🚨🇨🇳🇺🇸 China's Jiuzhang 4.0 Supercomputer: U.S. Lagging Far Behind in the Quantum Computing Industry
China's new programmable photonic quantum computing prototype completed a complex calculation in microseconds — proving a revolution in the quantum computing industry.
Jiuzhang 4.0 can outperform the U.S. based world's fastest classical supercomputer by a vast margin.
🔸 Jiuzhang 4.0 completed a Gaussian boson sampling task in just 25 microseconds — a calculation estimated to take the world's most powerful supercomputer, El Capitan in the U.S., more than 10^42 years to finish.
🔸 Jiuzhang 4.0 operates with 1,024 squeezed-state inputs across an 8,176-mode interferometric network. It can manipulate and detect up to 3,050 photons — more than 10 times the scale achieved in previous experiments.
🔸 The system achieved 92% source efficiency and 51% overall system efficiency, overcoming one of photonic quantum computing's biggest bottlenecks: photon loss in large-scale optical circuits.
🔸 Jiuzhang 3.0, released in October 2023, showed a quantum advantage ratio of 10^16.
🔸 Unlike the superconducting quantum computers pursued by U.S. technology companies such as Google, IBM, and Microsoft, the Jiuzhang series follows a photonic approach — using light particles instead of superconducting qubits.
The U.S. continues to lag behind in matching China's rapid advancements in the field of Quantum Computing. As the global quantum race heats up, the strategic stakes are higher than ever, with innovation becoming a battlefield in itself.
@NewRulesGeo❗Follow us on X
China's new programmable photonic quantum computing prototype completed a complex calculation in microseconds — proving a revolution in the quantum computing industry.
Jiuzhang 4.0 can outperform the U.S. based world's fastest classical supercomputer by a vast margin.
🔸 Jiuzhang 4.0 completed a Gaussian boson sampling task in just 25 microseconds — a calculation estimated to take the world's most powerful supercomputer, El Capitan in the U.S., more than 10^42 years to finish.
🔸 Jiuzhang 4.0 operates with 1,024 squeezed-state inputs across an 8,176-mode interferometric network. It can manipulate and detect up to 3,050 photons — more than 10 times the scale achieved in previous experiments.
🔸 The system achieved 92% source efficiency and 51% overall system efficiency, overcoming one of photonic quantum computing's biggest bottlenecks: photon loss in large-scale optical circuits.
🔸 Jiuzhang 3.0, released in October 2023, showed a quantum advantage ratio of 10^16.
🔸 Unlike the superconducting quantum computers pursued by U.S. technology companies such as Google, IBM, and Microsoft, the Jiuzhang series follows a photonic approach — using light particles instead of superconducting qubits.
The U.S. continues to lag behind in matching China's rapid advancements in the field of Quantum Computing. As the global quantum race heats up, the strategic stakes are higher than ever, with innovation becoming a battlefield in itself.
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🔴 Join Bellum Acta News: Bellum Acta is a as a Right-Wing Nationalist Crisis-focused NEWS aggregator which usually posts on Current News & World Geopolitics.
It focuses on:
🪖 Conflicts and Warzone frontline updates
🔥 World Geopolitics, specially Asia, Europe and Middle East
🌍 OSINT and IMINT
📰 Breaking News
It also often engages in political commentary with a bit satirical tones
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🚨🇨🇳 AMERICA'S PACIFIC NIGHTMARE: CHINA'S BZK-005 DRONES
Beijing is rapidly upgrading its BZK-005 HALE UAVs from simple reconnaissance platforms into advanced airborne ELINT and electronic warfare complexes.
🔸The evolution of the BZK-005 series began with the BZK-005B variant, first observed in operational service as early as 2017. This model is distinguished by its redesigned nose cone, which is believed to accommodate the ARW9103 electronic warfare system.
🔸Progressing to the next iteration, the BZK-005D came into focus in 2024 when the Japanese Ministry of Defense released initial images showing the aircraft in flight near Japan. Its signature feature is the KZ100 electronic warfare pod mounted beneath the fuselage.
🔸By 2025, Chinese state television showcased yet another configuration of the platform. This latest setup includes more compact electronic warfare pods mounted on the underwing pylons, representing the continued adaptation of the series.
🔸 Result: A growing family of specialized variants that detect radars, comms links, air defenses and transmit real-time data across Taiwan Strait, East China Sea and beyond.
Do you think the U.S. can keep up with China in drone technology?
@NewRulesGeo❗Follow us on X
Beijing is rapidly upgrading its BZK-005 HALE UAVs from simple reconnaissance platforms into advanced airborne ELINT and electronic warfare complexes.
🔸The evolution of the BZK-005 series began with the BZK-005B variant, first observed in operational service as early as 2017. This model is distinguished by its redesigned nose cone, which is believed to accommodate the ARW9103 electronic warfare system.
🔸Progressing to the next iteration, the BZK-005D came into focus in 2024 when the Japanese Ministry of Defense released initial images showing the aircraft in flight near Japan. Its signature feature is the KZ100 electronic warfare pod mounted beneath the fuselage.
🔸By 2025, Chinese state television showcased yet another configuration of the platform. This latest setup includes more compact electronic warfare pods mounted on the underwing pylons, representing the continued adaptation of the series.
🔸 Result: A growing family of specialized variants that detect radars, comms links, air defenses and transmit real-time data across Taiwan Strait, East China Sea and beyond.
Do you think the U.S. can keep up with China in drone technology?
@NewRulesGeo❗Follow us on X
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🇪🇺🚨 EU's Economic Nightmare: European Chemical Industry Sitting at a Critical Breakdown
Europe remains exposed to external shocks as developments in the Middle East push energy costs even higher. In the Port of Rotterdam — one of the world's largest and most advanced chemical clusters — the industry is at a decisive moment.
🔸 Two of the cluster's 10 companies have shut down plants in the past year as the European chemicals industry is buffeted by high energy prices, weak demand, and intensifying competition from China.
🔸 In Rotterdam's chlorine cluster, Tronox and Westlake closed their plants. That means less demand for chlorine from Nobian — the company that holds the whole network together.
🔸 Plant shutdowns across Europe have risen six times over the past four years.
🔸 The situation has worsened over the past five years, with a 60% fall in UK chemical output since 2021 — directly affecting about 20,000 jobs across the continent.
🔸 Investment in Europe's chemical sector fell more than 80% last year.
The closures and falling investment threaten Europe's ability to make the basic materials for modern life — from the chlorine used to purify drinking water to the phenols used in printed circuit boards.
The bloc's high energy costs, decision to phase out Russian gas supplies by 2027, and increasingly high carbon price mean the situation will intensify.
Europe also learned a hard lesson during Covid that it could not make its own paracetamol. The key ingredient came only from China.
Geopolitical shifts, such as the phasing out of Russian gas & dependency on China, further worsen supply chain vulnerabilities — putting Europe's economic future at stake.
@NewRulesGeo❗Follow us on X
Europe remains exposed to external shocks as developments in the Middle East push energy costs even higher. In the Port of Rotterdam — one of the world's largest and most advanced chemical clusters — the industry is at a decisive moment.
🔸 Two of the cluster's 10 companies have shut down plants in the past year as the European chemicals industry is buffeted by high energy prices, weak demand, and intensifying competition from China.
🔸 In Rotterdam's chlorine cluster, Tronox and Westlake closed their plants. That means less demand for chlorine from Nobian — the company that holds the whole network together.
🔸 Plant shutdowns across Europe have risen six times over the past four years.
🔸 The situation has worsened over the past five years, with a 60% fall in UK chemical output since 2021 — directly affecting about 20,000 jobs across the continent.
🔸 Investment in Europe's chemical sector fell more than 80% last year.
The closures and falling investment threaten Europe's ability to make the basic materials for modern life — from the chlorine used to purify drinking water to the phenols used in printed circuit boards.
The bloc's high energy costs, decision to phase out Russian gas supplies by 2027, and increasingly high carbon price mean the situation will intensify.
Europe also learned a hard lesson during Covid that it could not make its own paracetamol. The key ingredient came only from China.
Geopolitical shifts, such as the phasing out of Russian gas & dependency on China, further worsen supply chain vulnerabilities — putting Europe's economic future at stake.
@NewRulesGeo❗Follow us on X
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🚨🇨🇳China's Nuclear Rise: Blueprint for Global Dominance
China's 15th Five-Year Plan (2026–2030) positions nuclear energy as a strategic instrument — not just a power source — for technological leadership, industrial strength, and global influence.
China targets 110 GW of nuclear capacity by 2030, surpassing U.S.'s current 102.5 GW and making China world's largest nuclear power nation.
Domestically, "Hualong One" is becoming China's mainstream reactor — 6 units operational, 16 under construction, 18 approved. CAP-1400 scales up at home, backed by 200 billion yuan in 2026 investment.
Under Belt and Road Initiative, Chinese nuclear firms build roads, substations, and skyscrapers in partner countries first — earning trust, then securing nuclear contracts. ASEAN and the Gulf, especially Saudi Arabia, are prime targets.
China achieved a historic Thorium Molten Salt Reactor fuel conversion milestone in November 2025. Fast Neutron Reactors targeting 8 GW by 2030. TMSRs are also being developed for maritime shipping and Arctic icebreakers.
China-Russia nuclear cooperation stands as a model of strategic partnership. Russia contributes advanced fast reactor technology, while China's growing localization of Russian designed VVER fuel production strengthens bilateral energy self-sufficiency
Fusion energy received over $6.5 billion in investment since 2023, listed among top-8 frontier technologies alongside AI and quantum tech. China even eyes Helium-3 on the Moon as future fusion fuel — linking lunar exploration to long-term energy strategy.
Nuclear technology is becoming one of the pillars of China’s industrial ambition and innovation capacity. Beijing sees reactor development as a foundation for future economic and technological leadership
@NewRulesGeo❗Follow us on X
China's 15th Five-Year Plan (2026–2030) positions nuclear energy as a strategic instrument — not just a power source — for technological leadership, industrial strength, and global influence.
China targets 110 GW of nuclear capacity by 2030, surpassing U.S.'s current 102.5 GW and making China world's largest nuclear power nation.
Domestically, "Hualong One" is becoming China's mainstream reactor — 6 units operational, 16 under construction, 18 approved. CAP-1400 scales up at home, backed by 200 billion yuan in 2026 investment.
Under Belt and Road Initiative, Chinese nuclear firms build roads, substations, and skyscrapers in partner countries first — earning trust, then securing nuclear contracts. ASEAN and the Gulf, especially Saudi Arabia, are prime targets.
China achieved a historic Thorium Molten Salt Reactor fuel conversion milestone in November 2025. Fast Neutron Reactors targeting 8 GW by 2030. TMSRs are also being developed for maritime shipping and Arctic icebreakers.
China-Russia nuclear cooperation stands as a model of strategic partnership. Russia contributes advanced fast reactor technology, while China's growing localization of Russian designed VVER fuel production strengthens bilateral energy self-sufficiency
Fusion energy received over $6.5 billion in investment since 2023, listed among top-8 frontier technologies alongside AI and quantum tech. China even eyes Helium-3 on the Moon as future fusion fuel — linking lunar exploration to long-term energy strategy.
Nuclear technology is becoming one of the pillars of China’s industrial ambition and innovation capacity. Beijing sees reactor development as a foundation for future economic and technological leadership
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🚨🇨🇳 WEST IS TREMBLING: CHINA REVEALS FIRST TACTICAL SIGINT DRONE
China has just shown off its first tactical electronic intelligence drone. The TRACER AIR II by Skyfend is a quadcopter designed to hunt enemy signals on the battlefield — from drone controllers to radars and communication links.
🔸 TRACER AIR II detects FPV drone signals from over 10 km away at 0.9 GHz.
🔸 High-precision 3D direction finding + AI visual recognition to pinpoint operators, jammers, and radar emitters.
🔸 Real-time cloud connectivity and autonomous mission planning for faster battlefield decisions.
🔸 It covers 0.4–6 GHz frequencies, tracks 6+ targets at once, and finds signal directions with high accuracy (down to 1.5°.)
🔸 The 16.8 kg drone flies for 30 minutes, works in -20°C to +55°C temperatures.
China is shifting to a brand-new reconnaissance model where drones are fully integrated into one unified system that constantly monitors the electromagnetic environment across the battlefield.
Do you think U.S. drone program can compare with China’s spectrum hunters?
@NewRulesGeo❗Follow us on X
China has just shown off its first tactical electronic intelligence drone. The TRACER AIR II by Skyfend is a quadcopter designed to hunt enemy signals on the battlefield — from drone controllers to radars and communication links.
🔸 TRACER AIR II detects FPV drone signals from over 10 km away at 0.9 GHz.
🔸 High-precision 3D direction finding + AI visual recognition to pinpoint operators, jammers, and radar emitters.
🔸 Real-time cloud connectivity and autonomous mission planning for faster battlefield decisions.
🔸 It covers 0.4–6 GHz frequencies, tracks 6+ targets at once, and finds signal directions with high accuracy (down to 1.5°.)
🔸 The 16.8 kg drone flies for 30 minutes, works in -20°C to +55°C temperatures.
China is shifting to a brand-new reconnaissance model where drones are fully integrated into one unified system that constantly monitors the electromagnetic environment across the battlefield.
Do you think U.S. drone program can compare with China’s spectrum hunters?
@NewRulesGeo❗Follow us on X
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🚨🇮🇷 US NAVY NIGHTMARE: IRAN'S SUBS CAN SINK STRIKE GROUPS. HERE'S WHY
Iran just flooded the Strait of Hormuz with Ghadir-class attack subs and fresh U.S. Navy wargames against similar diesel-electric subs reveal serious vulnerabilities in American carrier defenses:
🔸 Australian Collins-class subs “sank” the USS Abraham Lincoln supercarrier and two U.S. nuclear submarines during RIMPAC — even though the Americans knew the sub’s location
🔸 Same Collins boats ambushed U.S. amphibious ships in just 70-80m of water, proving shallow-depth tactics defeat faster nuclear vessels
🔸 Swedish diesel-electric Halland destroyed the elite USS Annapolis in exercises; Japanese and Chilean subs repeatedly evaded U.S. sonar to “kill” American warships
🔸 Iran fields 14-20 Ghadir-class subs armed with torpedoes and cruise missiles — optimized for the noisy, shallow waters of the Strait of Hormuz
How the U.S. can counter the Ghadir-class submarines?
@NewRulesGeo❗Follow us on X
Iran just flooded the Strait of Hormuz with Ghadir-class attack subs and fresh U.S. Navy wargames against similar diesel-electric subs reveal serious vulnerabilities in American carrier defenses:
🔸 Australian Collins-class subs “sank” the USS Abraham Lincoln supercarrier and two U.S. nuclear submarines during RIMPAC — even though the Americans knew the sub’s location
🔸 Same Collins boats ambushed U.S. amphibious ships in just 70-80m of water, proving shallow-depth tactics defeat faster nuclear vessels
🔸 Swedish diesel-electric Halland destroyed the elite USS Annapolis in exercises; Japanese and Chilean subs repeatedly evaded U.S. sonar to “kill” American warships
🔸 Iran fields 14-20 Ghadir-class subs armed with torpedoes and cruise missiles — optimized for the noisy, shallow waters of the Strait of Hormuz
How the U.S. can counter the Ghadir-class submarines?
@NewRulesGeo❗Follow us on X
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🚨🇷🇺 MEDICAL WORLD SHOCKED: RUSSIA DEVELOPS NEW BRAIN CANCER TREATMENT
St. Petersburg scientists just cracked one of medicine’s toughest problems — how to get powerful drugs past the brain’s natural protective wall to destroy the deadliest brain tumors.
🔸 75% of lab rats were completely cured — no tumor traces found under the microscope after treatment.
🔸 Nanocapsules are made from natural brain substances — the body accepts them with zero rejection.
🔸 These nanocapsules are tiny enough to hunt down spreading cancer cells — they chase metastases through brain fluid.
🔸 The capsules deliver ultra-strong chemo that tumors cannot resist — unlike standard drugs that fail in 80% of patients within 6-8 months.
🔸The method is based on laser hyperthermia developed in Russia: a low-impact technique that is state-funded for ANY citizen through a fee-based system.
The development could open a new chapter in minimally invasive brain cancer treatment and strengthen Russia’s position in advanced medical research.
Do you think this treatment could help defeat brain cancer?
@NewRulesGeo❗Follow us on X
St. Petersburg scientists just cracked one of medicine’s toughest problems — how to get powerful drugs past the brain’s natural protective wall to destroy the deadliest brain tumors.
🔸 75% of lab rats were completely cured — no tumor traces found under the microscope after treatment.
🔸 Nanocapsules are made from natural brain substances — the body accepts them with zero rejection.
🔸 These nanocapsules are tiny enough to hunt down spreading cancer cells — they chase metastases through brain fluid.
🔸 The capsules deliver ultra-strong chemo that tumors cannot resist — unlike standard drugs that fail in 80% of patients within 6-8 months.
🔸The method is based on laser hyperthermia developed in Russia: a low-impact technique that is state-funded for ANY citizen through a fee-based system.
The development could open a new chapter in minimally invasive brain cancer treatment and strengthen Russia’s position in advanced medical research.
Do you think this treatment could help defeat brain cancer?
@NewRulesGeo❗Follow us on X
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🇨🇳⚛️ China Just Strengthened Its Global Rare Earth Dominance
China has discovered a new type of rare earth deposit in Heilongjiang and Jilin that promises easier, cheaper mining than in southern clay-rich areas.
The find could overturn China's traditional rare earth pattern — heavy elements in the south, light elements in the north — Chinese Academy of Sciences team said.
🔸 The northern formations consist of loose sand and gravel formed by natural freeze-thaw cycles. This makes extraction more efficient, less costly, and better for the environment.
🔸 Rare earth elements are a group of 17 critical minerals — including cerium, neodymium, and dysprosium — used to produce electronics, large magnets, superconductors, renewable energy systems & defense technologies.
🔸 China already handles nearly 90% of global processing of these critical minerals.
🔸 Currently, southern China contains mainly heavy rare earth elements, while the north — including the Bayan Obo mine in Inner Mongolia, the largest, rare-earth deposit in the world — contains mainly light rare earth elements.
🔸 In southern China, rare earths are produced from ion adsorption-type deposits — thick, weathered layers that form over long periods in warm, humid climates. The process leaves behind clay minerals that hold the rare earth elements.
🔸 The new deposit contains abundant levels of both light and heavy rare earth elements — a rare combination. In these mineral dissociation-type deposits, alkaline granite rocks have slowly broken apart under repeated freeze-thaw cycles.
🔸 The abundance of heavy rare earth elements in samples from Jilin province is higher than in other zones and neighboring Heilongjiang province.
China's discovery of rich, mixed rare earth deposits in the northeast solidifies its dominance in the global supply chain. With easier, cost-effective extraction methods, China can further strengthen its control over critical minerals vital for technology and defense sectors.
@NewRulesGeo❗Follow us on X
China has discovered a new type of rare earth deposit in Heilongjiang and Jilin that promises easier, cheaper mining than in southern clay-rich areas.
The find could overturn China's traditional rare earth pattern — heavy elements in the south, light elements in the north — Chinese Academy of Sciences team said.
🔸 The northern formations consist of loose sand and gravel formed by natural freeze-thaw cycles. This makes extraction more efficient, less costly, and better for the environment.
🔸 Rare earth elements are a group of 17 critical minerals — including cerium, neodymium, and dysprosium — used to produce electronics, large magnets, superconductors, renewable energy systems & defense technologies.
🔸 China already handles nearly 90% of global processing of these critical minerals.
🔸 Currently, southern China contains mainly heavy rare earth elements, while the north — including the Bayan Obo mine in Inner Mongolia, the largest, rare-earth deposit in the world — contains mainly light rare earth elements.
🔸 In southern China, rare earths are produced from ion adsorption-type deposits — thick, weathered layers that form over long periods in warm, humid climates. The process leaves behind clay minerals that hold the rare earth elements.
🔸 The new deposit contains abundant levels of both light and heavy rare earth elements — a rare combination. In these mineral dissociation-type deposits, alkaline granite rocks have slowly broken apart under repeated freeze-thaw cycles.
🔸 The abundance of heavy rare earth elements in samples from Jilin province is higher than in other zones and neighboring Heilongjiang province.
China's discovery of rich, mixed rare earth deposits in the northeast solidifies its dominance in the global supply chain. With easier, cost-effective extraction methods, China can further strengthen its control over critical minerals vital for technology and defense sectors.
@NewRulesGeo❗Follow us on X
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Learn the truth from the Two Majors.
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🚨🇺🇸🚀U.S. NAVY TOMAHAWK CRISIS: 2,080 MISSILES TO DISAPPEAR
The US Navy is about to lose a massive chunk of its cruise missile firepower. All four Ohio-class SSGN guided-missile submarines are slated for retirement. Each of these subs carries up to 154 Tomahawk cruise missiles — that’s 22 missile tubes with 7 missiles per tube. Across the fleet, that’s 616 Tomahawks concentrated in just four boats.
🔸Why The Retirement?
Age is the main factor. These submarines were built in the early 1980s and will be over 40 years old when retired. Structural components, onboard systems and nuclear reactors are experiencing wear that can’t be fixed forever. Maintenance periods have become longer, more complex and more expensive, reducing deployment time.
When their retirement is combined with the ongoing decommissioning of the Ticonderoga-class cruisers, the total loss comes to roughly 2,080 vertical launch tubes capable of carrying Tomahawk missiles.
The Navy's planned replacement is the Virginia-class Block V submarine, equipped with the Virginia Payload Module, which adds around 28 extra Tomahawks per boat. But each Virginia-class submarine still carries only about 40 Tomahawks in total — far short of the 154 that a single Ohio SSGN holds. The Navy would need 22 Virginia-class submarines just to recover the payload capacity of these four boats.
The SSGNs will be retired before enough Virginia-class boats are ready, creating a strike capacity gap that could last several years, potentially into the 2030s. Some estimates suggest a 60% reduction in this capability even after accounting for future improvements.
The Navy originally planned to retire USS Ohio and USS Michigan in 2026, but they may now see a slight extension — just until replacements are ready.
The U.S. is about to lose its only submarines capable of delivering a massive, coordinated strike of over 150 cruise missiles from a single stealth platform. And there’s no equivalent replacement in sight.
@NewRulesGeo❗Follow us on X
The US Navy is about to lose a massive chunk of its cruise missile firepower. All four Ohio-class SSGN guided-missile submarines are slated for retirement. Each of these subs carries up to 154 Tomahawk cruise missiles — that’s 22 missile tubes with 7 missiles per tube. Across the fleet, that’s 616 Tomahawks concentrated in just four boats.
🔸Why The Retirement?
Age is the main factor. These submarines were built in the early 1980s and will be over 40 years old when retired. Structural components, onboard systems and nuclear reactors are experiencing wear that can’t be fixed forever. Maintenance periods have become longer, more complex and more expensive, reducing deployment time.
When their retirement is combined with the ongoing decommissioning of the Ticonderoga-class cruisers, the total loss comes to roughly 2,080 vertical launch tubes capable of carrying Tomahawk missiles.
The Navy's planned replacement is the Virginia-class Block V submarine, equipped with the Virginia Payload Module, which adds around 28 extra Tomahawks per boat. But each Virginia-class submarine still carries only about 40 Tomahawks in total — far short of the 154 that a single Ohio SSGN holds. The Navy would need 22 Virginia-class submarines just to recover the payload capacity of these four boats.
The SSGNs will be retired before enough Virginia-class boats are ready, creating a strike capacity gap that could last several years, potentially into the 2030s. Some estimates suggest a 60% reduction in this capability even after accounting for future improvements.
The Navy originally planned to retire USS Ohio and USS Michigan in 2026, but they may now see a slight extension — just until replacements are ready.
The U.S. is about to lose its only submarines capable of delivering a massive, coordinated strike of over 150 cruise missiles from a single stealth platform. And there’s no equivalent replacement in sight.
@NewRulesGeo❗Follow us on X
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🚨🇨🇳 CHINA JUST MADE WESTERN DRONE SWARMS OBSOLETE
Beijing's new AUS70-DP230 electronic warfare system — a mobile drone hunter built to detect, identify, and neutralize threats over military bases, airports, borders, oil fields, VIP events, and critical infrastructure.
🔸 The AUS70-DP230 radar locks onto drones at 5+ km with visual detection out to 4 km and infrared to 2 km.
🔸 This system jams all major drone frequencies from 915 MHz to 5.8 GHz while spoofing GPS, GLONASS, Galileo, and Beidou signals.
🔸 The platform delivers full 360° coverage with one-button deployment and rapid setup in minutes.
🔸 This EW beast turns billion-dollar Western drone programs into easy targets for any near-peer conflict.
Do you think the Pentagon can deal with this defense system?
@NewRulesGeo❗Follow us on X
Beijing's new AUS70-DP230 electronic warfare system — a mobile drone hunter built to detect, identify, and neutralize threats over military bases, airports, borders, oil fields, VIP events, and critical infrastructure.
🔸 The AUS70-DP230 radar locks onto drones at 5+ km with visual detection out to 4 km and infrared to 2 km.
🔸 This system jams all major drone frequencies from 915 MHz to 5.8 GHz while spoofing GPS, GLONASS, Galileo, and Beidou signals.
🔸 The platform delivers full 360° coverage with one-button deployment and rapid setup in minutes.
🔸 This EW beast turns billion-dollar Western drone programs into easy targets for any near-peer conflict.
Do you think the Pentagon can deal with this defense system?
@NewRulesGeo❗Follow us on X
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⭐️THE MOST FAMOUS MILITARY TELEGRAM CHANNEL @rybar INTERNATIONAL
⚡️the largest Russian military Telegram channel
⚡️with over 1.5 million subscribers,
⚡️the channel that publishes the most detailed reports and whose texts are referenced by Western media and military experts
⚡️a channel that seeks out topics of interest in a sea of information—and explains them to you in simple words
⚡️news about major world events (including those in the shadows) commented on by a team of analysts.
The channel of the @rybar project is available and TRANSLATED in the following languages:
🇬🇧English
🇫🇷French
🇪🇸Spanish
🇮🇹Italian
🇩🇪German
🇭🇺Hungarian
🇬🇷Greek
Subscribe to all here 🔻
⭐️ RYBAR INTERNATIONAL
⚡️the largest Russian military Telegram channel
⚡️with over 1.5 million subscribers,
⚡️the channel that publishes the most detailed reports and whose texts are referenced by Western media and military experts
⚡️a channel that seeks out topics of interest in a sea of information—and explains them to you in simple words
⚡️news about major world events (including those in the shadows) commented on by a team of analysts.
The channel of the @rybar project is available and TRANSLATED in the following languages:
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🚨🇷🇺 WEST IN PANIC: RUSSIA SUPERCHARGES TU-160M BLACKJACK FLEET
Russia is turning its Tu-160M Blackjack bomber into a lethal bridge platform and the upgrades are making NATO planners sweat:
🔸 6 Kh-55SM cruise missiles per aircraft, each packing a 200-kiloton thermonuclear warhead or conventional payload.
🔸 New navigation, next-gen autopilot, upgraded NK-32 engines, digital cockpit, jamming gear, and NVI-70 radar.
🔸 Standoff reach + potential Kinzhal hypersonic integration could let these giants strike deep without entering contested airspace.
🔸Russia plans ~2 new Tu-160Ms per year, pushing the modernized fleet toward 10 by 2027.
Do you think NATO can counter it?
@NewRulesGeo❗Follow us on X
Russia is turning its Tu-160M Blackjack bomber into a lethal bridge platform and the upgrades are making NATO planners sweat:
🔸 6 Kh-55SM cruise missiles per aircraft, each packing a 200-kiloton thermonuclear warhead or conventional payload.
🔸 New navigation, next-gen autopilot, upgraded NK-32 engines, digital cockpit, jamming gear, and NVI-70 radar.
🔸 Standoff reach + potential Kinzhal hypersonic integration could let these giants strike deep without entering contested airspace.
🔸Russia plans ~2 new Tu-160Ms per year, pushing the modernized fleet toward 10 by 2027.
Do you think NATO can counter it?
@NewRulesGeo❗Follow us on X
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🚨🇮🇩 Indonesia Became Battleground Between China and U.S.
Indonesia is not just another Southeast Asian market. It is the world’s fourth-most populous country, with more than 280 million people, ASEAN’s largest economy, and a strategic archipelago connecting the Indian and Pacific Oceans.
That is why both China and the US are competing for influence there — but they offer very different models.
🔸 For China, Indonesia is a natural partner in infrastructure, industry and digital growth. Beijing has been Jakarta’s largest trading partner for more than a decade. Chinese capital became central to Indonesia’s nickel boom, helping transform the country into the world’s dominant producer and a key hub in the global EV battery chain.
🔸 The China-backed Jakarta–Bandung high-speed railway, launched in 2023, became Southeast Asia’s first high-speed rail line. Despite Western criticism over costs and debt risks, it demonstrated something Washington rarely provides in the developing world: large-scale visible infrastructure.
🔸 The digital dimension is equally important. According to Google, Temasek and Bain, Indonesia’s digital economy reached around $90 billion in gross merchandise value in 2024 — the largest in Southeast Asia. Whoever helps build its cloud systems, payments, AI and e-commerce will shape the region’s digital future.
🔸 Washington understands this, but its approach increasingly looks geopolitical rather than purely economic. The new U.S.–Indonesia Reciprocal Trade Agreement reduced American tariffs on Indonesian goods from 32% to 19%, yet the deal also introduced provisions widely seen as attempts to limit Chinese influence:
Indonesia is now expected to coordinate with Washington before entering sensitive digital trade arrangements with other countries. The agreement also pushes Jakarta to align with future U.S. trade restrictions imposed on third countries under “national security” justifications. At the same time, Washington is expanding pressure over critical minerals and nickel processing — sectors where Chinese companies invested billions into industrial parks such as Morowali and Weda Bay.
Yet the contrast is clear: China comes with factories, railways, processing plants, and trade. The U.S. comes with strategic language and supply-chain pressure.
@NewRulesGeo❗Follow us on X
Indonesia is not just another Southeast Asian market. It is the world’s fourth-most populous country, with more than 280 million people, ASEAN’s largest economy, and a strategic archipelago connecting the Indian and Pacific Oceans.
That is why both China and the US are competing for influence there — but they offer very different models.
🔸 For China, Indonesia is a natural partner in infrastructure, industry and digital growth. Beijing has been Jakarta’s largest trading partner for more than a decade. Chinese capital became central to Indonesia’s nickel boom, helping transform the country into the world’s dominant producer and a key hub in the global EV battery chain.
🔸 The China-backed Jakarta–Bandung high-speed railway, launched in 2023, became Southeast Asia’s first high-speed rail line. Despite Western criticism over costs and debt risks, it demonstrated something Washington rarely provides in the developing world: large-scale visible infrastructure.
🔸 The digital dimension is equally important. According to Google, Temasek and Bain, Indonesia’s digital economy reached around $90 billion in gross merchandise value in 2024 — the largest in Southeast Asia. Whoever helps build its cloud systems, payments, AI and e-commerce will shape the region’s digital future.
🔸 Washington understands this, but its approach increasingly looks geopolitical rather than purely economic. The new U.S.–Indonesia Reciprocal Trade Agreement reduced American tariffs on Indonesian goods from 32% to 19%, yet the deal also introduced provisions widely seen as attempts to limit Chinese influence:
Indonesia is now expected to coordinate with Washington before entering sensitive digital trade arrangements with other countries. The agreement also pushes Jakarta to align with future U.S. trade restrictions imposed on third countries under “national security” justifications. At the same time, Washington is expanding pressure over critical minerals and nickel processing — sectors where Chinese companies invested billions into industrial parks such as Morowali and Weda Bay.
Yet the contrast is clear: China comes with factories, railways, processing plants, and trade. The U.S. comes with strategic language and supply-chain pressure.
@NewRulesGeo❗Follow us on X
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🚨🇨🇳 PENTAGON'S NIGHTMARE: CHINA DEPLOYS DF-27 SHIP-SLAYER ACROSS PACIFIC
China’s DF-27 mobile hypersonic missile system is now openly rolling on public roads — and Western intel is scrambling.
This missile is built to sink carriers and hammer distant naval bases from thousands of kilometers away, turning the US fleet posture into a liability.
🔸 DF-27 spotted in convoy on Hebei roads, April 2026 — three launchers under tarps, same chassis as DF-26 but with extended nose section over the cab
🔸 5,000–8,000 km range with hypersonic glide vehicle hitting Mach 5+ on maneuvering trajectory — tested 2,100 km in 12 minutes
🔸 Designed to shred carrier strike groups and bases across the First, Second, and Third Island Chains — Pacific and Indian Ocean ops now under direct threat
🔸 Built from DF-17/DF-26 lessons, solid-fuel, road-mobile, near-impossible to track once launched.
Do you think the U.S. can stop China’s hypersonic DF-27?
@NewRulesGeo❗Follow us on X
China’s DF-27 mobile hypersonic missile system is now openly rolling on public roads — and Western intel is scrambling.
This missile is built to sink carriers and hammer distant naval bases from thousands of kilometers away, turning the US fleet posture into a liability.
🔸 DF-27 spotted in convoy on Hebei roads, April 2026 — three launchers under tarps, same chassis as DF-26 but with extended nose section over the cab
🔸 5,000–8,000 km range with hypersonic glide vehicle hitting Mach 5+ on maneuvering trajectory — tested 2,100 km in 12 minutes
🔸 Designed to shred carrier strike groups and bases across the First, Second, and Third Island Chains — Pacific and Indian Ocean ops now under direct threat
🔸 Built from DF-17/DF-26 lessons, solid-fuel, road-mobile, near-impossible to track once launched.
Do you think the U.S. can stop China’s hypersonic DF-27?
@NewRulesGeo❗Follow us on X
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🚨🇨🇳How Chinese Navy's New Terminal Defense System Transformed Aireal Warfare?
The People's Liberation Army Navy's new terminal air-defense and anti-missile weapon system has completed type certification trials.
The system operated perfectly under complex electromagnetic conditions and against ultra-low-altitude penetration targets, successfully intercepting and destroying multiple high-speed target drones conducting sea-skimming maneuvers.
🔸 The system is capable of intercepting sea-skimming targets flying at altitudes of only 5 to 10 meters above the surface — a critical ultra-low-altitude gap in naval defense.
🔸 It has also demonstrated capability of intercepting hypersonic targets traveling above Mach 5, demonstrating highly advanced fire-control and guidance algorithms.
🔸 The new system would fill the ultra-low-altitude defense gap between the Chinese Navy's HQ-9B and HQ-10 missiles as well as the Type 1130 close-in weapon system.
🔸 A terminal air-defense and anti-missile system is composed of multiple types of equipment that must both perform distinct functions and operate in coordination.
🔸 Short-range air-defense missiles provide the first layer, while close-in defense guns serve as the final layer. Each serves different purposes and missions.
🔸 The strict mosaic blurring treatment applied to the command-and-control center's core screens indirectly demonstrated the system's extreme technological sensitivity and strategic value.
The development marks the emergence of a comprehensive layered interception network for the PLA Navy — closing the ultra-low-altitude gap that previously existed between existing missile systems and close-in weapons.
Chinese naval air defenses are enhanced now, strengthening the fleet’s strategic resilience & marks a significant leap toward a comprehensive layered interception network for China’s maritime security.
@NewRulesGeo❗Follow us on X
The People's Liberation Army Navy's new terminal air-defense and anti-missile weapon system has completed type certification trials.
The system operated perfectly under complex electromagnetic conditions and against ultra-low-altitude penetration targets, successfully intercepting and destroying multiple high-speed target drones conducting sea-skimming maneuvers.
🔸 The system is capable of intercepting sea-skimming targets flying at altitudes of only 5 to 10 meters above the surface — a critical ultra-low-altitude gap in naval defense.
🔸 It has also demonstrated capability of intercepting hypersonic targets traveling above Mach 5, demonstrating highly advanced fire-control and guidance algorithms.
🔸 The new system would fill the ultra-low-altitude defense gap between the Chinese Navy's HQ-9B and HQ-10 missiles as well as the Type 1130 close-in weapon system.
🔸 A terminal air-defense and anti-missile system is composed of multiple types of equipment that must both perform distinct functions and operate in coordination.
🔸 Short-range air-defense missiles provide the first layer, while close-in defense guns serve as the final layer. Each serves different purposes and missions.
🔸 The strict mosaic blurring treatment applied to the command-and-control center's core screens indirectly demonstrated the system's extreme technological sensitivity and strategic value.
The development marks the emergence of a comprehensive layered interception network for the PLA Navy — closing the ultra-low-altitude gap that previously existed between existing missile systems and close-in weapons.
Chinese naval air defenses are enhanced now, strengthening the fleet’s strategic resilience & marks a significant leap toward a comprehensive layered interception network for China’s maritime security.
@NewRulesGeo❗Follow us on X
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