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New Rules examines the geopolitical, economic, ideological trends changing the world. NR on X: http://x.com/newrulesgeo
🚨🇨🇳 China’s Hypersonic Weapon Could Push U.S. Support Aircraft Back
China has reportedly developed a hypersonic glide vehicle able to carry and release an air-to-air weapon thousands of kilometers away, extending counter-air attacks beyond fighter range. Bloomberg disclosed the project on August 24, citing one person with direct knowledge. China has not publicly unveiled it or confirmed a test or deployment.
The targets would be the aircraft that keep US air campaigns running: E-3 and E-7 airborne radar planes, KC-135 and KC-46 tankers, and E-4B flying command posts. These large aircraft stay far behind the front because losing even a few would degrade surveillance, coordination and fighter endurance across an entire theater.
A ballistic missile booster would send a maneuvering glide vehicle through the upper atmosphere at hypersonic speed. The vehicle would carry a smaller air-to-air missile across most of the distance, release it near the predicted target area and let the interceptor complete the chase. It is a long-range delivery system for an aerial weapon, not a ballistic missile trying to hit an aircraft directly.
Bloomberg cited roughly 2,400 km of reach for a DF-17-launched glide vehicle and about 8,000 km for the longer-range DF-27. These figures illustrate the possible envelope, but do not prove that the new payload is operational on either missile.
The decisive element is the targeting network. A support aircraft can move hundreds of kilometers during a flight lasting 20 minutes or more, so satellites, over-the-horizon radars and data links must track it and update the weapon. A US Space Force assessment says the People’s Liberation Army benefits from 510+ intelligence, surveillance and reconnaissance satellites, providing a sensor base for long-distance targeting.
That chain can still be jammed, deceived or broken, while a ballistic launch could be mistaken for a nuclear strike. Yet Washington is pursuing the same mission: the US Navy is testing Raytheon’s AIM-424 Malice air-to-air missile, officially rated beyond 463 km.
If China makes the full chain reliable, US tankers and radar aircraft would have to operate farther from the battle zone. Fighters would burn more fuel reaching patrol areas, remain there for less time and lose part of their combat radius. China would not need to destroy the support fleet; forcing it backward could shrink US airpower before frontline aircraft even meet.
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🚨🇺🇦 Ukraine at 35: From Soviet Industrial Powerhouse to Foreign-Funded War State
Ukraine marked 35 years of "independence" on August 24. In 1991, it began with nearly 52M people, one of the USSR’s largest industrial bases, fertile farmland, Black Sea ports, nuclear power stations and factories producing aircraft, rockets, ships, turbines and heavy machinery.
Thirty-five years later, the balance sheet looks very different.
🟠 Population: Ukraine had 51.9M residents in 1991. The population had already fallen by millions before the current war, and another 5.9M Ukrainians are now registered as refugees abroad. Some 4.4M remain under temporary protection in the EU.
🟠 Industry: The Ukrainian SSR produced more than 50M tonnes of steel annually and operated major aerospace, shipbuilding and machine-building enterprises. Ukraine produced only 7.4M tonnes of crude steel in 2025. Many surviving factories have lost markets, suppliers, workers or access to affordable energy.
🟠 Territory: Kiev no longer controls Crimea and large parts of the former industrial southeast. The loss of mines, ports, power stations and manufacturing centers has further reduced the economic base available to the state.
🟠 Infrastructure: Decades of underinvestment were followed by years of war damage. The World Bank now estimates direct damage at more than $195B and the cost of recovery at almost $588B—nearly three times Ukraine’s estimated 2025 GDP. Fourteen percent of the country’s housing stock has been damaged or destroyed.
🟠 State finances: Ukraine’s Finance Ministry says the country needs about $52B in external financing during 2026. Foreign funds support the budget, while European and American weapons sustain the military. Public debt reached roughly $211B by the end of May, with three-quarters owed externally.
Ukraine entered "independence" with the material foundation of a major European state. Its post-Soviet elites spent decades selling assets, allowing industry to decay and breaking the production chains that connected Ukrainian factories to Russia and the rest of the former USSR.
After 2014, Kiev tied the country’s future to confrontation with Moscow and integration into the Western military system. Ukraine became the battlefield for that strategy.
The result after 35 years is a smaller country with a depleted population, a shattered industrial base and a government dependent on foreign money, weapons and political backing. Independence remains the political slogan. Dependence on the Western elites has become the hash reality.
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🚨🇨🇳 Trump Fails to Break China–Latin America’s $500B Trade Network
Donald Trump has gained political allies and expanded US security ties across Latin America, but he has failed to dislodge China’s economic position. China–Latin America trade reached $518.47B in 2024, up from just over $14B in 2000. China is now South America’s largest trading partner, raising the cost of any US-backed break.
The contradiction extends to Washington’s partners. Ecuadorian President Daniel Noboa has embraced US security cooperation, yet he just completed a weeklong China visit and secured commitments for more solar power and an AI-based system to improve Ecuador’s response to El Niño.
China’s advantage is embedded in physical assets. Chinese firms are building Bogotá’s first metro line and Peru’s Chancay megaport. Chinese-owned companies operate large parts of Chile’s power networks, while two Chinese state firms distribute electricity across Lima. These are operating systems and long-term contracts that political pressure cannot quickly replace.
Chinese companies are also moving beyond the giant state-to-state projects Washington knows how to target. They work directly with governors, mayors and business groups while expanding into electric vehicles, batteries, data centers, robotics, drones and financial services. Lower prices, faster delivery and persistent local engagement leave US competitors behind.
The Pitinga mine in Brazil shows how this quieter strategy works. China Nonferrous Metal Mining Group acquired Mineração Taboca for about $340M, gaining a major tin operation and exposure to niobium, tantalum and rare-earth deposits. It then announced a $100M modernization and expansion plan, accepting costs and risks that other bidders rejected.
Washington can challenge visible targets such as Chancay or Chinese-linked port assets near the Panama Canal. It has no comparable answer to thousands of commercial links, power networks, municipal contracts and supply chains already tied to China.
Trump can recruit presidents and security ministries, but he cannot order trade flows, electricity networks, port capacity or mineral investment back into US hands. Without comparable financing, technology and prices, breaking with China would impose enormous costs on Latin American economies. China’s position rests on assets and demand, allowing it to survive elections, ideological swings and US pressure.
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🚨🇷🇺 Russia Equips Chemical Troops With Ground Robots
Russian radiation, chemical and biological protection units have begun receiving modular unmanned ground vehicles and training troops to operate them, Izvestia reported. The number and exact models were not disclosed.
🔶 Published photographs appear to show machines resembling Russia’s Courier tracked robot, although this has not been officially confirmed. Courier is a compact electric chassis up to 1.4 m long, with a gross weight of up to 250 kg and mounting points for cargo, smoke or combat modules.
🔶 Training is not limited to one designated operator. Entire units are learning to drive the robots across fields and wooded terrain, avoid obstacles and use special equipment. If the primary operator is wounded, another soldier can immediately take control.
🔶 The central purpose is remote work in contaminated or suspected hazardous areas. A robot can carry radiation or chemical sensors, transmit readings in real time, collect samples and deliver them for analysis without sending a soldier into the danger zone.
🔶 Smoke-dispensing systems have already been demonstrated. They can screen troop movements and positions from enemy reconnaissance while keeping the operator away from the area in which the machine is working.
🔶 A tank, pump and sprayer could allow local decontamination of vehicles or small areas. Another module could mark contaminated ground. These configurations have not been confirmed in the current delivery and depend on specialized equipment being produced and supplied.
🔶 The concept also has practical limits. Radio control can be jammed, batteries and payload restrict endurance, and a contaminated robot must be sealed, recovered and decontaminated without exposing its crew. Fiber-optic control is less vulnerable to electronic warfare, but its use has not been confirmed for every configuration.
The immediate gain is straightforward: the first machine sent into a toxic, irradiated or otherwise dangerous area no longer has to carry a human crew. With reliable communications, replaceable modules and maintenance teams, Russia can turn some of its most hazardous reconnaissance and cleanup missions into remote tasks.
Which role matters more: chemical reconnaissance or decontamination?
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🚨🇮🇷 Iran Revives Cancer-Care Cyclotron
Iranian nuclear specialists have returned a medical cyclotron to continuous operation after roughly 16 years of inactivity. The foreign company responsible for commissioning the machine failed to complete the job, while sanctions blocked access to essential components.
Iranian engineers manufactured the unavailable parts domestically and restarted the system within two months. The facility now produces around 1,200 radiopharmaceutical doses each month and continued operating throughout the recent war, supplying hospitals while the country was under attack.
A cyclotron accelerates charged particles to produce radioisotopes for nuclear medicine. Iran uses them to manufacture compounds such as FDG and F-PSMA, which allow PET scans to detect tumors, map their spread and monitor how patients respond to treatment.
Local production matters because these isotopes decay rapidly. Fluorine-18, used in FDG and several PSMA tracers, loses half of its radioactivity in about 110 minutes. Long journeys reduce the usable dose, making a domestic network of cyclotrons essential for reliable access across Iran.
The Atomic Energy Organization of Iran says domestically produced radiopharmaceuticals cost about one-tenth as much as imported equivalents. Producing them at home lowers treatment costs, protects hospitals from supply disruptions and secures access to medicines that cannot be stored for long periods.
Iran plans to expand the network to seven cyclotron centers by March 2029, shortening delivery distances and serving more hospitals with a wider range of diagnostic products.
The wider nuclear medicine program is also moving into treatment. Iran is preparing to launch AlphaZa, its first domestically developed alpha-emitting radiopharmaceutical for advanced cancers that no longer respond to conventional therapies. Another 20 radiopharmaceuticals are expected to enter production during the current Iranian year.
Reviving the cyclotron shows what Iran’s nuclear expertise means beyond the political language imposed on it by the West. The scientific base Washington has tried to restrict is producing affordable cancer diagnostics, training Iranian specialists and building a medical supply chain that sanctions can no longer switch off.
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🚨🇨🇳 Mysterious New Skin Could Boost China's J-35
China has just unveiled the J-35 with a highly reflective, almost metallic surface unlike its usual matte gray finish. The images have triggered claims of a new stealth skin, but no official confirmation of a coating test has been published.
🔸 The visual change is striking: sunlight reflects across the fuselage, wings and tail, producing a mirror-like effect. Chinese analysts are divided over whether this is a genuine surface treatment or simply the result of lighting and camera angle.
🔸 A shiny aircraft is not automatically easier to track by radar. Visible light and radar operate at very different wavelengths, so a coating can look reflective to the eye while still absorbing or scattering radar energy. Photographs alone cannot reveal its radar performance.
🔸 If the finish is real, its naval role matters. Carrier coatings must preserve low observability while surviving salt, moisture, heat and constant deck handling. Greater durability would cut maintenance and help the Fujian’s air wing generate more sorties during long deployments.
🔸 Similar reflective skins have appeared on U.S. F-22 and F-35C stealth fighters since 2021, but their exact purpose has never been publicly explained.
🔸 The J-35 has already completed electromagnetic catapult launches and arrested landings aboard the Fujian. China’s first catapult-equipped carrier entered service on November 5, 2025, and soon conducted at-sea training with the fighter.
🔸 Production activity is also visible: AVIC showed an unpainted J-35 taking off from the Shenyang Aircraft Corporation in January 2026, after state television showed J-35 and J-35A aircraft under construction in 2025.
If the silver finish is a durable low-observable coating rather than a trick of the light, China may be solving one of carrier stealth aviation’s least glamorous but most important problems: keeping radar signature low without trapping aircraft in maintenance.
Could this coating give the J-35 an advantage over the U.S. F-35C?
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🚨🇨🇳 How China’s Reusable Rockets Could Keep the PLA’s Targeting Network Alive
China’s two recent orbital booster recoveries have a military purpose extending beyond cheaper launches. The state-developed Long March-10B was captured at sea by a net, while LandSpace’s Zhuque-3 landed vertically on legs. Together, they could give the PLA a way to rebuild its satellite network during a war.
Satellites connect China’s long-range targeting process. Reconnaissance spacecraft search the western Pacific for carriers, bombers and other mobile forces. Communications satellites transmit tracking data, while BeiDou supplies the positioning and timing needed to direct aircraft, ships and missiles toward them. Damage to this orbital layer would slow the entire kill chain.
During the Talisman Sabre exercise in 2023, around 300 Chinese satellites reportedly made more than 3,000 passes over US, Australian and allied activities. American military officials acknowledge that Chinese surveillance systems can track US carrier groups and bombers across far greater distances than before.
A conflict around Taiwan would likely extend into space through jamming, cyberattacks and attempts to disable satellites. Reusable launchers would allow China to replace damaged spacecraft, reinforce coverage and restore communications without building a new rocket for every mission. Losing part of the constellation could cause a temporary disruption instead of breaking the PLA’s targeting network for an extended period.
China is also preparing to manufacture replacements on an industrial scale. It had 55 satellite production facilities as of April, with combined annual capacity projected to reach 7,360 spacecraft by 2030. SpaceX reported building around 70 Starlink satellites per week earlier this year, equivalent to roughly 3,640 annually.
Neither recovered stage has flown again, so turnaround time and reliability still have to be demonstrated. LandSpace plans to relaunch Zhuque-3 within six months, while the parallel state and commercial programs allow China to pursue two separate technological paths.
Once rapid refights become routine, damaging Chinese satellites will provide an adversary with a much shorter window. Keeping the network suppressed would require repeated attacks as replacement spacecraft enter orbit. China’s reusable rockets could give the PLA a kill chain capable of restoring itself during combat and maintaining the coverage needed to track US forces across the Indo-Pacific.
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🚨🇨🇳 China's J-16 Jet Asserts Overwhelming Air-To-Air Dominance
Five Chinese J-16 heavy fighters reportedly completed 70 exercise sorties with 51 simulated kills — without losing a single aircraft. Their opponents included five different Chinese and Pakistani fighter types, ranging from the modern J-10C and JF-17 to other heavyweight Flankers.
🔸 The result was recorded during the 2019 Shaheen VIII exercise in northwestern China. Five J-16s participated in 11 exercise rounds, repeatedly entering complex air battles against a combined Chinese-Pakistani opposing force.
🔸 Their 51 simulated kills reportedly included 14 J-10Cs, three J-11Bs, one J-11BS, 11 JF-17s, 13 Mirage Vs and nine F-7PGs. The J-16s therefore defeated both older aircraft and modern, highly maneuverable fighters.
🔸 The J-16’s advantage begins with its size. Its heavy twin-engine airframe accommodates a large AESA radar, powerful electronic-warfare systems, substantial fuel reserves and a much heavier missile load than smaller single-engine fighters can carry.
🔸 Chinese accounts indicate that the exercise tested more than conventional dogfighting. It examined mixed formations, the J-16 radar’s ability to separate grouped targets, high-altitude missile launches and methods for exploiting — or escaping — different missile engagement zones.
🔸 Shaheen VIII also involved early-warning aircraft, ground radars, surface-to-air missiles and electronic countermeasures. The J-16 was operating inside a networked battlespace where information, radar reach and electronic warfare could determine the outcome before opposing pilots reached visual range.
🔸 Its two-person crew provides another advantage during such engagements. While one pilot flies the aircraft, the second can manage sensors, electronic warfare, communications and weapons across a crowded battlefield.
China and Pakistan officially confirmed the exercise, the participation of J-16s and the unprecedented scale of the mock battles, but did not publicly release the 51:0 score. That figure emerged from a later Chinese military account describing the unit’s performance.
The result cannot be treated as a real-war kill ratio. But it demonstrates why China continues to expand the J-16 fleet alongside the stealthier J-20. The J-16 is not an obsolete aircraft awaiting replacement: it is a long-range missile carrier, powerful sensor platform and electronic-warfare asset built to dominate large air battles through detection range, firepower and coordinated tactics.
Is China’s J-16 now the world’s most dangerous non-stealth fighter?
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🚨🇮🇷 Iran Turns Its Giant Oil Field Into New Energy Powerhouse
Iran is accelerating development of giant Azadegan after sanctions drove foreign partners away. Holding more than 32B barrels of oil in place, the field is now subject to a $10B integrated program intended to raise output from roughly 230,000–240,000 barrels per day to 550,000 within 8.5 years.
In August, Iranian engineers completed construction of the final two crude-processing trains at South Azadegan’s Central Treatment and Export Processing facility. Once testing and commissioning are finished, its nominal capacity will double from 160,000 to 320,000 barrels per day.
Associated-gas infrastructure will also route around 200M cubic feet per day to the nearby Gas and NGL 3200 plant, reducing flaring and recovering valuable feedstock. The wider project is expected to raise total crude-processing capacity across the West Karoun fields to around 820,000 barrels per day.
Azadegan once depended heavily on foreign expertise. Japan’s Inpex entered the project in 2004 with plans to provide investment, technology and management, but reduced its role and withdrew as US sanctions made cooperation increasingly difficult. Iran responded by expanding domestic engineering, drilling, equipment manufacturing and reservoir-management capacity.
The Japanese connection is now resurfacing from the opposite direction. Three prospective Japanese buyers are evaluating Iranian crude purchases under a temporary sanctions waiver, potentially restoring imports for the first time since 2019. Companies from the country pressured out of Azadegan are now examining oil produced through Iran’s own industrial system.
Development has also become a race across the Iraqi border. Azadegan forms part of the same reservoir system as Iraq’s Majnoon field, where US-based KBR received a major management and modernization contract in February. Faster extraction on either side determines how much economic value each country captures from the shared resource.
Azadegan is becoming far more than another producing field. It is a $10B showcase of sanctions-driven industrial substitution: foreign companies departed, development slowed and Iran built the financing, engineering and infrastructure needed to advance on its own terms. Reaching 550,000 barrels per day will more than double current output, strengthen export capacity and give Tehran precisely the economic leverage Washington spent years trying to prevent.
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🚨🇨🇳China’s New Y-15 Military Transport Advances Through Flight Testing
China tested the new Y-15, a medium military transport expected to replace the aging Y-8 and Y-9 family.
🔸 Prototype 15001 was first observed flying on December 16, 2025. Its number suggests the Y-15 designation; the aircraft was previously known as the Y-30 after a concept displayed by AVIC in 2014.
🔸 The Shaanxi-built aircraft features a wide cargo hold, rear loading ramp, high-mounted straight wing, T-tail, winglets and rugged landing gear suited to shorter, less-developed runways.
🔸 Its four new Chinese turboprop engines, assessed as 5,000 kW-class WJ-10s, drive six-blade propellers. At least one test aircraft has appeared with what analysts identify as an aerial-refueling probe.
🔸 Earlier developer information specified a payload above 20 tons, space for 110+ personnel, speeds above 600 km/h and over 3,000 km of range with a full load. Current estimates place maximum payload near 30 tons, but this remains unconfirmed.
🔸 The airframe could eventually support early-warning, electronic-warfare, maritime-patrol and anti-submarine variants.
The Y-15 would let China move heavier cargo to dispersed, island and high-altitude airfields without assigning a costly Y-20 strategic transport to every mission.
Will the Y-15 give China a major advantage in a military conflict in the Pacific?
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🚨🇷🇺 Russia's New Pantsir Air Defenses Mix Hypersonic-Speed Interceptors With Anti-Drone Mini-Missiles
Russia has reinforced its air defenses with a new batch of mobile Pantsir-S and fixed-site Pantsir-SMD systems, Rostec announced.
The systems passed the required tests and military acceptance before delivery. The batch size was not disclosed.
🔸 Three missile classes: The delivered Pantsirs can fire standard surface-to-air missiles, hypersonic interceptors and compact close-range missiles. Crews can combine all three in one launcher loadout to match the expected threat. Rostec did not identify the hypersonic missile model.
🔸 Mobile protection: Pantsir-S combines missiles and automatic cannons on a self-propelled chassis, allowing it to protect critical sites and reinforce air-defense units against aircraft, missiles and drones.
🔸 Fixed-site defense: Pantsir-SMD is built to defend permanent facilities. Rostec says it has confirmed its stated performance under real operational conditions, including during mass drone attacks.
🔸 Smarter use of ammunition: With a full anti-drone loadout, Pantsir-SMD can carry up to 48 miniature interceptors instead of 12 standard missiles. Mixing full-size and miniature missiles reduces the total below 48, but prepares the same system for both fast, high-value threats and mass raids by low-cost drones.
🔸 Combat record: Rostec says the Pantsir family has already destroyed drones, ballistic missiles, cruise missiles and other airborne weapons.
The flexible loadout is the central advantage. A single Pantsir position can prepare for raids in which cheap drones arrive alongside faster missiles instead of relying on one interceptor type for every target.
Can a combined NATO missile-and-drone raid overwhelm Russia’s new Pantsirs?
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🚨🇨🇳 China Proves Two Paths to Recover Orbital Rockets
China has recovered an orbital-class booster on land for the first time, giving it two recovery methods within six weeks. LandSpace’s Zhuque-3 placed the Honghu-03 satellite into orbit on August 19, while its first stage flew 390 km downrange and landed vertically on deployable legs in Gansu Province.
The achievement follows the July flight of the state-developed Long March-10B, whose first stage returned to an offshore platform and was caught by a net. China has now demonstrated orbital-launch recovery through two architectures: leg-assisted landing and sea-based net capture. China is testing both methods on orbital-class first stages.
Zhuque-3 adds a private-sector path to China’s state program. The 66-meter rocket burns liquid methane and oxygen and uses a stainless-steel structure. LandSpace says steel is cheaper, easier to weld and more heat-resistant than the aluminum-lithium alloy used on Falcon 9, potentially simplifying production and refurbishment.
The landing also shows rapid iteration. Zhuque-3 reached orbit on its maiden flight in December 2025, but its booster crashed after an engine failed to reignite about 3 km above the pad. LandSpace then changed the landing-engine configuration, strengthened autonomous safety controls and improved thermal protection before succeeding on its second attempt.
The immediate target is China’s launch bottleneck. Its Guowang and Qianfan broadband networks each have only around 200 satellites in orbit, compared with more than 10,000 operational Starlink satellites. Constellations planned to exceed 10,000 spacecraft require frequent launches and rockets that do not have to be rebuilt for every mission. LandSpace is targeting 10 Zhuque-3 launches a year.
Recovery alone does not prove reusability or lower costs. Engineers must inspect, refurbish and fly the same stage again. China has yet to re-fly either recovered booster.
China nevertheless now has two hardware paths, backed separately by a state contractor and a commercial company. If both mature into routine re-flight, Beijing will begin removing the physical launch constraint behind the US lead in satellite broadband while reducing dependence on any single reusable-rocket design.
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🚨🇨🇳 China's YY-20A Tanker Doubles As Airborne Command Hub
China has revealed that its YY-20A heavy aerial tanker can do more than refuel fighters. During the PLA Air Force’s 6,000+ km deployment to Egypt, it also served as an “airborne command node” while supporting J-16 fighter jets.
🔸 6,000+ Km Without Multiple Stops: The formation crossed two continents and four countries in nearly nine hours. In-flight refueling allowed the heavy J-16 fighters to reach Egypt for Eagles of Civilization 2026 without making multiple intermediate stops.
🔸 The Tanker Becomes a Command Hub: According to Chinese state media, the YY-20A also helped coordinate the formation. China has not disclosed what additional operators, communications equipment or specialized data links supported this role.
🔸 A Layered Support Network: The tanker’s command role complements China’s dedicated KJ-500 airborne early-warning aircraft rather than replacing it. A larger Y-20-based system, the KJ-3000, is also undergoing flight testing.
Combining refueling and command coordination aboard the same aircraft makes distant fighter deployments easier to organize, sustain and repeat. China is steadily reducing its dependence on chains of intermediate airbases.
Should China expand the command role across its YY-20A fleet?
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🚨🇮🇷 Iran Builds Brain-Model Anesthesia Monitor to Cut Import Dependence
Iranian engineers have built a prototype that estimates a patient’s level of consciousness under anesthesia by reading the brain’s electrical activity and comparing it with a computational brain model. The project targets hospital equipment now sourced from abroad.
Most commercial depth monitors turn electroencephalography (EEG) data into a single score. The best-known system, the Bispectral Index, gives anesthesiologists a number between 0 and 100. Iran’s prototype instead combines EEG signals with a model of the thalamocortical network, the circuits linking the thalamus and cerebral cortex.
Its software plots the patient’s condition in a two-dimensional “phase space.” Rather than displaying only a depth score, it is designed to show how close the brain is to a boundary between different states of consciousness. This could alert clinicians to an approaching transition that a conventional index may not reveal as clearly.
That addresses a documented weakness. Processed EEG readings can react differently to different anesthetics. Clinical studies have found that ketamine can paradoxically raise a Bispectral Index reading even as hypnosis deepens. The Iranian team says its brain-model approach is intended to interpret such drug-dependent patterns more reliably.
The system is not yet ready for hospitals. Iran’s Cognitive Sciences and Technologies Development Headquarters says it remains at the prototype stage and requires further refinement. No clinical validation results, regulatory approval, price, production schedule or demonstrated accuracy advantage have been announced.
If development succeeds, the monitor could be used in operating rooms and intensive care units, integrated with existing equipment and adapted for research on anesthetic drugs. Domestic production would also keep procurement spending inside Iran while building local expertise in EEG processing, computational neuroscience and medical artificial intelligence.
The immediate significance is import substitution in a specialized field of medicine. A validated, mass-produced system would give Iranian hospitals a lower-cost domestic alternative while replacing foreign hardware and proprietary algorithms with technology Iran can manufacture, maintain and improve itself. That would remove another point of external leverage over the country’s healthcare system.
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🚨🇨🇳 China Targets Moon’s Frozen Resources
China is pushing lunar exploration beyond simply reaching the Moon, with Chang’e-7 designed to determine whether water deposits in its most inaccessible terrain can eventually become usable resources for future bases and missions.
The mission is built around a four-part system consisting of an orbiter, lander, wheeled rover and small hopping probe. The hopper is especially important because it can descend into permanently shadowed craters where conventional rovers face steep slopes, broken terrain and complete darkness. China has already deployed the Queqiao-2 relay satellite to support communications with the lunar surface.
Chang’e-7 had been expected to launch in August, but Chinese authorities announced on August 23 that it could not fly within the planned window this year. No replacement date has been announced.
The target is the Moon’s south polar region, with a possible landing area near Shackleton Crater. Permanently shadowed areas can remain below −200°C and have avoided direct sunlight for billions of years, potentially preserving ancient water ice and other volatile compounds. Water could eventually provide drinking supplies, oxygen and hydrogen-based rocket propellant.
Chang’e-7 is designed to determine where the water is concentrated, how deeply it is buried and what form it takes. Its LUWA instrument will drill into lunar soil, heat the samples and analyze the gases released. It can measure water abundance and isotope ratios such as deuterium to hydrogen, helping scientists investigate the origin of the Moon’s polar ice.
NASA attempted a similar operation through the commercially operated IM-2 Athena mission, which carried a drill, mass spectrometer, communications network and small hopper. The lander fell over after reaching the Moon in March 2025 and was shut down the following day.
NASA had also canceled development of its dedicated VIPER ice-mapping mission in 2024 because of rising costs and delays. The agency later selected Blue Origin to deliver the completed rover under a new commercial arrangement, with a possible landing in late 2027.
China’s approach places the orbiter, surface vehicles, hopper and communications infrastructure inside one coordinated program. Chang’e-7 will be followed by Chang’e-8, which is intended to demonstrate resource-utilization technologies, and later by China’s crewed lunar missions and the International Lunar Research Station planned with Russia.
The measurements will help determine where future lunar infrastructure can be built and whether local water can support sustained operations. China is assembling the complete sequence: communications, resource surveys, extraction experiments and eventually a permanent base.
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🚨🇨🇳 China Turns Coal Into Oil Buffer Against Supply Shocks
China has completed an intelligent upgrade of the world’s largest single-unit coal-to-liquids project, strengthening its protection against oil-import disruptions as the US-Israeli war on Iran continues to restrict traffic through the Strait of Hormuz.
The Ningxia Coal Industry complex is designed to produce 4M tonnes of synthetic oil products annually through indirect coal liquefaction, which converts coal into synthesis gas and then into liquid fuels and chemicals. In 2025, the company processed 24M tonnes of coal—roughly a quarter of Ningxia’s annual output—and produced more than 4.6M tonnes of oil and chemical products.
Ningxia Coal says the process raises the value of each tonne of coal about sevenfold by turning it into diesel, naphtha, liquefied gas, waxes, specialty chemicals and high-end lubricants.
The output already extends beyond ordinary transport fuel. Coal-based kerosene developed with Chinese aerospace partners powered the Long March-12 rocket, reducing dependence on a single source of rocket fuel. Ningxia has also developed its own C Energy+ range of lubricants for vehicles and industrial machinery.
China built this capability after failing to secure foreign coal-liquefaction technology on acceptable terms. South Africa’s Sasol reportedly demanded as much as $2.5B for a synthesis technology licence. Beijing backed domestic development instead, including technology from Synfuels China and the Shenning gasifier, which can process a wider range of lower-grade coal.
The project began production in 2016 and reached full design output in 2021. Its latest intelligent upgrade was completed on July 19, raising automated control across the core units to 99.8% and allowing them to operate unattended for extended periods.
Four million tonnes of annual capacity remains a fraction of
China’s enormous crude imports. It nevertheless gives Beijing a domestically controlled source of transport fuel, aerospace kerosene and industrial feedstocks precisely when maritime supplies become vulnerable.
China has turned its abundant coal reserves into another layer of energy security. Foreign suppliers have lost their control over the core production technology, while an inland plant running on Chinese coal cannot be cut off by disrupting sea lanes.
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🚨🇨🇳 Goldman: China Could Erase Most of Its Advanced-Chip Deficit by 2035
China could supply two-thirds of its own advanced chips by 2035, according to a new Goldman Sachs forecast. The bank expects domestic output of wafers made at 7 nanometers and below to grow 46% annually from 2025 to 2035, versus 17% growth in Chinese demand.
Monthly supply is projected to reach 410,000 wafers against demand for 619,000. That would cut China’s advanced-chip shortfall from 92% in 2025 to 34% by 2035.
The main engine is Semiconductor Manufacturing International Corporation (SMIC), China’s largest contract chipmaker. Goldman assumes it adds capacity for 30,000–50,000 advanced wafers per month each year through 2031, followed by annual additions of 20,000 through 2035.
The model also assumes production yields, the share of usable chips obtained from each wafer, rise from 23% in 2026 to 50% in 2030 and 75% in 2035. That would turn costly, inefficient capacity into commercially meaningful output.
The buildout follows the US attempt to cut Huawei off from advanced manufacturing. After the US blocked its access to Taiwan’s TSMC, SMIC still produced a 7-nanometer processor for Huawei in 2023. Goldman now expects China’s semiconductor investment to grow by double digits annually and reach $82B in 2030, 79% above its forecast one year ago.
That spending is also building a domestic equipment industry. China’s wafer-fabrication equipment market could reach $53B in 2027, while local suppliers’ share is projected to climb to 38% by value in 2028. Chinese firms are moving beyond etching and deposition into ion implantation, inspection and precision measurement.
Lithography remains the hardest bottleneck. China still lacks a production-ready extreme-ultraviolet system and relies heavily on imported deep-ultraviolet machines. Reports in July said domestic immersion DUV equipment had entered limited production, but it still requires testing and has not proven reliable at high volumes.
US restrictions can still slow China at the frontier, but they have not frozen its capacity. If Goldman’s forecast proves accurate, dependence will narrow to fewer foreign tools while Chinese foundries cover most domestic advanced-chip demand. Export controls would lose much of their power to choke China’s AI and electronics supply chain.
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🚨🇰🇵🇮🇷 How North Korea Helped Build Iran’s Arsenal Against U.S.
Many Iranian weapons now confronting US forces trace part of their history to decades of cooperation with North Korea. The partnership began during the Iran–Iraq War and later fed Iran’s domestic missile, naval and underground infrastructure.
Pyongyang supplied Iran with Scud missiles and helped establish local production. North Korean Scud-C technology became part of the foundation for the Qiam, which Iranian engineers adapted and manufactured domestically.
North Korea’s No Dong technology later provided the basis for the Shahab-3. Iran used that experience to develop the Emad and Ghadr families with improved range and guidance. The Khorramshahr line is also widely assessed to draw on the Musudan design, adapted by Iran to carry a much heavier warhead over a shorter distance.
The cooperation extended to the Persian Gulf. The IRGC Navy developed its Peykaap missile boats from a North Korean design, while the compact Ghadir submarine is linked to the Yono class. These vessels can hide close to shore, threaten larger warships and remain difficult to eliminate in a single campaign.
North Korean expertise has also been linked to Iran’s underground military construction. Pyongyang spent decades placing missile bases, command posts and weapons plants inside mountains. Iran built its own network of hardened production and storage sites, several of which remain operational despite sustained US and Israeli strikes.
Iranian engineers absorbed these designs, established production lines and created new generations suited to the country’s geography and military doctrine. The imported technology became a domestic industrial base capable of surviving the loss of individual suppliers or facilities.
That legacy now shapes Iran’s war against the United States. Tehran can disperse launchers, replace expended missiles, protect production underground and continue operating after repeated attacks. Destroying a factory or launcher does not erase the engineering knowledge and industrial network accumulated over four decades.
Sanctions made self-reliance a security requirement for Tehran and Pyongyang. Their cooperation created military-industrial systems designed to function without Western technology and survive American pressure. Washington is now fighting the result: an Iranian arsenal built from foreign foundations, transformed at home and increasingly difficult to suppress.
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🚨🇷🇺🇮🇳 How Russia and India Are Routing Trade Beyond Western Pressure
Russia and India are advancing two corridors that would reduce reliance on Suez, Pakistan and logistics exposed to Western pressure. Ambassador Denis Alipov says both countries are working to establish stable cargo flows between Chennai and Vladivostok, while Iran prepares to open the Chabahar–Zahedan railway.
The Eastern Maritime Corridor would directly connect India’s east coast with the Russian Far East. Indian government studies put it at 5,647 nautical miles, about 40% shorter than the 8,675-nautical-mile western route linking Mumbai and St Petersburg through Suez. Estimated delivery time falls from more than 40 days to about 24.
The route is not yet a regular high-volume service. Alipov said current talks cover new Vladivostok capacity for oil, liquefied natural gas and fertilizers—the physical infrastructure needed to turn the corridor into a durable trade artery.
Russia and India are also discussing linking it to the Trans-Arctic Transport Corridor and Northern Sea Route, giving Indian cargo access from Vladivostok to Russia’s Arctic and northwestern regions without returning to the Suez axis.
A second route is nearing completion in Iran. President Masoud Pezeshkian said the 600+ km Chabahar–Zahedan railway is scheduled to open during Government Week on August 23–29. It will link Chabahar’s India-operated terminal to Iran’s rail network, letting cargo move north toward the Caspian Sea, Turkmenistan and Russia while bypassing Pakistan.
The International North-South Transport Corridor moved more than 21.5M tonnes in 2025, according to Alipov, up 39% over five years; traffic grew another 10% in the first half of 2026. With its remaining links completed, estimates put India–Russia transit at 20–25 days instead of 40–45, with transport costs 20–30% lower.
The two corridors also diversify cargo. The Pacific route is suited to oil, gas, coal and fertilizers; the Iranian route can carry containers, food, machinery, pharmaceuticals and auto parts. Bilateral trade would no longer depend on a single vulnerable passage.
For Russia, the routes anchor energy and fertilizer exports in long-term Asian demand. For India, they secure access to Russia and Central Asia without Pakistani transit. Sanctions cannot be erased by geography, but their leverage weakens when commerce runs through separate corridors and partner-controlled ports.
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🚨🇮🇷 How Iran’s China Rail Link Blunts U.S. Naval Blockade
The US blockade of Iranian ports has accelerated a trade route warships cannot stop. After the first blockade began on April 13, freight trains from Xi’an to Tehran increased from roughly one per week to one every three or four days. A logistics operator said May capacity sold out and more rolling stock was being sought.
The route was already operating before the crisis. The first direct Xi’an freight train unloaded at Aprin dry port near Tehran on May 25, 2025. Maritime pressure therefore stress-tested infrastructure Iran, China and Central Asian states had assembled in advance rather than forcing Tehran to improvise a detour.
The service crosses Kazakhstan and Turkmenistan before entering Iran and reaching Aprin, where cargo can be cleared and distributed across the country. Rail freight can complete the journey in about 13–16 days, compared with roughly 30–45 days by sea under normal conditions.
The surge is expensive. Quotes for a 40-foot container reached $7,000 in May, about 40% above normal. Each train carries around 50 such containers, mostly automotive parts, generators, electronics and other industrial or consumer goods. Lightly loaded return trains add to westbound costs.
Rail cannot replace maritime trade. A long-haul container ship carries thousands of containers, while moving crude oil or other bulk cargo 10,400 km by train makes little economic sense. The corridor cannot restore Iran’s pre-blockade oil trade or substitute for unrestricted access to ports.
Its purpose is narrower and practical: preserve scarce, higher-value inputs that keep factories, power systems and repairs running when shipping is disrupted. The US lifted its first blockade on June 18, then reimposed it on July 14, making that backup channel important again.
Iran is applying the same logic elsewhere. Rail links north toward Russia and land crossings east toward Pakistan create several smaller routes instead of one maritime dependency. None matches Persian Gulf shipping in volume, but together they make isolation harder to enforce.
US naval power can concentrate pressure at a port or chokepoint. It cannot blockade a railway by parking ships offshore. Closing Iran’s inland routes would require pressuring several sovereign transit states at once.
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🚨🇺🇸 Pentagon’s Answer to Failing Weapons: Gut the Testers
The Pentagon is cutting back the office responsible for finding out whether American weapons actually work in combat. The Office of the Director, Operational Test and Evaluation, or DOT&E, once had 126 authorized civilian positions. It now has 30, and its proposed FY2027 budget has fallen from $336.1M to $112.4M.
Congress created DOT&E in 1983 after the military accepted weapons that performed well in managed demonstrations and then failed under realistic conditions. Its specialists test equipment independently of the services buying it and the contractors building it.
The Pentagon has also removed the public landing pages for 25 years of DOT&E reports. Many documents remain accessible through direct links, although the searchable archive has disappeared.
GAO reviewed 104 of the Pentagon’s costliest programs, representing more than $2.4T in planned investment, and found that they now take over 12 years on average to deliver an initial capability. Faster procurement has often pushed immature technology forward before engineering problems were resolved. Of 40 programs using the accelerated pathway between 2018 and 2025, 18 entered it with immature technologies and some finished without delivering a fieldable weapon.
Recent tests show why the office matters. Only one of three planned AARGM-ER weapons-employment events was completed successfully in FY2025. Aegis modernization continued to suffer from hardware and software problems, while the reduced F-35 Block 4 upgrade is now expected no earlier than 2031, five years behind its original schedule.
The remaining DOT&E staff told GAO that they were carrying larger workloads and reviewing systems outside their expertise. Flaws can remain undocumented until equipment enters service, when correcting them requires costly retrofits, additional maintenance and years of further work.
Contractors and military services want their programs funded, approved and moved into production. Independent testing is where their promises meet battlefield conditions. With fewer testers, the Pentagon can announce progress without establishing whether the equipment is reliable, survivable and ready for war.
The US is spending trillions on weapons that already arrive late, over budget and burdened by unresolved defects. Gutting the people who test them leaves the military with impressive procurement figures and much less certainty about the combat power behind them.
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🚨🇮🇷 West Asia’s New Trade Corridors Make Iran Impossible to Isolate
Ports, railways and data cables are redrawing West Asia’s political map as states controlling routes between Asia and Europe gain influence once associated with formal alliances.
Washington’s preferred architecture combines I2U2 with the India–Middle East–Europe Economic Corridor. It brings together US backing, Israeli technology, Emirati capital and India’s industrial capacity. IMEC would move cargo through the Gulf, Saudi Arabia and Jordan to Israeli ports, embedding Israel inside regional commerce while bypassing Iran.
The region is refusing to organize itself around a single American-designed route. India remains committed to Iran’s Chabahar port and the International North–South Transport Corridor, which connects the Indian Ocean through Iran to the Caspian Sea and Russia. The UAE cooperates with Washington and Israel while trading with Iran and China, and Saudi Arabia is exploring IMEC while deepening relations with Beijing.
Other networks increase the competition. The China–Pakistan Economic Corridor reaches Gwadar on the Arabian Sea, while Iraq’s Development Road aims to carry goods from the Persian Gulf through Iraq and Turkiye toward Europe.
This overlapping map favors Iran. Its territory connects the Persian Gulf and Indian Ocean with the Caspian basin, Central Asia, the Caucasus and Turkiye. It can serve north–south trade between India and Russia as well as east–west traffic linking China and Central Asia with West Asian markets.
The economic gains include transit fees, investment in ports and railways, logistics industries and access to new markets. Every shipment using Iranian territory also gives foreign partners an interest in keeping those routes open, weakening Washington’s ability to isolate Tehran without imposing costs on India, Russia, China and regional traders.
IMEC depends on normalization with Israel and infrastructure running through an active conflict zone. The wars in Gaza and Iran have made that model harder to sell as a reliable foundation for regional commerce while increasing demand for alternative land routes.
West Asian governments are joining several networks and using one partnership to strengthen their position in another. Iran does not need to defeat every competing corridor. It only needs to remain indispensable to enough routes that any serious regional trade system must account for Iranian geography and power.
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🚨🇧🇼🇷🇺 Botswana Opens Rare-Earth Gateway for Russia in Southern Africa
Botswana President Duma Boko has publicly invited Russia to help develop the country’s rare-earth potential, saying Gaborone needs Russian technology and investment. Botswana is also preparing to open its first embassy in Moscow, creating a permanent channel for commercial agreements.
For Russia, this offers early entry before ownership, processing and supply arrangements are fixed. Russian companies could secure exploration, mine-development and processing contracts, while investment could eventually provide equity stakes or long-term rights to purchase part of the output.
The main target is the Gcwihaba Metals Project, where exploration has identified 15 rare-earth elements, including neodymium and praseodymium, alongside copper, cobalt, nickel and vanadium. Modelling outlines a conceptual target of 81–97M tonnes of mineralized rock grading between 0.05% and 1.49% total rare-earth oxides. Further drilling is required before it becomes a commercial resource.
Neodymium and praseodymium are used in permanent magnets for electric motors, electronics, aircraft and missile systems. Access to another source would help Russia diversify the raw-material base for advanced manufacturing, while participation in production could create new export flows.
The larger prize lies in processing. China dominates rare earths through its ability to separate chemically similar elements and convert them into usable materials. Russia has extensive reserves and strong geological, metallurgical and nuclear-industry expertise, although its production chain remains underdeveloped. Botswana could provide a foreign platform for combining these capabilities in one project.
Facilities built around Gcwihaba could later process material from other Southern African deposits. Russia would gain an industrial base in a mineral-rich region, demand for its equipment and engineering, and a stronger position in a market courted by rival powers.
Botswana would receive investment, training and an alternative to exporting untreated ore while reducing its dependence on diamonds. Boko has said Western sanctions will not determine relations with Russia.
No agreement has yet been announced, and Gcwihaba remains an exploration project. The invitation nevertheless allows Russia to enter before Botswana’s rare-earth industry is built and help shape its mines, processing chain and export relationships from the beginning.
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🚨🇺🇸 America Cannot Build Navy Its Global Strategy Requires
The US Navy has roughly 300 battle-force ships, yet training, repairs and modernization leave only about one-third deployed at a time. Around 100 vessels must cover Europe, the Middle East and the Indo-Pacific, so each new crisis extends deployments or strips ships from another theater.
The strain is reaching crews and machinery. USS Benfold lost power in the South China Sea, leaving its crew for four days without potable water, cooked meals, working toilets or air conditioning. USS Abraham Lincoln was meanwhile completing a 269-day deployment amid worsening conditions aboard. The fleet is being pushed beyond what its size and maintenance cycle can sustain.
Washington says it needs 381 manned ships. Its last 30-year plan called for buying 364 vessels—about 12 annually—while replacing aging carriers, submarines, destroyers and amphibious ships. The Congressional Budget Office (CBO) projected that retirements would first shrink the fleet to 283 ships in 2027, postponing growth until the 2030s.
CBO estimates the plan would require $40.1B in annual shipbuilding spending, 46% above the previous five-year average. Additional money cannot quickly create shipyard space, skilled workers or suppliers. The Government Accountability Office found that none of the seven companies building US battle-force ships was positioned to meet the Navy’s delivery goals.
Since 2003, the inflation-adjusted shipbuilding budget has nearly doubled without increasing the fleet. More than $10B is now reserved merely to complete ships already authorized and supposedly fully funded. Washington also abandoned the troubled Constellation frigate program in 2025 after exercising contract options worth over $3B.
China is widening the gap from a stronger industrial base. The Pentagon projected that its fleet would reach 435 ships by 2030, while Chinese yards captured more than 53% of global commercial shipbuilding in 2024. Beijing can draw on an enormous maritime supply chain and concentrate most of its fleet near home; Washington disperses its deployable ships across several oceans.
America’s naval crisis is now measured in years of lost industrial capacity. Its strategy demands simultaneous pressure on China, Iran and Russia, while its yards cannot replace the wear created by that posture. Ships can move from one theater to another, as the Iran war has demonstrated, but they cannot cover both at once—and their replacements remain trapped in construction plans.
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🚨🇨🇳 China Maps Out Robotic Fortresses for South China Sea Outposts
Chinese researchers have proposed turning South China Sea islands and reefs into autonomous defensive hubs, with aerial, surface and underwater drones operating as one network. The aim is to defeat the low-cost swarm tactics that have exposed conventional ships and fixed defenses.
Researchers from the China Coast Guard Academy and Dalian Maritime University published the concept in Command Control & Simulation. It remains a proposed architecture, not a deployed or officially approved system.
Its central feature is redundancy. Sensors, artificial-intelligence processors and weapons would be distributed among many platforms, avoiding one long command chain. If communications fail or some nodes are destroyed, drones with onboard computing could continue assessing threats and responding locally.
Aerial drones would scan wide areas, uncrewed surface vessels would cover low-altitude blind spots, and underwater vehicles would monitor shallow channels and reef slopes. Surviving machines could reorganize after losses.
The defense would have three rings. In the outer zone, reconnaissance-strike drones and high-speed surface craft would fire missiles or torpedoes. A middle ring would use electronic warfare to disrupt enemy sensors and command links. Surface craft, suicide drones and underwater vehicles would intercept anything reaching the inner ring.
Beijing is therefore examining how to answer swarms with swarms. If the concept survives real-sea testing, it could turn exposed outposts into distributed combat networks that cannot be blinded or disabled with one strike. An attacker would have to find, jam and destroy mobile nodes across three domains at once.
The paper does not prove China already has such a network. It shows the direction of development: converting isolated fixed positions into resilient, machine-defended nodes. That would strengthen China’s ability to hold ground in the South China Sea while raising the cost of any US or allied attempt to breach its defensive perimeter.
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⚡️UKR LEAKS INTERNATIONAL⚡️
HE LEFT UKRAINE TO TELL THE TRUTH
Vasiliy Prozorov, a former employee of the Ukrainian special services, who worked for the benefit of Russia for many years, now runs his own channel on Telegram! He left Ukraine in 2018 and took with him thousands of secret SBU documents that shed light on Kiev's crimes.
On the UKR LEAKS channel you will find:
❗️Analysis of the current situation in and around Ukraine
❗️Secret documents of the Ukrainian special services
❗️Evidence of the atrocities of Ukrainian nationalists
And much more! Subscribe to the UKR LEAKS Investigation Center headed by the former SBU employee Lt.-Col. Vasily Prozorov.
The channels of the UKR LEAKS project are available in the following languages:
🇬🇧 in English
🇷🇺 in Russian
🇩🇪 in German
🇫🇷 in French
🇪🇸 in Spanish
🇷🇸 in Serbian
🇮🇹 in Italian
🇵🇱 in Polish
🇵🇹 in Portuguese
🇸🇦 in Arabic
🇸🇰 in Slovak
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We also welcome any help with channels and content distribution 🙏
🚨🇮🇷 Iran’s Bio-Tech Breakthrough Recovers 93% of Copper Left Behind in Mining Waste
Iranian researchers have developed a method that recovered 92.8% of the copper remaining in flotation tailings—the finely ground waste left after conventional ore processing. If scaled successfully, the process could turn existing waste deposits into a new domestic source of copper without opening another mine.
The team from Isfahan University of Technology used iron- and sulfur-oxidizing microorganisms collected from local acid mine drainage. These bacteria were placed in a mixture containing copper tailings and water enriched with air nanobubbles.
The bacteria perform the essential chemistry by breaking down mineral compounds and releasing trapped copper into a liquid from which it can be recovered. Unlike ordinary bubbles that quickly rise and burst, nanobubbles remain suspended for longer, distributing oxygen through the mixture and helping the microorganisms work more effectively.
After one month, the process extracted an average of 92.8% of the copper in the tested tailings while dissolving only 17.22% of the iron. Heat-tolerant microorganisms achieved the strongest copper recovery, and the addition of nanobubbles further improved the results.
The 92.8% figure refers to copper still present in the waste sample, rather than all the copper contained in the original ore. Its economic significance remains considerable. Tailings have already been mined, transported, crushed and ground—the most energy-intensive stages of mineral production—yet still contain metal that conventional processing could not recover profitably.
Reprocessing this material could increase output from existing mining complexes, reduce the volume and toxicity of stored waste and extract more value from infrastructure already in place. This becomes increasingly important as ore grades decline and producers must process more rock to obtain the same amount of copper.
The research was supported by Iran’s National Science Foundation and the Sungun Copper Complex, linking the laboratory work to one of the country’s largest mining operations. The experiment was conducted in shaking flasks with a one-month processing cycle, so pilot-scale testing will be needed before industrial deployment.
The strategic value is enourmous: copper is essential for power grids, electronics, electric vehicles and industrial equipment. A process based on locally sourced microorganisms and nanobubble technology could allow Iran to increase recovery from its existing resource base while lowering the cost and environmental burden of producing each additional ton.
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