, Israel and the United States have each turned a battlefield into a test range since 2022, and their experience is cheaper than our own. We ask one question: which systems performed as promised, which failed, and what should that change in how Pakistan buys, protects and fields its own?

To judge any system, we score it on five attributes: Availability (is it ready when called on?), Dependability (does it keep working once the mission starts?), Capability (does it achieve the effect against a real, adapting enemy?), Survivability and protection (does it live through contact?), and cost-exchange and sustainability (can we repeat it for months?). The Analytic Hierarchy Process (AHP) weights them through pairwise comparison by a panel, and the Military Performance Index (MPI) combines weights and scores: MPI = Σ wᵢ·sᵢ, where Σ wᵢ = 1 and 0 ≤ sᵢ ≤ 1. We publish no numerical MPI scores; open sources cannot support them, and a precise-looking number built on contested data would mislead. The framework’s value is that it forces the questions brochures avoid, above all the fifth.

Western systems arrived with strong reputations, and the war sorted them harshly. The central finding is that precision is only as good as its navigation signal. Ukrainian assessments reported by The Washington Post showed Russian jamming degrading GPS-guided Excalibur shells, JDAM kits and HIMARS-fired rockets; Excalibur’s hit rate reportedly fell below 10 %, while JDAM was patched and stayed in service. The Cipher Brief notes that without satellite signals, these munitions fall back on inertial navigation and lose accuracy.

Heavy armour fared little better. Meta-Defense reports that Kyiv temporarily pulled its M1 Abrams from the front after drone and surveillance pressure. The lesson is not that Western tanks are poor, but that any tank under persistent drone surveillance, without electronic cover and concealment, becomes a target. What worked was the system around the weapon: Patriot-class air defence for high-end threats and, above all, integration. Ukraine’s Delta platform fuses drone, satellite, acoustic, electronic-intelligence and soldier reports into one picture, per Carnegie.

Russia’s cheap, mass-produced systems have performed; its prestige platforms have not. The Geran-2, a copy of Iran’s Shahed-136, is the clearest success: a June 2026 brief records about 57,000 launches by March 2026 and rapid iteration towards jam-resistant and jet-powered variants. Russia also answered Ukrainian jamming of its glide bombs with more resistant navigation modules and inertial backup.

Armour has been the visible disappointment. Ukraine’s General Staff claims 11,654 Russian tanks destroyed or damaged by February 2026, a figure analysts treat cautiously though its direction is not disputed; Russia has revived T-62 and T-55 tanks. An analyst quoted by 19FortyFive blamed uncompartmented ammunition stowage, calling the vehicles “mobile coffins”. Showcase programmes fared no better: roughly 20 to 32 Su-57s exist, the T-14 is built in dozens, and the Su-75 has never flown.

Ukraine cannot match Russia’s size, so it competes on cost-exchange and adaptation. One study attributes 60 to 70 % of Russian equipment losses to drones. When jamming blunted radio-controlled drones, fibre-optic drones made electronic warfare irrelevant, and defence moved back to physical interception: passive sensors, gun teams and interceptor drones. Ukraine’s AI is narrow and practical, such as terminal guidance that works when the radio link is cut. Even so, drones alone do not win wars.

The US–Israeli war on Iran, begun on 28 February 2026, is the freshest test range. First, defence works but drains stockpiles. The Israeli Air Force said about 92 % of roughly 440 Iranian ballistic missiles were intercepted in the first weeks, each Arrow 3 costing just over NIS 2 million. Outlets reported shortages, which Israel denied, but the pressure is real: the US fired over 150 THAAD interceptors in June 2025, about a quarter of its stock. Availability, not Capability, was the binding constraint.

Second, the cheap drone is a strategic weapon. Defences intercepted over 6,000 Iranian drones, yet dozens, perhaps hundreds, still hit infrastructure, and Israel’s Iron Beam laser was reportedly used to defend Emirati territory, an early sign that directed energy can improve the cost ratio. Third, America borrowed Iran’s playbook. CENTCOM confirmed first combat use of the PrSM missile and of LUCAS, a one-way attack drone modelled on the Shahed-136 at an estimated $35,000 each. PrSM use was reportedly limited by low inventory; a claim that it hit a school in Lamerd is disputed. Reports of an Iranian S-400 test near Isfahan rest on one unconfirmed outlet, and we treat them as unverified.

Five patterns recur, mostly failures of fit rather than engineering. GNSS-dependent precision munitions broke on Dependability under jamming. Unprotected armour under drone surveillance broke on Survivability. Exquisite interceptors fired at cheap drones broke Availability and cost-exchange. Prestige platforms such as the Su-57, T-14 and Su-75 never reached scale. And intelligence assumptions about the enemy’s weapons failed on Capability.

The last pattern matters most to us. Reuters, as summarised by The Aviationist, reported that Indian planners believed their pilots were outside Pakistani missile reach at about 150 km, while Pakistani officials said the PL-15 struck from around 200 km. A Pakistani analysis credits training and doctrine over any single platform. The loss count remains contested, so we treat May 2025 as strong evidence for long-range sensing and networked kill chains, and weak evidence for any claim of one aircraft’s superiority.

Without naming any adversary, four capability classes would hurt any state in our region most: mass-produced one-way attack drones; stand-off glide bombs and cruise missiles with jam-resistant navigation; a networked kill chain in which whoever sees first shoots first; and deliberate depletion of interceptors. On the western front the threat is low-technology: infiltration plus cheap quadcopters. The UN mission reports 372 Afghan civilians killed in early 2026, 64 % by air strikes; strikes that kill civilians feed the insurgency we fight.

We rank seven priorities: (1) layered, low-cost counter-drone defence; (2) deep stocks and domestic production of air-defence missiles; (3) resilient navigation and communications, with inertial and multi-sensor backups; (4) long-range sensing and a networked kill chain; (5) protection and dispersal of armour, aircraft and command posts; (6) realistic trials and red-teaming against an adapting enemy; and (7) a trained pool of electronic-warfare, drone and air-defence specialists. Two cautions: buy a system, not a platform, and trust no single combat report, including those that flatter us.

A note on evidence. We omitted claims we could not verify, including the Artemis drone, the ERAM missile, the 2-CT Hawkeye howitzer and minigun-armed Abrams trials, and some “first use” claims. Casualty and loss figures on all sides are claims, not audited counts.

A lesson for small nations. Ukraine has no nuclear weapons, having given up the Soviet-era arsenal on its soil in the 1990s. Yet for years it has stood against a country that is widely ranked the world’s second-largest military power, and it has not collapsed. That is the most important fact in this report. In our assessment, Ukraine and Iran both showed that the strongest weapon of any country is its people. Ukraine kept fighting because its soldiers, engineers, volunteers and ordinary citizens treated the war as a shared national task, and its industry and tactics adapted at a speed no peacetime procurement system can match. Iran, under heavy air and missile attack, likewise held together as a society and kept up its own long campaign of retaliation. Neither case proves that unity replaces equipment: Ukraine’s endurance has also depended on foreign weapons, finance and intelligence, and Iran has paid a heavy price. But both show that a small or middle-sized state with a united population, a willingness to improvise and a cheap, adaptable arsenal can deny a larger enemy an easy victory. For every small nation, the model is not a particular missile or drone. It is national cohesion first, and then the industrial and technical agility to turn that cohesion into resilient systems.