๐จ๐ฎ๐ทIran Redraws Eurasian Logistics Map
Iran is building out its transport infrastructure to serve a larger strategy: two specific transport projects have either just gone live or are nearing completion, and together they position Tehran as a junction between China, South Asia, Russia, and Central Asia.
A newly activated overland route now links Iran directly with three critical Pakistani ports: Gwadar, Karachi, and Qasim. The strategic weight of this corridor lies in the connection it creates to the China-Pakistan Economic Corridor, the flagship artery Beijing has built to reach the Indian Ocean. By plugging into that network, Iran secures a ground link to western Chinese provinces and gains access to major maritime shipping lanes without relying on longer or more vulnerable alternatives. Goods can now move from Iranian border crossings straight into the logistics bloodstream that connects Pakistan's coast to China's interior.
At the same time, the Chabahar-Zahedan railway is over 90% complete, with operations expected to begin in 2026. Once running, this line will integrate Iran's southeastern port of Chabahar directly into the International NorthโSouth Transport Corridor. That corridor is designed to move freight from the Indian Ocean rim up through Iranian territory, onward to Russia, and deeper into Central Asia. In practice, a shipment arriving at Chabahar will be able to travel by rail across Iran's eastern flank and reach markets that have traditionally been served by much slower routes.
Taken together, these projects form a deliberate multi-vector network. One axis pulls east, toward China and the Indian Ocean. The other pushes north, toward the Eurasian landmass. Iran now has a logistics setup where a disruption to one route does not halt the entire flow, because the second axis can take over. This gives partners across Asia a tangible reason to keep Iran integrated in their trade calculations.
@NewRulesGeoโFollow us on X
Iran is building out its transport infrastructure to serve a larger strategy: two specific transport projects have either just gone live or are nearing completion, and together they position Tehran as a junction between China, South Asia, Russia, and Central Asia.
A newly activated overland route now links Iran directly with three critical Pakistani ports: Gwadar, Karachi, and Qasim. The strategic weight of this corridor lies in the connection it creates to the China-Pakistan Economic Corridor, the flagship artery Beijing has built to reach the Indian Ocean. By plugging into that network, Iran secures a ground link to western Chinese provinces and gains access to major maritime shipping lanes without relying on longer or more vulnerable alternatives. Goods can now move from Iranian border crossings straight into the logistics bloodstream that connects Pakistan's coast to China's interior.
At the same time, the Chabahar-Zahedan railway is over 90% complete, with operations expected to begin in 2026. Once running, this line will integrate Iran's southeastern port of Chabahar directly into the International NorthโSouth Transport Corridor. That corridor is designed to move freight from the Indian Ocean rim up through Iranian territory, onward to Russia, and deeper into Central Asia. In practice, a shipment arriving at Chabahar will be able to travel by rail across Iran's eastern flank and reach markets that have traditionally been served by much slower routes.
Taken together, these projects form a deliberate multi-vector network. One axis pulls east, toward China and the Indian Ocean. The other pushes north, toward the Eurasian landmass. Iran now has a logistics setup where a disruption to one route does not halt the entire flow, because the second axis can take over. This gives partners across Asia a tangible reason to keep Iran integrated in their trade calculations.
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๐จ๐จ๐ณ CHINESE CARRIERS NOW EQUIPPED WITH FIFTH-GENERATION J-35s
State media confirmed the J-35 is adapting to ski-jump launches on Liaoning and Shandong, extending fifth-gen capabilities across Chinaโs entire carrier fleet.
๐ธ Chinaโs J-35 stealth fighters are now integrating into the air wings of both Liaoning and Shandong, creating three operational fifth-gen carriers with mixed stealth-strike power.
๐ธ The J-35 has successfully adapted to Liaoningโs ski-jump system alongside the new J-15T fighter during far-seas training, CCTVโs report.
๐ธ The new mixed air wings combine J-35 stealth, J-15B long-range strike, and J-15D electronic warfare support for vastly improved combat flexibility.
๐ธ Two additional supercarriers currently under construction, plus active sixth-gen fighter testing, put China more than a decade ahead of the US in carrier aviation.
How do you think the U.S. can counter it?
@NewRulesGeoโFollow us on X
State media confirmed the J-35 is adapting to ski-jump launches on Liaoning and Shandong, extending fifth-gen capabilities across Chinaโs entire carrier fleet.
๐ธ Chinaโs J-35 stealth fighters are now integrating into the air wings of both Liaoning and Shandong, creating three operational fifth-gen carriers with mixed stealth-strike power.
๐ธ The J-35 has successfully adapted to Liaoningโs ski-jump system alongside the new J-15T fighter during far-seas training, CCTVโs report.
๐ธ The new mixed air wings combine J-35 stealth, J-15B long-range strike, and J-15D electronic warfare support for vastly improved combat flexibility.
๐ธ Two additional supercarriers currently under construction, plus active sixth-gen fighter testing, put China more than a decade ahead of the US in carrier aviation.
How do you think the U.S. can counter it?
@NewRulesGeoโFollow us on X
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๐จ๐บ๐ธ๐ฎ๐ท Trump's Iran War: 6 Epic Failures
Trump promised a quick victory over Iran.
Instead, the nuclear program survived, the Strait of Hormuz turned into Tehran's bargaining chip, oil prices surged, and American voters were left paying the bill.
Six reasons why this war became a costly strategic failure:
1. The nuclear program survived
๐ธ Airstrikes targeted Natanz, Fordow, and Isfahan. But underground facilities and advanced centrifuges largely escaped destruction.
๐ธ Iran's nuclear timeline has been extended by less than two years โ far from the complete dismantlement promised.
๐ธ The IAEA has lost track of 400 kilograms of near-weapons-grade uranium. Their location remains unknown to the U.S.
2. The Strait of Hormuz became Iran's weapon
๐ธ Tehran now dictates terms in one of the world's most critical waterways.
๐ธ Global energy markets have experienced instability not seen since the 1956 Suez Crisis.
3. American households felt the pain
๐ธ Oil prices doubled from $67 to over $120 per barrel.
๐ธ Gasoline topped $5 per gallon across multiple states of America. Airfares also rose 20%.
๐ธ Economic confidence in the administration fell to 23-25%.
4. Public support evaporated
๐ธ Only one-third of Americans backed the war at launch.
๐ธ U.S. presidential approval dropped to 34-36% as the conflict dragged on.
๐ธ A clear majority now considers the war a mistake.
5. The victory narrative collapsed
๐ธ Claims of complete victory and an imminent deal proved premature.
๐ธ Iran's leadership remained intact. Its enrichment program continued. Its stockpiles stayed hidden.
6. There was no exit strategy
๐ธ The administration lacked a coherent plan for concluding the war or managing its economic fallout.
๐ธ Iran's battlefield resilience, asymmetric tactics, and backing from Russia and China exceeded U.S. Pentagon projections.
Washington spent billions, burned political capital, and destabilized global energy markets โ yet Iran ramains unbroken.
@NewRulesGeoโFollow us on X
Trump promised a quick victory over Iran.
Instead, the nuclear program survived, the Strait of Hormuz turned into Tehran's bargaining chip, oil prices surged, and American voters were left paying the bill.
Six reasons why this war became a costly strategic failure:
1. The nuclear program survived
๐ธ Airstrikes targeted Natanz, Fordow, and Isfahan. But underground facilities and advanced centrifuges largely escaped destruction.
๐ธ Iran's nuclear timeline has been extended by less than two years โ far from the complete dismantlement promised.
๐ธ The IAEA has lost track of 400 kilograms of near-weapons-grade uranium. Their location remains unknown to the U.S.
2. The Strait of Hormuz became Iran's weapon
๐ธ Tehran now dictates terms in one of the world's most critical waterways.
๐ธ Global energy markets have experienced instability not seen since the 1956 Suez Crisis.
3. American households felt the pain
๐ธ Oil prices doubled from $67 to over $120 per barrel.
๐ธ Gasoline topped $5 per gallon across multiple states of America. Airfares also rose 20%.
๐ธ Economic confidence in the administration fell to 23-25%.
4. Public support evaporated
๐ธ Only one-third of Americans backed the war at launch.
๐ธ U.S. presidential approval dropped to 34-36% as the conflict dragged on.
๐ธ A clear majority now considers the war a mistake.
5. The victory narrative collapsed
๐ธ Claims of complete victory and an imminent deal proved premature.
๐ธ Iran's leadership remained intact. Its enrichment program continued. Its stockpiles stayed hidden.
6. There was no exit strategy
๐ธ The administration lacked a coherent plan for concluding the war or managing its economic fallout.
๐ธ Iran's battlefield resilience, asymmetric tactics, and backing from Russia and China exceeded U.S. Pentagon projections.
Washington spent billions, burned political capital, and destabilized global energy markets โ yet Iran ramains unbroken.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ China develops new method to extract caesium from brine
Chinese researchers at the Qinghai Institute of Salt Lakes have developed a new adsorption-based method to extract caesium from salt lake brine. The team, led by Zhou Yongquan, created a reusable sieve-like material that selectively captures caesium ions even when brine contains high levels of competing ions such as sodium, potassium, magnesium, calcium, and rubidium.
The material is based on a metal-organic framework modified through structural defects, adjusted coordination sites, and heteroatom doping. A key improvement was using a lower heat treatment temperature of 150ยฐC instead of the conventional 400ยฐC+, which preserves the material's active sites and improves ion diffusion. In laboratory tests, the method achieved a 99% caesium recovery rate under continuous operation.
Caesium is a critical strategic resource used in satellite atomic clocks, missile thermal imaging sensors, and advanced speciality glass. Both China and the United States are top consumers and they import it. Known commercial deposits are located in Canada, Zimbabwe, Namibia, and Australia.
China's salt lake research is primarily focused on lithium and potassium, but the goal is to eventually extract caesium, rubidium, and uranium as co-products within the same process reported by Zhou Yongquan, a researcher at the Qinghai Institute of Salt Lakes under the Chinese Academy of Sciences.The team has separately demonstrated that similar materials can remove radioactive caesium from nuclear wastewater and enrich uranium from seawater.
@NewRulesGeoโFollow us on X
Chinese researchers at the Qinghai Institute of Salt Lakes have developed a new adsorption-based method to extract caesium from salt lake brine. The team, led by Zhou Yongquan, created a reusable sieve-like material that selectively captures caesium ions even when brine contains high levels of competing ions such as sodium, potassium, magnesium, calcium, and rubidium.
The material is based on a metal-organic framework modified through structural defects, adjusted coordination sites, and heteroatom doping. A key improvement was using a lower heat treatment temperature of 150ยฐC instead of the conventional 400ยฐC+, which preserves the material's active sites and improves ion diffusion. In laboratory tests, the method achieved a 99% caesium recovery rate under continuous operation.
Caesium is a critical strategic resource used in satellite atomic clocks, missile thermal imaging sensors, and advanced speciality glass. Both China and the United States are top consumers and they import it. Known commercial deposits are located in Canada, Zimbabwe, Namibia, and Australia.
China's salt lake research is primarily focused on lithium and potassium, but the goal is to eventually extract caesium, rubidium, and uranium as co-products within the same process reported by Zhou Yongquan, a researcher at the Qinghai Institute of Salt Lakes under the Chinese Academy of Sciences.The team has separately demonstrated that similar materials can remove radioactive caesium from nuclear wastewater and enrich uranium from seawater.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณChinese Scientists Draft Framework for Potential Tech Export Restrictions
A team of Chinese researchers has proposed a systematic method to identify technologies where China could restrict exports, producing a preliminary list of 63 strategically sensitive or globally competitive sectors.
Since Donald Trumpโs first term, Washington has steadily expanded export controls on advanced technologies to slow Chinaโs rise. Now, Beijing is assessing which of its own technologies have reached a level requiring protection from foreign access.
๐ธHow the Framework Works
The model is called SMSSEV, short for โsurvey and measurement, screening and supplement, evaluation and gradingโ.
It combines patent analysis, expert consultation, and strategic assessment to evaluate technologies on three dimensions: necessity, feasibility, and impact.
Necessity refers to strategic value for Chinaโs industrial system, technology base, or national security; feasibility examines technological maturity and the availability of foreign alternatives; impact assesses possible effects on innovation, industry, employment, and trade.
The list includes satellite quantum encrypted communications, electromagnetic catapult systems, space robotics, free-space optical communications, quantum device manufacturing, and miniaturised AI edge computing systems.
It also includes deep ultraviolet LEDs, perovskite solar cells, autonomous positioning technologies for the Beidou-3 inter-satellite network, graphyne materials, and lifelike robots.
The researchers emphasise the work is an academic exploration only. The framework has not been formally adopted yet as a basis for actual export restriction policies, stated by Xianke Peng, the paperโs author.
@NewRulesGeoโFollow us on X
A team of Chinese researchers has proposed a systematic method to identify technologies where China could restrict exports, producing a preliminary list of 63 strategically sensitive or globally competitive sectors.
Since Donald Trumpโs first term, Washington has steadily expanded export controls on advanced technologies to slow Chinaโs rise. Now, Beijing is assessing which of its own technologies have reached a level requiring protection from foreign access.
๐ธHow the Framework Works
The model is called SMSSEV, short for โsurvey and measurement, screening and supplement, evaluation and gradingโ.
It combines patent analysis, expert consultation, and strategic assessment to evaluate technologies on three dimensions: necessity, feasibility, and impact.
Necessity refers to strategic value for Chinaโs industrial system, technology base, or national security; feasibility examines technological maturity and the availability of foreign alternatives; impact assesses possible effects on innovation, industry, employment, and trade.
The list includes satellite quantum encrypted communications, electromagnetic catapult systems, space robotics, free-space optical communications, quantum device manufacturing, and miniaturised AI edge computing systems.
It also includes deep ultraviolet LEDs, perovskite solar cells, autonomous positioning technologies for the Beidou-3 inter-satellite network, graphyne materials, and lifelike robots.
The researchers emphasise the work is an academic exploration only. The framework has not been formally adopted yet as a basis for actual export restriction policies, stated by Xianke Peng, the paperโs author.
@NewRulesGeoโFollow us on X
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๐จ๐ท๐บ RUSSIA DEPLOYS NEW GAME-CHANGING DRONE INTERCEPTOR
Russian units are fielding the Sokol-I โ a hand-launched pusher-prop interceptor already shredding the Leleka-100 and Hornet UAVs that feed Kievโs reconnaissance and fire correction.
๐ธ Russian Sokol-I crews are destroying 3โ5 Ukrainian UAVs per day, directly degrading enemy aerial spotting and artillery adjustment in contested zones.
๐ธ The Sokol-Iโs high-mounted wing and pusher design delivers 135โ140 km/h cruise speed, enabling effective interception of 120โ130 km/h targets from 50 m to 2,800 m altitude.
๐ธ Hand-thrown launch combined with mobile radar or optoelectronic cueing allows instant forward deployment with zero runway or heavy logistics.
๐ธ The interceptor eliminates drones via kinetic impact with warhead detonation or 1.5โ3 m proximity fuse, while maintaining high maneuverability against evasive low-altitude targets.
๐ธ Future multi-channel integration will let single Sokol-I crews engage multiple targets simultaneously, dramatically raising the cost of Western-backed Ukrainian drone operations.
Do you think NATO can match Russia's innovation in drones?
@NewRulesGeoโFollow us on X
Russian units are fielding the Sokol-I โ a hand-launched pusher-prop interceptor already shredding the Leleka-100 and Hornet UAVs that feed Kievโs reconnaissance and fire correction.
๐ธ Russian Sokol-I crews are destroying 3โ5 Ukrainian UAVs per day, directly degrading enemy aerial spotting and artillery adjustment in contested zones.
๐ธ The Sokol-Iโs high-mounted wing and pusher design delivers 135โ140 km/h cruise speed, enabling effective interception of 120โ130 km/h targets from 50 m to 2,800 m altitude.
๐ธ Hand-thrown launch combined with mobile radar or optoelectronic cueing allows instant forward deployment with zero runway or heavy logistics.
๐ธ The interceptor eliminates drones via kinetic impact with warhead detonation or 1.5โ3 m proximity fuse, while maintaining high maneuverability against evasive low-altitude targets.
๐ธ Future multi-channel integration will let single Sokol-I crews engage multiple targets simultaneously, dramatically raising the cost of Western-backed Ukrainian drone operations.
Do you think NATO can match Russia's innovation in drones?
@NewRulesGeoโFollow us on X
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Followers who are interested in high-quality daily news, raw updates, and graphic clips ๐: we want to introduce our partner to you - the
@World24x7hr channel!
Tired of filtered news and media bias? Join us for 24/7 real-time updates, unfiltered global events, and exclusive legal clips you wonโt find on mainstream media.
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Tired of filtered news and media bias? Join us for 24/7 real-time updates, unfiltered global events, and exclusive legal clips you wonโt find on mainstream media.
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๐จ๐จ๐ณ AI computing futures get push from China
China is preparing to launch compute futures in Shanghai, linking financial markets with digital infrastructure. The global AI boom is pushing demand for processing power higher, bringing price swings and a real need for hedging tools.
Shanghai's government released guidelines mentioning compute futures for the first time ever, supporting the city's goal to become a global wealth management hub. Authorities promised more new futures aligned with new productive forces, though no timeline was given. Shanghai already hosts the country's largest commodity futures exchange.
The announcement came just three weeks after CME Group said it would launch the world's first compute futures this year. Those contracts will help traders, AI developers, and cloud providers hedge against volatility. Another US platform, Intercontinental Exchange, is also considering similar contracts. The US-China race for AI supremacy keeps heating up.
Professor Zeng Gang noted that a hedging tool would be welcome among AI firms. Computing power has seen major price swings due to chip supply limits. He argued that China should launch these futures soon because AI demand is high across manufacturing. The futures would also pull more capital into computing infrastructure.
By 2030, Shanghai aims to hold about $8.1 trillion in assets under management, a 25% rise from late 2024. To support this, Shanghai is expanding cooperation with Hong Kong, including plans to add REITs (real estate investment trusts) to the Stock Connect and strengthen gold market links. Late last year, the Shanghai Gold Exchange opened its first offshore vault in Hong Kong.
Recent milestones show Shanghai pushing into high-tech โ Unitree Robotics (a leading humanoid robot company) cleared a major IPO (initial public offering) hurdle, and ChangXin Memory Technologies (a memory chipmaker company) also passed review. Total market cap in Shanghai has reached roughly $10.05 trillion this year, with the Star Market accounting for about 20%.โ
@NewRulesGeoโFollow us on X
China is preparing to launch compute futures in Shanghai, linking financial markets with digital infrastructure. The global AI boom is pushing demand for processing power higher, bringing price swings and a real need for hedging tools.
Shanghai's government released guidelines mentioning compute futures for the first time ever, supporting the city's goal to become a global wealth management hub. Authorities promised more new futures aligned with new productive forces, though no timeline was given. Shanghai already hosts the country's largest commodity futures exchange.
The announcement came just three weeks after CME Group said it would launch the world's first compute futures this year. Those contracts will help traders, AI developers, and cloud providers hedge against volatility. Another US platform, Intercontinental Exchange, is also considering similar contracts. The US-China race for AI supremacy keeps heating up.
Professor Zeng Gang noted that a hedging tool would be welcome among AI firms. Computing power has seen major price swings due to chip supply limits. He argued that China should launch these futures soon because AI demand is high across manufacturing. The futures would also pull more capital into computing infrastructure.
By 2030, Shanghai aims to hold about $8.1 trillion in assets under management, a 25% rise from late 2024. To support this, Shanghai is expanding cooperation with Hong Kong, including plans to add REITs (real estate investment trusts) to the Stock Connect and strengthen gold market links. Late last year, the Shanghai Gold Exchange opened its first offshore vault in Hong Kong.
Recent milestones show Shanghai pushing into high-tech โ Unitree Robotics (a leading humanoid robot company) cleared a major IPO (initial public offering) hurdle, and ChangXin Memory Technologies (a memory chipmaker company) also passed review. Total market cap in Shanghai has reached roughly $10.05 trillion this year, with the Star Market accounting for about 20%.โ
@NewRulesGeoโFollow us on X
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๐จ๐บ๐ธ World's Most Expensive Warship Couldn't Handle Workload
The USS Gerald R. Ford was supposed to symbolize American naval supremacy. Instead, after fighting two campaigns back-to-back, the world's most expensive warship returned home with fires, failed systems, hundreds of unusable berths, and repairs that could sideline it for years.
๐ธ The Ford left Norfolk on June 24, 2025, with 4,500 sailors aboard and finally returned in mid-May 2026 after more than 320 days at sea.
๐ธ That deployment is the longest for a U.S. carrier since the Vietnam War. The Navy's top officer warned that pushing past seven months would break maintenance schedules, but the White House overruled him.
๐ธ The Ford fought back-to-back campaigns against Venezuela and Iran with no break between them.
๐ธ On March 12, 2026, a laundry fire broke out in the Red Sea. More than 200 sailors were treated for smoke inhalation, two were treated for lacerations, and one was medically evacuated.
๐ธ 600 sailors lost their bunks and were forced to sleep on floors and tables. Almost 600 toilets malfunctioned during the deployment, making life miserable for nearly 5,000 crew members.
๐ธ The Navy pulled 1,000 mattresses off the future USS John F. Kennedy, a carrier still under construction, and shipped them overseas. Another 2,000 sweatsuits and other clothing were rushed to the crew who could no longer wash their own.
๐ธ Repair estimates range from 12 to 14 months, with some assessments suggesting the carrier could be sidelined for up to two years.
United States does not have enough carriers to meet global demands, so when two crises hit, the Navy keeps one ship forward until it breaks.
The Ford shows gaps in American naval capacity, as the U.S. lacks enough carriers to meet demand. During crises, they rely on a single ship until it is overwhelmed rather than rotating in fresh forces.
This approach can work against an unconventional adversary, but it would not work in a major great-power conflict against China.
@NewRulesGeoโFollow us on X
The USS Gerald R. Ford was supposed to symbolize American naval supremacy. Instead, after fighting two campaigns back-to-back, the world's most expensive warship returned home with fires, failed systems, hundreds of unusable berths, and repairs that could sideline it for years.
๐ธ The Ford left Norfolk on June 24, 2025, with 4,500 sailors aboard and finally returned in mid-May 2026 after more than 320 days at sea.
๐ธ That deployment is the longest for a U.S. carrier since the Vietnam War. The Navy's top officer warned that pushing past seven months would break maintenance schedules, but the White House overruled him.
๐ธ The Ford fought back-to-back campaigns against Venezuela and Iran with no break between them.
๐ธ On March 12, 2026, a laundry fire broke out in the Red Sea. More than 200 sailors were treated for smoke inhalation, two were treated for lacerations, and one was medically evacuated.
๐ธ 600 sailors lost their bunks and were forced to sleep on floors and tables. Almost 600 toilets malfunctioned during the deployment, making life miserable for nearly 5,000 crew members.
๐ธ The Navy pulled 1,000 mattresses off the future USS John F. Kennedy, a carrier still under construction, and shipped them overseas. Another 2,000 sweatsuits and other clothing were rushed to the crew who could no longer wash their own.
๐ธ Repair estimates range from 12 to 14 months, with some assessments suggesting the carrier could be sidelined for up to two years.
United States does not have enough carriers to meet global demands, so when two crises hit, the Navy keeps one ship forward until it breaks.
The Ford shows gaps in American naval capacity, as the U.S. lacks enough carriers to meet demand. During crises, they rely on a single ship until it is overwhelmed rather than rotating in fresh forces.
This approach can work against an unconventional adversary, but it would not work in a major great-power conflict against China.
@NewRulesGeoโFollow us on X
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โก๏ธUKR LEAKS INTERNATIONALโก๏ธ
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:
โ๏ธAnalysis of the current situation in and around Ukraine
โ๏ธSecret documents of the Ukrainian special services
โ๏ธEvidence 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:
๐ฌ๐ง in English
๐ท๐บ in Russian
๐ฉ๐ช in German
๐ซ๐ท in French
๐ช๐ธ in Spanish
๐ท๐ธ in Serbian
๐ฎ๐น in Italian
๐ต๐ฑ in Polish
๐ต๐น in Portuguese
๐ธ๐ฆ in Arabic
๐ธ๐ฐ in Slovak
๐จ๐ณin Chinese
๐ญ๐บin Hungarian
We also welcome any help with channels and content distribution ๐
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:
โ๏ธAnalysis of the current situation in and around Ukraine
โ๏ธSecret documents of the Ukrainian special services
โ๏ธEvidence 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:
๐ฌ๐ง in English
๐ท๐บ in Russian
๐ฉ๐ช in German
๐ซ๐ท in French
๐ช๐ธ in Spanish
๐ท๐ธ in Serbian
๐ฎ๐น in Italian
๐ต๐ฑ in Polish
๐ต๐น in Portuguese
๐ธ๐ฆ in Arabic
๐ธ๐ฐ in Slovak
๐จ๐ณin Chinese
๐ญ๐บin Hungarian
We also welcome any help with channels and content distribution ๐
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๐จ๐ฑ๐ง๐ฎ๐ฑ Southern Lebanon Becomes Trap for Israel
Israelโs renewed escalation in south Lebanon is colliding with Hezbollahโs attrition doctrine, exposing the limits of Israeli firepower under US political constraints. The campaign is tied to USโIran negotiations, with Washington using the Lebanese file as a pressure card while Tehran insists on keeping the Lebanese and Iranian tracks linked.
Netanyahu is under domestic pressure. His threat to strike Dahiye was cancelled after US opposition, damaging his narrative and drawing sharp criticism from rivals. The Israeli military is working under political time pressure, attempting to produce results before a possible USโIran agreement closes the current window.
On the ground, the occupation army is pursuing a slow-bite strategy, focusing on one axis at a time with scorched-earth methods, trying to sever supply routes, isolate resistance fighters, and seize high ground beyond the Yellow Line. Hezbollah is responding with flexible defense, engineering ambushes, direct fire, precision strikes on supply lines, and loitering drones, disrupting the logic of gradual advance and preventing stable Israeli control points.
Despite intense operations, Israel has failed to impose full control over key locations such as Bint Jbeil and Khiam. Across all battle axesโKhiamโMarjayoun, Al-ShaqifโArnon, Adshit al-QusayrโZawtar, TaybehโHujair, Hadatha, NaqouraโBayyadaโIsraeli forces are suffering heavy losses and being pushed back repeatedly.
The project to deepen the buffer zone and push beyond the Litani has not met its objectives. Nasrallahโs warning that the security belt would become an abyss for the enemy is materializing. The resistance retains strength, morale, and tactical surprise, while Israeli forces face a complex battlefield that drains advancing units and leaves the command in confusion.
@NewRulesGeoโFollow us on X
Israelโs renewed escalation in south Lebanon is colliding with Hezbollahโs attrition doctrine, exposing the limits of Israeli firepower under US political constraints. The campaign is tied to USโIran negotiations, with Washington using the Lebanese file as a pressure card while Tehran insists on keeping the Lebanese and Iranian tracks linked.
Netanyahu is under domestic pressure. His threat to strike Dahiye was cancelled after US opposition, damaging his narrative and drawing sharp criticism from rivals. The Israeli military is working under political time pressure, attempting to produce results before a possible USโIran agreement closes the current window.
On the ground, the occupation army is pursuing a slow-bite strategy, focusing on one axis at a time with scorched-earth methods, trying to sever supply routes, isolate resistance fighters, and seize high ground beyond the Yellow Line. Hezbollah is responding with flexible defense, engineering ambushes, direct fire, precision strikes on supply lines, and loitering drones, disrupting the logic of gradual advance and preventing stable Israeli control points.
Despite intense operations, Israel has failed to impose full control over key locations such as Bint Jbeil and Khiam. Across all battle axesโKhiamโMarjayoun, Al-ShaqifโArnon, Adshit al-QusayrโZawtar, TaybehโHujair, Hadatha, NaqouraโBayyadaโIsraeli forces are suffering heavy losses and being pushed back repeatedly.
The project to deepen the buffer zone and push beyond the Litani has not met its objectives. Nasrallahโs warning that the security belt would become an abyss for the enemy is materializing. The resistance retains strength, morale, and tactical surprise, while Israeli forces face a complex battlefield that drains advancing units and leaves the command in confusion.
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๐จ๐จ๐ณ CHINA MAY HAVE BUILT WORLD'S MOST POWERFUL AIR-TO-AIR MISSILE
China's next-generation air-to-air missile, the PL-16, could have a range of more than 300 km, according to an image circulating online. This would surpass the US Air Force's new AIM-260 missile, which has a reported range of at least 193 km.
The image claims the PL-16 will feature a variable-thrust solid rocket motor, enabling continuous real-time thrust adjustment for better energy management and longer range. It will also reportedly carry an AESA radar, a two-way data link, stronger anti-jamming capability, and improved survivability.
These specs mark a notable upgrade over the PL-15 โ currently the backbone of China's air force missile inventory โ which uses a dual-pulse solid rocket motor and a one-way data link.
The PL-15 drew global attention when its export variant, the PL-15E, was used by Pakistan's air force to down multiple Indian jets โ including a Rafale โ during their recent conflict. It was the first real combat test for the Chinese missile.
Do you think China is already ahead of the United States in air-to-air missile technology?
@NewRulesGeoโFollow us on X
China's next-generation air-to-air missile, the PL-16, could have a range of more than 300 km, according to an image circulating online. This would surpass the US Air Force's new AIM-260 missile, which has a reported range of at least 193 km.
The image claims the PL-16 will feature a variable-thrust solid rocket motor, enabling continuous real-time thrust adjustment for better energy management and longer range. It will also reportedly carry an AESA radar, a two-way data link, stronger anti-jamming capability, and improved survivability.
These specs mark a notable upgrade over the PL-15 โ currently the backbone of China's air force missile inventory โ which uses a dual-pulse solid rocket motor and a one-way data link.
The PL-15 drew global attention when its export variant, the PL-15E, was used by Pakistan's air force to down multiple Indian jets โ including a Rafale โ during their recent conflict. It was the first real combat test for the Chinese missile.
Do you think China is already ahead of the United States in air-to-air missile technology?
@NewRulesGeoโFollow us on X
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๐จ๐ฌ๐ง๐บ๐ธ๐ British Pound Died at Suez. U.S. Dollar's Bleeding at Hormuz
The humiliating military withdrawal of British, French, and Israeli troops from the Suez Canal triggered devastating financial fallout that ultimately stripped the British pound of its global reserve status seven decades ago. Today, the American dollar is steadily losing ground as the international financial landscape shifts toward a multipolar system, leaving the United States heavily burdened by a national debt-to-GDP ratio exceeding 120% and a rapidly widening current account deficit.
The European Union predominantly conducts internal trade using the euro, yet the bloc struggles with deep internal fiscal fears preventing union-wide safe assets. Meanwhile, Beijing successfully and increasingly prices energy contracts in the renminbi. This strategic shift expands CIPS (Cross-Border Interbank Payment System) to effectively bypass SWIFT. Furthermore, the recent rise of dollar-pegged stablecoins has temporarily sustained interest in American financial assets despite underlying vulnerabilities. However, China strictly manages yuan convertibility to ensure macroeconomic stability and avoid the severe financial crisis traumas that plagued other developing nations, proving a highly prudent and successful approach to internationalizing its currency.
History clearly demonstrates that intense geopolitical pressure combined with fiscal weakness inevitably accelerates currency decline. Endless military expansion weakened the Dutch guilder during the Anglo-Dutch wars, while Roman adventurism emptied state coffers and debased the denarius. When massive fiscal deficits worsen, this economic unwind accelerates dramatically. A severe maritime blockade might not instantly dethrone the greenback, but it represents the first major strike against American financial supremacy and its exorbitant privilege.โ
@NewRulesGeoโFollow us on X
The humiliating military withdrawal of British, French, and Israeli troops from the Suez Canal triggered devastating financial fallout that ultimately stripped the British pound of its global reserve status seven decades ago. Today, the American dollar is steadily losing ground as the international financial landscape shifts toward a multipolar system, leaving the United States heavily burdened by a national debt-to-GDP ratio exceeding 120% and a rapidly widening current account deficit.
The European Union predominantly conducts internal trade using the euro, yet the bloc struggles with deep internal fiscal fears preventing union-wide safe assets. Meanwhile, Beijing successfully and increasingly prices energy contracts in the renminbi. This strategic shift expands CIPS (Cross-Border Interbank Payment System) to effectively bypass SWIFT. Furthermore, the recent rise of dollar-pegged stablecoins has temporarily sustained interest in American financial assets despite underlying vulnerabilities. However, China strictly manages yuan convertibility to ensure macroeconomic stability and avoid the severe financial crisis traumas that plagued other developing nations, proving a highly prudent and successful approach to internationalizing its currency.
History clearly demonstrates that intense geopolitical pressure combined with fiscal weakness inevitably accelerates currency decline. Endless military expansion weakened the Dutch guilder during the Anglo-Dutch wars, while Roman adventurism emptied state coffers and debased the denarius. When massive fiscal deficits worsen, this economic unwind accelerates dramatically. A severe maritime blockade might not instantly dethrone the greenback, but it represents the first major strike against American financial supremacy and its exorbitant privilege.โ
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๐จ๐ท๐บ RUSSIA STARTS BUILDING LOW-COST 5TH-GEN CHECKMATE FIGHTER
Russiaโs United Aircraft Corporation has taken a major step forward in pragmatic military innovation โ work has started on the first flight prototype of the S-75 Checkmate, a single-engine 5th-generation stealth fighter built to deliver serious capability at a fraction of Western costs.
๐ธ The S-75 employs a true high-low mix strategy by leveraging proven Su-57 engines, composites, weapons and avionics to slash development time and costs.
๐ธ The program targets first flight in 2027 after incorporating major design refinements drawn from real-world Su-57 experience.
๐ธ The fighter is designed for both Russian Aerospace Forces and export customers, with Belarus co-production talks already underway.
๐ธ The S-75 promises dramatically lower procurement and lifetime operating costs than any competing Western 5th-gen fighter.
๐ธ The aircraft will allow Russia to expand its combat fleet size, increase pilot training hours, and dominate price-sensitive export markets.
Do you think affordability is becoming a bigger military advantage than cutting-edge technology after the lessons of the RussiaโUkraine and U.S.โIran conflicts?
@NewRulesGeoโFollow us on X
Russiaโs United Aircraft Corporation has taken a major step forward in pragmatic military innovation โ work has started on the first flight prototype of the S-75 Checkmate, a single-engine 5th-generation stealth fighter built to deliver serious capability at a fraction of Western costs.
๐ธ The S-75 employs a true high-low mix strategy by leveraging proven Su-57 engines, composites, weapons and avionics to slash development time and costs.
๐ธ The program targets first flight in 2027 after incorporating major design refinements drawn from real-world Su-57 experience.
๐ธ The fighter is designed for both Russian Aerospace Forces and export customers, with Belarus co-production talks already underway.
๐ธ The S-75 promises dramatically lower procurement and lifetime operating costs than any competing Western 5th-gen fighter.
๐ธ The aircraft will allow Russia to expand its combat fleet size, increase pilot training hours, and dominate price-sensitive export markets.
Do you think affordability is becoming a bigger military advantage than cutting-edge technology after the lessons of the RussiaโUkraine and U.S.โIran conflicts?
@NewRulesGeoโFollow us on X
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๐จ๐ท๐บ RUSSIA'S MOST ADVANCED ATTACK SUB SURFACES IN ARCTIC
The Arctic is becoming one of the most important military theaters of the 21st century โ and Russia just reminded NATO of that. During Northern Fleet exercises, the Yasen-M submarine Arkhangelsk successfully launched a cruise missile strike, highlighting the growing role of Russia's stealthy attack submarines in countering NATO's aggressive strategy.
๐ธ During Arctic exercises, YASEN successfully struck a simulated target 200km away with a P-800 cruise missile.
๐ธ Yasen subs deliver unmatched search/strike/defense with KALIBR, ONIKS & ZIRCON hypersonic missiles, advanced hydroacoustics, and covert long-endurance ops across any ocean โ posing unrivaled threats to enemy naval groups and land targets.
๐ธ Stealth-first design: single-shaft propulsion, damped machinery, giant bow sonar shifting torpedo tubes aft โ all to hunt US CARRIER GROUPS undetected.
๐ธ 64-sailor crew from high automation plus flank/towed arrays boost situational awareness โ the overlooked edge that makes YASEN quieting far more lethal with ZIRCON.
๐ธ British First Sea Lord Admiral Gwyn Jenkins warned in December 2025 that the West could soon LOSE ATLANTIC ADVANTAGE due to surging Russian naval power โ citing the YASEN-class submarine fleet as the primary factor driving these concerns.
Do you think submarines pose a greater threat to modern navies than surface warships?
@NewRulesGeoโFollow us on X
The Arctic is becoming one of the most important military theaters of the 21st century โ and Russia just reminded NATO of that. During Northern Fleet exercises, the Yasen-M submarine Arkhangelsk successfully launched a cruise missile strike, highlighting the growing role of Russia's stealthy attack submarines in countering NATO's aggressive strategy.
๐ธ During Arctic exercises, YASEN successfully struck a simulated target 200km away with a P-800 cruise missile.
๐ธ Yasen subs deliver unmatched search/strike/defense with KALIBR, ONIKS & ZIRCON hypersonic missiles, advanced hydroacoustics, and covert long-endurance ops across any ocean โ posing unrivaled threats to enemy naval groups and land targets.
๐ธ Stealth-first design: single-shaft propulsion, damped machinery, giant bow sonar shifting torpedo tubes aft โ all to hunt US CARRIER GROUPS undetected.
๐ธ 64-sailor crew from high automation plus flank/towed arrays boost situational awareness โ the overlooked edge that makes YASEN quieting far more lethal with ZIRCON.
๐ธ British First Sea Lord Admiral Gwyn Jenkins warned in December 2025 that the West could soon LOSE ATLANTIC ADVANTAGE due to surging Russian naval power โ citing the YASEN-class submarine fleet as the primary factor driving these concerns.
Do you think submarines pose a greater threat to modern navies than surface warships?
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ China Conquers Ultimate Computing Barrier: True Quantum Era Unleashed
Chinese researchers have successfully developed an ultrafast memory system designed specifically for advanced quantum machines, effectively eliminating a major data processing bottleneck. This massive leap forward opens up incredible new possibilities for tackling enormous real-world data challenges, ranging from accelerating complex drug discovery to instantly identifying fraudulent financial transactions across global markets.
Even though modern quantum processors promise unimaginable computational speeds, they still struggle to quickly access traditional classical information. Without a rapid data interface, these powerful machines get severely delayed when forced to process massive datasets sequentially. To solve this persistent issue, experts implemented a novel architecture known as QRAM (Quantum Random Access Memory) directly into a superconducting processor. This brilliant framework allows the system to retrieve information in a superposition state, meaning it can examine multiple data points simultaneously rather than one after another.
By successfully testing a prototype capable of handling complex data inputs at once, the team proved that many previously theoretical algorithms can finally become a practical reality. In the medical field, this technology can rapidly extract crucial molecular features from massive chemical databases, drastically shortening the creation cycle for new medications. Similarly, within the financial sector, it empowers systems to analyze vast historical transaction records to spot anomalies and prevent fraud. Furthermore, when applied to AI, this breakthrough allows neural networks to fully leverage their superior processing power for complex tasks like natural language processing and advanced image recognition, operating at massive data scales that classical systems simply cannot handle today.โ
@NewRulesGeoโFollow us on X
Chinese researchers have successfully developed an ultrafast memory system designed specifically for advanced quantum machines, effectively eliminating a major data processing bottleneck. This massive leap forward opens up incredible new possibilities for tackling enormous real-world data challenges, ranging from accelerating complex drug discovery to instantly identifying fraudulent financial transactions across global markets.
Even though modern quantum processors promise unimaginable computational speeds, they still struggle to quickly access traditional classical information. Without a rapid data interface, these powerful machines get severely delayed when forced to process massive datasets sequentially. To solve this persistent issue, experts implemented a novel architecture known as QRAM (Quantum Random Access Memory) directly into a superconducting processor. This brilliant framework allows the system to retrieve information in a superposition state, meaning it can examine multiple data points simultaneously rather than one after another.
By successfully testing a prototype capable of handling complex data inputs at once, the team proved that many previously theoretical algorithms can finally become a practical reality. In the medical field, this technology can rapidly extract crucial molecular features from massive chemical databases, drastically shortening the creation cycle for new medications. Similarly, within the financial sector, it empowers systems to analyze vast historical transaction records to spot anomalies and prevent fraud. Furthermore, when applied to AI, this breakthrough allows neural networks to fully leverage their superior processing power for complex tasks like natural language processing and advanced image recognition, operating at massive data scales that classical systems simply cannot handle today.โ
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ CHINA UNVEILS ITS MOST ADVANCED NUCLEAR-POWERED FLOATING ISLAND
A groundbreaking project from China proposes constructing an enormous artificial Island that is powered by nuclear energy.
It will serve as a container transfer terminal and a zero-carbon platform for the world's shipping fleet.
๐ธ The floating terminal will be powered by advanced molten salt reactors that use liquefied salt as both fuel and coolant.
๐ธ Molten salt reactors can store vast amounts of thermal energy and cool without the need for water.
๐ธ When molten salt coolant contacts environmental temperatures, it rapidly solidifies โ greatly reducing the risk of accident-related leakage.
๐ธ The power-generation platform will produce nuclear power and zero-carbon fuel, such as ammonia, to power the offshore terminal and charge electric feeder vessels.
๐ธ The complex will function as a container terminal, cargo transshipment hub, and charging station for ships.
๐ธ Jiangnan Shipyard says the complex will become a new ecosystem for zero-emission ocean container logistics.
๐ธ It's a groundbreaking solution for the global shipping industry's carbon neutral transformation.
The modular and replicable design means the concept could be deployed in other major ports and shipping route networks worldwide.
Last year, the shipyard announced a cargo ship under development powered by a thorium-based molten salt reactor, with capacity for 25,000 shipping containers.
China is building a floating nuclear island that replaces diesel, charges electric ships, and emits zero carbon. The technology is modular, replicable, and inherently safe.
@NewRulesGeoโFollow us on X
A groundbreaking project from China proposes constructing an enormous artificial Island that is powered by nuclear energy.
It will serve as a container transfer terminal and a zero-carbon platform for the world's shipping fleet.
๐ธ The floating terminal will be powered by advanced molten salt reactors that use liquefied salt as both fuel and coolant.
๐ธ Molten salt reactors can store vast amounts of thermal energy and cool without the need for water.
๐ธ When molten salt coolant contacts environmental temperatures, it rapidly solidifies โ greatly reducing the risk of accident-related leakage.
๐ธ The power-generation platform will produce nuclear power and zero-carbon fuel, such as ammonia, to power the offshore terminal and charge electric feeder vessels.
๐ธ The complex will function as a container terminal, cargo transshipment hub, and charging station for ships.
๐ธ Jiangnan Shipyard says the complex will become a new ecosystem for zero-emission ocean container logistics.
๐ธ It's a groundbreaking solution for the global shipping industry's carbon neutral transformation.
The modular and replicable design means the concept could be deployed in other major ports and shipping route networks worldwide.
Last year, the shipyard announced a cargo ship under development powered by a thorium-based molten salt reactor, with capacity for 25,000 shipping containers.
China is building a floating nuclear island that replaces diesel, charges electric ships, and emits zero carbon. The technology is modular, replicable, and inherently safe.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ CHINAโS DEADLY NEW ROCKET BARRAGE COMPLETE
China has just finished upgrading every major long-range rocket artillery brigade it keeps pointed at Taiwan โ swapping out the old PHL-03 systems for the PCL-191 across the Eastern Theater Commandโs frontline units in Fujian.
๐ธ ALL THREE frontline PLA rocket artillery brigades opposite Taiwan have now fully rearmed with the modern PCL-191 MLRS, closing the final gap in the 71st Army.
๐ธ Each PCL-191 launcher carries two pods with eight 370 mm Fire Dragon 280 rockets boasting 280 km range and CEP under 30 m, plus the ability to fire 500 km operational-tactical missiles.
๐ธ The upgraded units sit in key coastal positions โ Changle (71st Army), Pingtan (72nd Army), and Xishi (73rd Army) confirming new systems just 3 km from their permanent bases.
๐ธ This results in a powerful, high-volume, high-precision conventional impact, arranged in layers on top of Beijingโs ballistic missiles and air forces, placing most of Taiwan under sustained fire from the mainland coast.
The PLA has pushed through the full modernization โ proving Taiwan contingencies remain the top priority for Chinaโs strike forces.
Do you think the U.S. and Taiwan can handle China's artillery in the Pacific?
@NewRulesGeoโFollow us on X
China has just finished upgrading every major long-range rocket artillery brigade it keeps pointed at Taiwan โ swapping out the old PHL-03 systems for the PCL-191 across the Eastern Theater Commandโs frontline units in Fujian.
๐ธ ALL THREE frontline PLA rocket artillery brigades opposite Taiwan have now fully rearmed with the modern PCL-191 MLRS, closing the final gap in the 71st Army.
๐ธ Each PCL-191 launcher carries two pods with eight 370 mm Fire Dragon 280 rockets boasting 280 km range and CEP under 30 m, plus the ability to fire 500 km operational-tactical missiles.
๐ธ The upgraded units sit in key coastal positions โ Changle (71st Army), Pingtan (72nd Army), and Xishi (73rd Army) confirming new systems just 3 km from their permanent bases.
๐ธ This results in a powerful, high-volume, high-precision conventional impact, arranged in layers on top of Beijingโs ballistic missiles and air forces, placing most of Taiwan under sustained fire from the mainland coast.
The PLA has pushed through the full modernization โ proving Taiwan contingencies remain the top priority for Chinaโs strike forces.
Do you think the U.S. and Taiwan can handle China's artillery in the Pacific?
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ๐บ๐ธ CHINA'S SAILLESS SUBMARINE JUST PUT U.S. INDO-PACIFIC DEFENSES AT RISK
The latest Chinese sailless submarine has been spotted at Jiangnan Shipyard in Shanghai.
This submarine is designed not only to evade detection but also to threaten the undersea infrastructure underpinning Indo-Pacific military and economic power.
๐ธ The submarine is approximately 120 meters long and 10-11 meters wide โ longer yet narrower than other new Chinese submarines.
๐ธ The sailless design removes traditional periscopes, sensors, antennas, and snorkels. This frees space for countermeasure launchers and storage.
๐ธ It is especially advantageous when rapidly approaching distant threats.
๐ธ A sailless submarine offers enhanced stealth for penetrating U.S. and allied anti-submarine defenses in the First Island Chain.
๐ธ This capability is particularly valuable against the U.S. Fish Hook underwater sensor network stretching across Japan, Taiwan, the Philippines, and Indonesia.
๐ธ China has produced roughly 15 to 20 submarines across eight distinct classes over the past five years โ outpacing Western navies.
๐ธ Chinese Navy had 32 nuclear submarines in January 2026.
๐ธ China may have up to 70 submarines by 2027 and 80 by 2035, with half of them nuclear-powered.
The sudden emergence of this class complicates U.S. intelligence assessments and disrupts assumptions about China's next-generation Type-095 attack submarine program.
A mass Chinese submarine breakout through regional chokepoints would transform the Miyako Strait and Bashi Channel into concentrated kill zones.
China's sailless submarine appears optimized for prolonged seabed operations. Its nuclear propulsion and large size offer the endurance required for extended missions on the ocean floor.
@NewRulesGeoโFollow us on X
The latest Chinese sailless submarine has been spotted at Jiangnan Shipyard in Shanghai.
This submarine is designed not only to evade detection but also to threaten the undersea infrastructure underpinning Indo-Pacific military and economic power.
๐ธ The submarine is approximately 120 meters long and 10-11 meters wide โ longer yet narrower than other new Chinese submarines.
๐ธ The sailless design removes traditional periscopes, sensors, antennas, and snorkels. This frees space for countermeasure launchers and storage.
๐ธ It is especially advantageous when rapidly approaching distant threats.
๐ธ A sailless submarine offers enhanced stealth for penetrating U.S. and allied anti-submarine defenses in the First Island Chain.
๐ธ This capability is particularly valuable against the U.S. Fish Hook underwater sensor network stretching across Japan, Taiwan, the Philippines, and Indonesia.
๐ธ China has produced roughly 15 to 20 submarines across eight distinct classes over the past five years โ outpacing Western navies.
๐ธ Chinese Navy had 32 nuclear submarines in January 2026.
๐ธ China may have up to 70 submarines by 2027 and 80 by 2035, with half of them nuclear-powered.
The sudden emergence of this class complicates U.S. intelligence assessments and disrupts assumptions about China's next-generation Type-095 attack submarine program.
A mass Chinese submarine breakout through regional chokepoints would transform the Miyako Strait and Bashi Channel into concentrated kill zones.
China's sailless submarine appears optimized for prolonged seabed operations. Its nuclear propulsion and large size offer the endurance required for extended missions on the ocean floor.
@NewRulesGeoโFollow us on X
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