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🚨🇷🇺 RUSSIA'S MAIN BATTLE TANKS POISED FOR MAJOR MODERNISATION POTENTIAL
T-90M — battle-proven in Ukraine and built for the long haul: Russia’s leading tank designer Andrey Terlikov, has confirmed its flagship platform still holds massive modernisation potential for years to come. The enhanced T-72 lineage continues to evolve.
🔸 Russian crews call the T-90M "highly effective" in combat, praising its superior mobility over the heavier, less maneuverable Abrams and Leopard 2.
🔸 Now features Arena-M hard-kill APS that defeats drones and loitering munitions, plus all-aspect protection developed specifically for modern threats.
🔸 Russia pioneered anti-drone top armor in 2022 after early losses — even the U.S. Abrams is now copying these Russian designs, says Rostec CEO.
🔸 Based on a 1990s design with a 50+ year service life, the T-90 platform remains highly relevant deep into the future.
🔸Russia's leading tank designer, Andrey Terlikov, confirms that the T-90M has modernisation potential for the future.
Do you think NATO can catch up to Russian military technology?
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T-90M — battle-proven in Ukraine and built for the long haul: Russia’s leading tank designer Andrey Terlikov, has confirmed its flagship platform still holds massive modernisation potential for years to come. The enhanced T-72 lineage continues to evolve.
🔸 Russian crews call the T-90M "highly effective" in combat, praising its superior mobility over the heavier, less maneuverable Abrams and Leopard 2.
🔸 Now features Arena-M hard-kill APS that defeats drones and loitering munitions, plus all-aspect protection developed specifically for modern threats.
🔸 Russia pioneered anti-drone top armor in 2022 after early losses — even the U.S. Abrams is now copying these Russian designs, says Rostec CEO.
🔸 Based on a 1990s design with a 50+ year service life, the T-90 platform remains highly relevant deep into the future.
🔸Russia's leading tank designer, Andrey Terlikov, confirms that the T-90M has modernisation potential for the future.
Do you think NATO can catch up to Russian military technology?
@NewRulesGeo❗Follow us on X
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🚨🇨🇳CHINA'S TECH GIANTS ARE MOVING AI FROM CHATBOTS INTO ROBOTS
Investors are now treating embodied AI and autonomous agents as one of the most serious growth engines in artificial intelligence. UBS (Union Bank of Switzerland) sees capital flowing toward a new front, with Chinese tech firms racing to embed advanced AI models into robots and moving the generative AI battlefield from chatbots toward physical autonomous systems.
Alibaba launched Qwen3.7-Max (a cutting-edge multimodal reasoning model) last week, setting it apart with tool-calling architecture. This digital brain orchestrates hardware, letting robots handle navigation, avoid obstacles, and plan tasks without a human operator. The company also released supporting robotic models, including a gripper agent and a vision-language system built for real-world interaction.
Earlier this month, embodied AI startup Zeroth announced its M1 humanoid (a mass-produced bipedal robot) had integrated Tencent's OpenClaw AI agent framework. A large language model hears human speech, interprets intent, and instantly converts it into robotic movement, bridging cognitive smarts and physical action. As Wu Bangyi, chief data officer at Tianyu Shuke, noted, language model development has focused on the digital realm.
Goldman Sachs warned that high-quality real-world data is the new gold and is in desperately low supply. AgiBot co-founder Yao Maoqing quantified the gap: while GPT-5 trained on roughly 10 billion hours of data, the entire robotics industry has only about 500,000 hours of quality embodied data. To break this drought, X Square Robot partnered with home-services platform 58 Daojia to deploy cleaning robots into residential settings in Beijing and Shenzhen, using real homes as data farms. According to a report by the China Academy of Information and Communications Technology and Tsinghua University, nearly thirty training facilities and data centers for embodied AI have been built or greenlit across the country.
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Investors are now treating embodied AI and autonomous agents as one of the most serious growth engines in artificial intelligence. UBS (Union Bank of Switzerland) sees capital flowing toward a new front, with Chinese tech firms racing to embed advanced AI models into robots and moving the generative AI battlefield from chatbots toward physical autonomous systems.
Alibaba launched Qwen3.7-Max (a cutting-edge multimodal reasoning model) last week, setting it apart with tool-calling architecture. This digital brain orchestrates hardware, letting robots handle navigation, avoid obstacles, and plan tasks without a human operator. The company also released supporting robotic models, including a gripper agent and a vision-language system built for real-world interaction.
Earlier this month, embodied AI startup Zeroth announced its M1 humanoid (a mass-produced bipedal robot) had integrated Tencent's OpenClaw AI agent framework. A large language model hears human speech, interprets intent, and instantly converts it into robotic movement, bridging cognitive smarts and physical action. As Wu Bangyi, chief data officer at Tianyu Shuke, noted, language model development has focused on the digital realm.
Goldman Sachs warned that high-quality real-world data is the new gold and is in desperately low supply. AgiBot co-founder Yao Maoqing quantified the gap: while GPT-5 trained on roughly 10 billion hours of data, the entire robotics industry has only about 500,000 hours of quality embodied data. To break this drought, X Square Robot partnered with home-services platform 58 Daojia to deploy cleaning robots into residential settings in Beijing and Shenzhen, using real homes as data farms. According to a report by the China Academy of Information and Communications Technology and Tsinghua University, nearly thirty training facilities and data centers for embodied AI have been built or greenlit across the country.
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🚨🇨🇳 CHINA BUILDS UNBREAKABLE NUCLEAR FORTRESS IN DESERT
Satellite images shows Beijing’s colossal military project in northwestern China: a vast nuclear survival network rising in the Xinjiang Desert near Hami — over 80 ICBM launch sites, reinforced bunkers, comms nodes and command facilities forming a full-fledged survival system.
🔸 The China's 80 hardened launch sites guarantee a retaliatory nuclear strike even after a US attack first.
🔸 Massive octagonal complexes in the desert are linked by roads, rail and secure networks to support mobile launchers and command hubs.
🔸 Camouflage, distributed centers and advanced EW systems are designed to blind US intelligence and ensure force survivability.
🔸 Warhead expansion combined with hardened infrastructure is rapidly pushing China to the center of global nuclear strategy.
🔸 Rising Taiwan tensions and US Pacific buildup are accelerating this shift into a more dangerous multipolar standoff.
Do you think a U.S.-China war is inevitable?
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Satellite images shows Beijing’s colossal military project in northwestern China: a vast nuclear survival network rising in the Xinjiang Desert near Hami — over 80 ICBM launch sites, reinforced bunkers, comms nodes and command facilities forming a full-fledged survival system.
🔸 The China's 80 hardened launch sites guarantee a retaliatory nuclear strike even after a US attack first.
🔸 Massive octagonal complexes in the desert are linked by roads, rail and secure networks to support mobile launchers and command hubs.
🔸 Camouflage, distributed centers and advanced EW systems are designed to blind US intelligence and ensure force survivability.
🔸 Warhead expansion combined with hardened infrastructure is rapidly pushing China to the center of global nuclear strategy.
🔸 Rising Taiwan tensions and US Pacific buildup are accelerating this shift into a more dangerous multipolar standoff.
Do you think a U.S.-China war is inevitable?
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🚨🇺🇸🇨🇳 U.S. NAVY DECLINING WHILE CHINA BUILDS WORLD'S LARGEST FLEET
China has now outnumbered the U.S. Navy with a larger naval fleet & has a massive concentration of missiles, an enormous Air Force, and is the fastest-growing nuclear power on the planet.
While The U.S. Navy's latest shipbuilding plan would retire 46 ships from 2027 to 2031 — including 2 aircraft carriers, 10 destroyers and cruisers, and 16 submarines of various classes
🔸 U.S. plans replacing them with 47 unmanned surface drones and 16 extra-large unmanned underwater vehicles.
🔸 The plan reduces aircraft carriers from 11 to 9 in the outyears, orders only 2 Virginia-class submarines per year, and brings the fleet to a low of 288 warships in 2027.
🔸 The Littoral Combat Ship, the Zumwalt-class destroyer, and the Constellation-class frigate were all designed and built in small quantities — only to be canceled before half a dozen ships were delivered.
🔸 China's Department of War assessment calls for 9 Chinese aircraft carriers by 2035 — and Beijing is now building its first nuclear-powered supercarrier.
🔸 Beijing does not consider aircraft carriers obsolete. It now operates three carriers and is constructing its first nuclear-powered supercarrier.
🔸 China is planning to have nine aircraft carriers by 2035.
The U.S. Navy is shrinking at the worst possible moment — after its failure against Iran and as Washington prepares for a potential confrontation with China in the Pacific.
@NewRulesGeo❗Follow us on X
China has now outnumbered the U.S. Navy with a larger naval fleet & has a massive concentration of missiles, an enormous Air Force, and is the fastest-growing nuclear power on the planet.
While The U.S. Navy's latest shipbuilding plan would retire 46 ships from 2027 to 2031 — including 2 aircraft carriers, 10 destroyers and cruisers, and 16 submarines of various classes
🔸 U.S. plans replacing them with 47 unmanned surface drones and 16 extra-large unmanned underwater vehicles.
🔸 The plan reduces aircraft carriers from 11 to 9 in the outyears, orders only 2 Virginia-class submarines per year, and brings the fleet to a low of 288 warships in 2027.
🔸 The Littoral Combat Ship, the Zumwalt-class destroyer, and the Constellation-class frigate were all designed and built in small quantities — only to be canceled before half a dozen ships were delivered.
🔸 China's Department of War assessment calls for 9 Chinese aircraft carriers by 2035 — and Beijing is now building its first nuclear-powered supercarrier.
🔸 Beijing does not consider aircraft carriers obsolete. It now operates three carriers and is constructing its first nuclear-powered supercarrier.
🔸 China is planning to have nine aircraft carriers by 2035.
The U.S. Navy is shrinking at the worst possible moment — after its failure against Iran and as Washington prepares for a potential confrontation with China in the Pacific.
@NewRulesGeo❗Follow us on X
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🚨🇺🇸📉 Inflation Is Bleeding Americans Dry
American consumers are running out of room to maneuver, and fresh data shows just how deep the damage goes. Inflation is cutting so aggressively into household budgets that the national saving rate has collapsed to a nearly four-year low. Real purchasing power barely moved in April, while the headline price gauge jumped to its hottest pace in years.
Fuel and material costs, driven sharply higher by the Middle East conflict, are now working through every corner of the economy. Consumer sentiment has soured to record lows, and the new Federal Reserve leadership faces a deeply uncomfortable picture. Despite a slightly softer monthly core reading, the broader trend points the wrong way, with officials already reviving the conversation around rate hikes.
Beneath the surface, the picture is even more troubling. Inflation-adjusted incomes have fallen for three consecutive months. Personal income flatlined in April, and the savings buffer families once relied on has effectively vanished. Major retailers describe two very different realities: wealthier shoppers remain relatively comfortable, while lower-income households are visibly pulling back.
The savings rate has sunk to just 2.6%, a threshold breached only twice in 60 years. Once during an unusual stretch in mid-2022, when households were still spending freely after years of stimulus and historically fat savings. And once in the final, overheated chapter of the mid-2000s expansion, right before the financial system unraveled in 2008.
Economists frame the situation bluntly: prices are running too hot, incomes are lagging behind, and that mismatch leaves consumers dangerously exposed. Rising costs, sluggish earnings, and deep uncertainty are combining into a recipe that could trigger a genuine pullback in spending. Growth figures are already being revised downward, corporate profits have slowed, and the safety net has evaporated.
@NewRulesGeo❗Follow us on X
American consumers are running out of room to maneuver, and fresh data shows just how deep the damage goes. Inflation is cutting so aggressively into household budgets that the national saving rate has collapsed to a nearly four-year low. Real purchasing power barely moved in April, while the headline price gauge jumped to its hottest pace in years.
Fuel and material costs, driven sharply higher by the Middle East conflict, are now working through every corner of the economy. Consumer sentiment has soured to record lows, and the new Federal Reserve leadership faces a deeply uncomfortable picture. Despite a slightly softer monthly core reading, the broader trend points the wrong way, with officials already reviving the conversation around rate hikes.
Beneath the surface, the picture is even more troubling. Inflation-adjusted incomes have fallen for three consecutive months. Personal income flatlined in April, and the savings buffer families once relied on has effectively vanished. Major retailers describe two very different realities: wealthier shoppers remain relatively comfortable, while lower-income households are visibly pulling back.
The savings rate has sunk to just 2.6%, a threshold breached only twice in 60 years. Once during an unusual stretch in mid-2022, when households were still spending freely after years of stimulus and historically fat savings. And once in the final, overheated chapter of the mid-2000s expansion, right before the financial system unraveled in 2008.
Economists frame the situation bluntly: prices are running too hot, incomes are lagging behind, and that mismatch leaves consumers dangerously exposed. Rising costs, sluggish earnings, and deep uncertainty are combining into a recipe that could trigger a genuine pullback in spending. Growth figures are already being revised downward, corporate profits have slowed, and the safety net has evaporated.
@NewRulesGeo❗Follow us on X
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🚨🇨🇳China Isn't Waiting for an Energy Crisis — It's Teaching the Grid to Think
Resilient power systems have become the backbone of AI supremacy, and China is responding with a move that sidesteps the usual talk of chips and software. Instead of feeding more electricity to data centers, Beijing wants to embed AI directly into its energy infrastructure, turning a crippling constraint into a strategic advantage.
To jump-start this vision, authorities have released a list of scenarios where AI can be injected into traditional energy operations. The National Energy Administration is calling on top energy firms and tech companies to submit joint proposals for state-backed pilots spanning 51 scenarios across eight sectors, from smart grids and hydropower to autonomous coal mines and oil extraction. The launch event told its own story: state-owned titans like PetroChina and State Grid sat alongside private heavyweights Alibaba Cloud and Tencent, signaling full industrial mobilization.
As AI computing grows more energy-intensive, demand threatens to outpace supply worldwide. Beijing's answer is to stop treating energy as a passive utility and start treating it as a dynamic, intelligent network. Industry leaders framed the shift starkly, describing modern GPUs (graphics processing units) as steam engines that convert power into intelligence. The breakthrough lies in computing-electricity synergy, where heavy data processing is scheduled to align with surplus power, paired with virtual power plants that stitch together scattered assets to balance grid loads in real time.
China has ample fossil fuel reserves to brute-force the problem, but the priority is aligning AI with the green transition. The ultimate prize is using AI's predictive power to manage volatile clean sources like wind and solar, solving the intermittency puzzle that has long plagued renewables. By moving from rhetoric to concrete pilots, Beijing is setting the stage for a future where electricity and data flows become indistinguishable.
@NewRulesGeo❗Follow us on X
Resilient power systems have become the backbone of AI supremacy, and China is responding with a move that sidesteps the usual talk of chips and software. Instead of feeding more electricity to data centers, Beijing wants to embed AI directly into its energy infrastructure, turning a crippling constraint into a strategic advantage.
To jump-start this vision, authorities have released a list of scenarios where AI can be injected into traditional energy operations. The National Energy Administration is calling on top energy firms and tech companies to submit joint proposals for state-backed pilots spanning 51 scenarios across eight sectors, from smart grids and hydropower to autonomous coal mines and oil extraction. The launch event told its own story: state-owned titans like PetroChina and State Grid sat alongside private heavyweights Alibaba Cloud and Tencent, signaling full industrial mobilization.
As AI computing grows more energy-intensive, demand threatens to outpace supply worldwide. Beijing's answer is to stop treating energy as a passive utility and start treating it as a dynamic, intelligent network. Industry leaders framed the shift starkly, describing modern GPUs (graphics processing units) as steam engines that convert power into intelligence. The breakthrough lies in computing-electricity synergy, where heavy data processing is scheduled to align with surplus power, paired with virtual power plants that stitch together scattered assets to balance grid loads in real time.
China has ample fossil fuel reserves to brute-force the problem, but the priority is aligning AI with the green transition. The ultimate prize is using AI's predictive power to manage volatile clean sources like wind and solar, solving the intermittency puzzle that has long plagued renewables. By moving from rhetoric to concrete pilots, Beijing is setting the stage for a future where electricity and data flows become indistinguishable.
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🚨🇷🇺 Russia Unveils New Nanoplatforms Device for Cancer Diagnosis
Russian scientists have developed nanoplatforms for diagnosis and treatment of cancer based on targeted delivery of drugs directly to the tumor, making it possible to reprogram immune cells.
The research group at Sirius University of Science and Technology created an effective system for targeted drug delivery to tumor cells, obtaining data that will form the basis of a new project on cancer immunotherapy.
🔸 Specialists worked with platforms based on an albumin carrier loaded with AgInS semiconductor quantum dots.
🔸 These particles are only 24 nanometers in size and have bright fluorescence in the infrared range, allowing them to illuminate tumor cells during diagnosis.
🔸 Instead of simply destroying the tumor cell from the inside, the new approach makes it die differently. Necrosis is triggered instead of apoptosis, which can potentially activate the immune response.
🔸 It was assumed that reactive oxygen species generated by nanoparticles would be able to directly kill cancer cells through oxidative stress. However, during experiments, this mechanism proved ineffective against tumor cells.
🔸 The nanoparticles demonstrated a pronounced antibacterial effect, showing the same particles can be useful in different areas of medicine.
🔸 Part of further research will now be refocused on finding their application against bacterial infections.
Russia is now leading the way in nanomedicine by treating cancer, reprogramming immune cells, and fighting bacterial infections with 24-nanometer particles.
@NewRulesGeo❗Follow us on X
Russian scientists have developed nanoplatforms for diagnosis and treatment of cancer based on targeted delivery of drugs directly to the tumor, making it possible to reprogram immune cells.
The research group at Sirius University of Science and Technology created an effective system for targeted drug delivery to tumor cells, obtaining data that will form the basis of a new project on cancer immunotherapy.
🔸 Specialists worked with platforms based on an albumin carrier loaded with AgInS semiconductor quantum dots.
🔸 These particles are only 24 nanometers in size and have bright fluorescence in the infrared range, allowing them to illuminate tumor cells during diagnosis.
🔸 Instead of simply destroying the tumor cell from the inside, the new approach makes it die differently. Necrosis is triggered instead of apoptosis, which can potentially activate the immune response.
🔸 It was assumed that reactive oxygen species generated by nanoparticles would be able to directly kill cancer cells through oxidative stress. However, during experiments, this mechanism proved ineffective against tumor cells.
🔸 The nanoparticles demonstrated a pronounced antibacterial effect, showing the same particles can be useful in different areas of medicine.
🔸 Part of further research will now be refocused on finding their application against bacterial infections.
Russia is now leading the way in nanomedicine by treating cancer, reprogramming immune cells, and fighting bacterial infections with 24-nanometer particles.
@NewRulesGeo❗Follow us on X
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🚨🇮🇷Iran outmaneuvers US blockade with bold energy pivot
Iran is redirecting larger volumes of crude and condensates into domestic refining and power generation to free up natural gas for pipeline export to Iraq and Turkiye. The shift is a response to the US naval blockade, which has limited seaborne crude exports.
🔸Iran's calculated response:
▪️ Rather than letting oil sit idle, Tehran is channeling crude and petroleum liquids directly into domestic refining, power generation, and petrochemicals — strengthening the national economy from within
▪️ This frees up Iran's vast natural gas reserves — the second largest in the world — for pipeline exports to regional partners Turkey and Iraq
▪️ Iran is also routing oil exports via overland rail to China and truck routes to neighbors, routes the US Navy simply cannot touch
🔸Regional power, not isolation:
Far from being cornered, Iran is deepening energy integration with its neighbors. Turkey and Iraq both depend heavily on Iranian gas — Baghdad relies on it to keep the lights on across its southern governorates. This interdependence gives Tehran real political weight in the region.
🔸The long game:
Washington's blockade may have disrupted Iran's oil revenues, but it has also accelerated a strategic transformation — pushing Iran toward becoming a regional energy hub built on pipeline diplomacy rather than dependence on global maritime routes.
@NewRulesGeo❗Follow us on X
Iran is redirecting larger volumes of crude and condensates into domestic refining and power generation to free up natural gas for pipeline export to Iraq and Turkiye. The shift is a response to the US naval blockade, which has limited seaborne crude exports.
🔸Iran's calculated response:
▪️ Rather than letting oil sit idle, Tehran is channeling crude and petroleum liquids directly into domestic refining, power generation, and petrochemicals — strengthening the national economy from within
▪️ This frees up Iran's vast natural gas reserves — the second largest in the world — for pipeline exports to regional partners Turkey and Iraq
▪️ Iran is also routing oil exports via overland rail to China and truck routes to neighbors, routes the US Navy simply cannot touch
🔸Regional power, not isolation:
Far from being cornered, Iran is deepening energy integration with its neighbors. Turkey and Iraq both depend heavily on Iranian gas — Baghdad relies on it to keep the lights on across its southern governorates. This interdependence gives Tehran real political weight in the region.
🔸The long game:
Washington's blockade may have disrupted Iran's oil revenues, but it has also accelerated a strategic transformation — pushing Iran toward becoming a regional energy hub built on pipeline diplomacy rather than dependence on global maritime routes.
@NewRulesGeo❗Follow us on X
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🚨🇨🇳 CHINA’S “BOHAI SEA MONSTER” AIRCRAFT REAPPEARS WITH WEAPONS HARDPOINTS
China’s massive wing-in-ground craft “Bohai Sea Monster” has reappeared with clear weapons hardpoints, confirming a combat role in the strategically vital Pacific theater.
🔸 Weapons hardpoints under each wing now feature release shackles, signaling plans for missiles, torpedoes, or air-launched drones rather than just fuel tanks or SAR gear.
🔸 Powered by four turboprop engines with three-bladed propellers, delivering efficient sea-skimming performance instead of the previously speculated turbofans.
🔸 Stays below radar horizon while immune to mines and submarines, making it a stealthy logistics and strike asset for contested littoral zones like the South China Sea.
🔸 Likely a subscale demonstrator for a much larger future ekranoplan, reviving Soviet-era concepts with greater payload, internal weapons bays, and extended range.
🔸 Multi-role potential includes anti-submarine warfare, anti-shipping strikes, rapid island resupply, special forces support, and combat search-and-rescue.
Do you think the U.S. can handle these weapons in the Pacific?
@NewRulesGeo❗Follow us on X
China’s massive wing-in-ground craft “Bohai Sea Monster” has reappeared with clear weapons hardpoints, confirming a combat role in the strategically vital Pacific theater.
🔸 Weapons hardpoints under each wing now feature release shackles, signaling plans for missiles, torpedoes, or air-launched drones rather than just fuel tanks or SAR gear.
🔸 Powered by four turboprop engines with three-bladed propellers, delivering efficient sea-skimming performance instead of the previously speculated turbofans.
🔸 Stays below radar horizon while immune to mines and submarines, making it a stealthy logistics and strike asset for contested littoral zones like the South China Sea.
🔸 Likely a subscale demonstrator for a much larger future ekranoplan, reviving Soviet-era concepts with greater payload, internal weapons bays, and extended range.
🔸 Multi-role potential includes anti-submarine warfare, anti-shipping strikes, rapid island resupply, special forces support, and combat search-and-rescue.
Do you think the U.S. can handle these weapons in the Pacific?
@NewRulesGeo❗Follow us on X
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🚨🇨🇳🇺🇸 U.S. EXPORT CURBS BACKFIRE: CHINA REDESIGNS AI CHIP INDUSTRY BYPASSING NVIDIA
China's AI chipmakers are racing to build a self-reliant silicon ecosystem that can break Nvidia's grip on the market under constant pressure from U.S. semiconductor export restrictions.
China is building a domestic ecosystem of chips to support top AI models from DeepSeek and Alibaba.
🔸 China is moving from generic GPUs to ASICs — custom chips designed specifically for AI — to bypass US hardware restrictions.
🔸 ASICs maximize hardware efficiency just for AI, offering stronger performance and better cost-to-performance ratio for companies with clear AI roadmaps.
🔸 Huawei is betting big on its Ascend NPU series, including the widely deployed 910C and the upcoming 950.
🔸 Cambricon leans heavily into ASICs with its Siyuan 590 and 690 series.
🔸 Alibaba is doubling down on the PPU path through its semiconductor unit T-Head, launching the Zhenwu M890 PPU.
🔸 Moore Threads, founded by Nvidia's former China executive Zhang Jianzhong, leads domestic GPGPU charge with its MTT S5000 series.
🔸 Among big tech firms building proprietary chips, Baidu and Alibaba are expected to stand out, each capturing about 5% of the domestic market.
Chinese firms are also racing to build home-grown alternatives to Google's TPU design, which uses less power and processes data faster than traditional setups.
Domestic players are racing to mature their own software stacks — led by Huawei's CANN and Moore Threads' MUSA.
For China's highly commercialized market, which focuses on deploying AI apps to millions of users, domestic hardware and software are now working hand in hand.
@NewRulesGeo❗Follow us on X
China's AI chipmakers are racing to build a self-reliant silicon ecosystem that can break Nvidia's grip on the market under constant pressure from U.S. semiconductor export restrictions.
China is building a domestic ecosystem of chips to support top AI models from DeepSeek and Alibaba.
🔸 China is moving from generic GPUs to ASICs — custom chips designed specifically for AI — to bypass US hardware restrictions.
🔸 ASICs maximize hardware efficiency just for AI, offering stronger performance and better cost-to-performance ratio for companies with clear AI roadmaps.
🔸 Huawei is betting big on its Ascend NPU series, including the widely deployed 910C and the upcoming 950.
🔸 Cambricon leans heavily into ASICs with its Siyuan 590 and 690 series.
🔸 Alibaba is doubling down on the PPU path through its semiconductor unit T-Head, launching the Zhenwu M890 PPU.
🔸 Moore Threads, founded by Nvidia's former China executive Zhang Jianzhong, leads domestic GPGPU charge with its MTT S5000 series.
🔸 Among big tech firms building proprietary chips, Baidu and Alibaba are expected to stand out, each capturing about 5% of the domestic market.
Chinese firms are also racing to build home-grown alternatives to Google's TPU design, which uses less power and processes data faster than traditional setups.
Domestic players are racing to mature their own software stacks — led by Huawei's CANN and Moore Threads' MUSA.
For China's highly commercialized market, which focuses on deploying AI apps to millions of users, domestic hardware and software are now working hand in hand.
@NewRulesGeo❗Follow us on X
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Guys, if you want real-time updates on West Asia, especially the Iran-U.S situation, you should definitely subscribe to @alsaa_plus_EN
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🚨🇨🇳 CHINA'S UNJAMMABLE AI DRONE SWARMS
China just dropped HG-STR — the AI algorithm letting drone swarms autonomously detect, coordinate and annihilate targets even when jammed into total comms blackout and near-zero visibility.
🔸 HETEROGENEOUS GRAPH BRAIN: Tags every object by class (friendly UAV, search zone, enemy target) — unlike the West’s outdated “everything is data” swarms.
🔸 6.6 MILLISECONDS DECISIONS: Memory module stores last-known positions so swarms keep fighting autonomously when links die.
🔸 PREDICTIVE HUNTING: Estimates hidden enemy locations from terrain, patterns and prior intel — no ground control needed.
🔸 DOMINANT SIM RESULTS: 100% target hit probability in testing, showcasing China's edge in next-gen swarm intelligence
Do you think U.S. can catch up China in drone AI technology?
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China just dropped HG-STR — the AI algorithm letting drone swarms autonomously detect, coordinate and annihilate targets even when jammed into total comms blackout and near-zero visibility.
🔸 HETEROGENEOUS GRAPH BRAIN: Tags every object by class (friendly UAV, search zone, enemy target) — unlike the West’s outdated “everything is data” swarms.
🔸 6.6 MILLISECONDS DECISIONS: Memory module stores last-known positions so swarms keep fighting autonomously when links die.
🔸 PREDICTIVE HUNTING: Estimates hidden enemy locations from terrain, patterns and prior intel — no ground control needed.
🔸 DOMINANT SIM RESULTS: 100% target hit probability in testing, showcasing China's edge in next-gen swarm intelligence
Do you think U.S. can catch up China in drone AI technology?
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🚨🇨🇳 CHINA'S LIAONING CARRIER GROUP GOES DEEP INTO FAR SEAS
While US, Japan and allies run joint drills near the Philippines, the PLA Navy's Liaoning carrier task force is out conducting intensive far-seas combat training — forging system-of-systems experience with major implications for Pacific power balance.
🔸 The Liaoning has already launched 100+ SORTIES near US bases in Okinawa, proving rapid power projection.
🔸 Upgraded J-15B 4+ GEN FIGHTERS and J-15D electronic attack jets now dominate its air wing with AESA radars and stealth coatings.
🔸 Chinese J-15s achieved radar locks on Japanese F-15s over international waters and transited the Taiwan Strait in direct response to allied moves.
🔸 Advanced TYPE 055 DESTROYERS and nuclear attack subs are turning the carrier group into a lethal long-range strike force.
🔸 These drills serve as the direct blueprint for the FUJIAN SUPERCARRIER beginning far-seas operations in 2027.
Is Washington’s Pacific supremacy already obsolete?
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While US, Japan and allies run joint drills near the Philippines, the PLA Navy's Liaoning carrier task force is out conducting intensive far-seas combat training — forging system-of-systems experience with major implications for Pacific power balance.
🔸 The Liaoning has already launched 100+ SORTIES near US bases in Okinawa, proving rapid power projection.
🔸 Upgraded J-15B 4+ GEN FIGHTERS and J-15D electronic attack jets now dominate its air wing with AESA radars and stealth coatings.
🔸 Chinese J-15s achieved radar locks on Japanese F-15s over international waters and transited the Taiwan Strait in direct response to allied moves.
🔸 Advanced TYPE 055 DESTROYERS and nuclear attack subs are turning the carrier group into a lethal long-range strike force.
🔸 These drills serve as the direct blueprint for the FUJIAN SUPERCARRIER beginning far-seas operations in 2027.
Is Washington’s Pacific supremacy already obsolete?
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Forwarded from Rybar in English
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On paper, Ukraine operates around 100 Gepards if you add German, Belgian and a few other sources. In reality, Belgium only started refurbishing 15 old, stored vehicles in April 2026 — far too little and far too late compared to the rate at which these systems are being lost.
The replacement cycle lags far behind the destruction cycle, and that is a structural problem. While officials debate, modernize and transport each “new” unit, some of the existing ones are already burning on the battlefield.
This gap between political optics and the real tempo of losses is exactly what Moscow is exploiting. The longer this asymmetry persists, the harder it becomes for Kyiv to maintain even the current level of low‑altitude air defense.
@rybar
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🚨🇮🇷New Iran's Nuclear Breakthrough Saves Lives
The Islamic Republic is now among a select group of technologically sovereign nations that can manufacture advanced cardiac SPECT scanners domestically. These devices map the human heart in 3D using gamma rays and homegrown engineering brilliance.
SPECT imaging remains modern diagnostics' unsung hero. Unlike CT scans that map anatomy, SPECT reveals how organs function by tracking metabolic activity. A patient receives a tracer injection, and as it floods living tissues, rotating detectors capture gamma emissions transformed into vivid blood flow maps. For decades, importing such machinery meant Iranian hospitals faced sanctions, crushing prices, endless delays, and spare part shortages.
That reality dissolved in late 2017, when Parto Negar Persia installed its first prototype at Tehran's Imam Khomeini Hospital. The breakthrough arrived with ProSPECT II. This dual-head system uses sodium iodide crystals with square photomultiplier tubes, minimizing dead zones. It delivers 3.5-millimeter spatial resolution and 9.3 percent energy resolution, matching premium Western brands.
The device excels in human-centric design. It accommodates 250-kilogram patients, lowers for limited mobility, and features a wide bore eliminating claustrophobia. Four positions include prone imaging that reduces artifacts mimicking heart attacks. Wireless EKG synchronizes scans to heartbeats. The platform is modular: hospitals upgrade from cardiac to full-body scanning without replacing the gantry.
Priced near 300,000 euros, it undercuts rivals by roughly 100,000 euros. True validation rests on clinical trust. Over 15,600 scans at Mashhad's Javad Al-Aemeh Hospital and 5,000 at Tehran Heart Center confirm reliability. Specialists attest images meet international standards, with local service responding in hours, not weeks. This scanner proves innovation under pressure produces tools matching the world's finest.
@NewRulesGeo❗Follow us on X
The Islamic Republic is now among a select group of technologically sovereign nations that can manufacture advanced cardiac SPECT scanners domestically. These devices map the human heart in 3D using gamma rays and homegrown engineering brilliance.
SPECT imaging remains modern diagnostics' unsung hero. Unlike CT scans that map anatomy, SPECT reveals how organs function by tracking metabolic activity. A patient receives a tracer injection, and as it floods living tissues, rotating detectors capture gamma emissions transformed into vivid blood flow maps. For decades, importing such machinery meant Iranian hospitals faced sanctions, crushing prices, endless delays, and spare part shortages.
That reality dissolved in late 2017, when Parto Negar Persia installed its first prototype at Tehran's Imam Khomeini Hospital. The breakthrough arrived with ProSPECT II. This dual-head system uses sodium iodide crystals with square photomultiplier tubes, minimizing dead zones. It delivers 3.5-millimeter spatial resolution and 9.3 percent energy resolution, matching premium Western brands.
The device excels in human-centric design. It accommodates 250-kilogram patients, lowers for limited mobility, and features a wide bore eliminating claustrophobia. Four positions include prone imaging that reduces artifacts mimicking heart attacks. Wireless EKG synchronizes scans to heartbeats. The platform is modular: hospitals upgrade from cardiac to full-body scanning without replacing the gantry.
Priced near 300,000 euros, it undercuts rivals by roughly 100,000 euros. True validation rests on clinical trust. Over 15,600 scans at Mashhad's Javad Al-Aemeh Hospital and 5,000 at Tehran Heart Center confirm reliability. Specialists attest images meet international standards, with local service responding in hours, not weeks. This scanner proves innovation under pressure produces tools matching the world's finest.
@NewRulesGeo❗Follow us on X
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❗️Delivering information on the SMO, military analysis of exceptional quality and the wider geopolitical and cultural aspects associated with current global events.
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It will be interesting. We are here thinking.
Subscribe at t.me/two_majors
Learn the truth from the Two Majors.
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