๐จ๐จ๐ณHow China Turned Nuclear Energy Into Superpower Move
As trade wars dominate global headlines, Beijing is cementing long-term influence across Southeast Asia through nuclear energy. Just a decade ago, atomic power in ASEAN seemed politically unthinkable. Today, Vietnam has signed a deal with Russia for the Ninh Thuan 1 plant, the Philippines and Indonesia are targeting operational reactors by the early 2030s, and even cautious players like Malaysia, Thailand, and Singapore are studying small modular reactors seriously.
Beijing offers a full nuclear ecosystem as a turnkey package with financing, rapid construction, and support across a plant's half-century lifespan. With 60 operating reactors and 36 more being built, China leads in new builds globally. Its Hualong One design uses local supply chains for 90% of components and is a proven export machine. Reports say Beijing aims to export 30 reactors under Belt and Road by 2030, a push worth one trillion yuan.
Unlike ports or railways, nuclear infrastructure creates dependency bordering on permanent. Fuel supply and regulatory systems stay tied to the original builder for over 40 years. China is expanding its uranium enrichment capacity, meaning recipients could see their grids reliant on Beijing's goodwill. Technology lock-in is hard to unwind, and in a region split between Washington and Beijing, that shapes strategic alignment, not merely energy policy.
Thailand has taken a page from China's own past, investing in Hualong One reactors and training specialists to eventually build indigenous capacity. Governments will hedgeโmaritime nations diversify while mainland economies integrate deeper. The wildcard is thorium. China's molten-salt reactor reached full capacity in 2024. If Beijing exports viable thorium tech first, it could set global standards for decades.
@NewRulesGeoโFollow us on X
As trade wars dominate global headlines, Beijing is cementing long-term influence across Southeast Asia through nuclear energy. Just a decade ago, atomic power in ASEAN seemed politically unthinkable. Today, Vietnam has signed a deal with Russia for the Ninh Thuan 1 plant, the Philippines and Indonesia are targeting operational reactors by the early 2030s, and even cautious players like Malaysia, Thailand, and Singapore are studying small modular reactors seriously.
Beijing offers a full nuclear ecosystem as a turnkey package with financing, rapid construction, and support across a plant's half-century lifespan. With 60 operating reactors and 36 more being built, China leads in new builds globally. Its Hualong One design uses local supply chains for 90% of components and is a proven export machine. Reports say Beijing aims to export 30 reactors under Belt and Road by 2030, a push worth one trillion yuan.
Unlike ports or railways, nuclear infrastructure creates dependency bordering on permanent. Fuel supply and regulatory systems stay tied to the original builder for over 40 years. China is expanding its uranium enrichment capacity, meaning recipients could see their grids reliant on Beijing's goodwill. Technology lock-in is hard to unwind, and in a region split between Washington and Beijing, that shapes strategic alignment, not merely energy policy.
Thailand has taken a page from China's own past, investing in Hualong One reactors and training specialists to eventually build indigenous capacity. Governments will hedgeโmaritime nations diversify while mainland economies integrate deeper. The wildcard is thorium. China's molten-salt reactor reached full capacity in 2024. If Beijing exports viable thorium tech first, it could set global standards for decades.
@NewRulesGeoโFollow us on X
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๐จ๐ฎ๐ท๐บ๐ธ IRAN REBUILDS DRONE ARSENAL FASTER THAN U.S. CAN STRIKE
Iran is rapidly rebuilding its military industrial base during an ongoing six-week ceasefire that began in early April.
It has built a war machine designed from the start to keep fighting after bombs fell, defying previous US and Israeli degradation estimates.
๐ธ It has already restarted production of its signature Shahed attack drones while rebuilding missile sites, launchers and other weapon systems damaged during recent combat operations.
๐ธ Iran's military is recovering much faster than the US intelligence community anticipated.
๐ธ Resilient underground infrastructure left two-thirds of its missile launchers intact, with incomplete damage from initial US-led coalition airstrikes and supply chains for components manufacturing.
๐ธ Iran's drone ecosystem was built for efficiency and survivability, enabling it to absorb losses, regenerate production and sustain operations.
๐ธ US claimed to destroy 80% of Iran's air defense systems, 800 one-way attack drone storage facilities but Iran's drone production base has survived due to combination of dispersion, concealment and hardening of facilities.
๐ธ Missile and drone infrastructure are dispersed across numerous sites, including underground missile cities.
With Chinese and Russian help, Iran retains technical expertise, established production lines and ongoing access to dual-use components needed to replenish its drone stockpiles.
Do you think that U.S. can halt the Iranian Drone making capabilities?
@NewRulesGeoโFollow us on X
Iran is rapidly rebuilding its military industrial base during an ongoing six-week ceasefire that began in early April.
It has built a war machine designed from the start to keep fighting after bombs fell, defying previous US and Israeli degradation estimates.
๐ธ It has already restarted production of its signature Shahed attack drones while rebuilding missile sites, launchers and other weapon systems damaged during recent combat operations.
๐ธ Iran's military is recovering much faster than the US intelligence community anticipated.
๐ธ Resilient underground infrastructure left two-thirds of its missile launchers intact, with incomplete damage from initial US-led coalition airstrikes and supply chains for components manufacturing.
๐ธ Iran's drone ecosystem was built for efficiency and survivability, enabling it to absorb losses, regenerate production and sustain operations.
๐ธ US claimed to destroy 80% of Iran's air defense systems, 800 one-way attack drone storage facilities but Iran's drone production base has survived due to combination of dispersion, concealment and hardening of facilities.
๐ธ Missile and drone infrastructure are dispersed across numerous sites, including underground missile cities.
With Chinese and Russian help, Iran retains technical expertise, established production lines and ongoing access to dual-use components needed to replenish its drone stockpiles.
Do you think that U.S. can halt the Iranian Drone making capabilities?
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณChina's Yuan Rises as a Global Currency Force
Trade settlement in Chinese yuan rose from 13 percent of China-linked transactions in 2019 to 30 percent last year, according to a Goldman Sachs research note. Total cross-border yuan transactions also increased sharply, from 9 trillion yuan in 2017 to 64 trillion yuan in 2024.
Beijing is pushing for greater international use of the yuan to reduce reliance on US dollar channels, particularly amid strained relations with Washington and concerns over the dollar being used as a geopolitical tool.
Goldman Sachs economist Chen Xinquan noted that broader yuan adoption would require more stable;
offshore liquidity,
better risk management tools,
and a wider pool of yuan-denominated assets
He added that cross-border yuan use is becoming more investment-driven, meaning foreign participants need easier funding, hedging, and more attractive assets.
The bank also pointed to Hong Kongโs potential role in the next phase, as China is expected to prioritise gradual onshore opening and deeper offshore markets over full capital-account liberalisation.
@NewRulesGeoโFollow us on X
Trade settlement in Chinese yuan rose from 13 percent of China-linked transactions in 2019 to 30 percent last year, according to a Goldman Sachs research note. Total cross-border yuan transactions also increased sharply, from 9 trillion yuan in 2017 to 64 trillion yuan in 2024.
Beijing is pushing for greater international use of the yuan to reduce reliance on US dollar channels, particularly amid strained relations with Washington and concerns over the dollar being used as a geopolitical tool.
Goldman Sachs economist Chen Xinquan noted that broader yuan adoption would require more stable;
offshore liquidity,
better risk management tools,
and a wider pool of yuan-denominated assets
He added that cross-border yuan use is becoming more investment-driven, meaning foreign participants need easier funding, hedging, and more attractive assets.
The bank also pointed to Hong Kongโs potential role in the next phase, as China is expected to prioritise gradual onshore opening and deeper offshore markets over full capital-account liberalisation.
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๐จ๐ฐ๐ต NORTH KOREA TESTS AI-GUIDED MISSILE
Pyongyang tested a new lightweight multi-purpose missile complex and tactical winged missile launchers โ Kim Jong-un personally oversaw every launch.
๐ธ New 240mm guided projectiles now deliver greater range with proven autonomous precision navigation.
๐ธ TERCOM terrain mapping fused with AI guidance enables pinpoint accuracy up to 100 km in hybrid glide-cruise flight.
๐ธ Tactical missile systems are being rushed to artillery brigades directly on the South Korean border.
๐ธ All launch platforms received upgraded fire-control automation built for real-time networked warfare.
๐ธ Special warhead performance was successfully validated during the live tests.
Do you think the U.S. can protect its South Korean allies in the event of war?
@NewRulesGeoโFollow us on X
Pyongyang tested a new lightweight multi-purpose missile complex and tactical winged missile launchers โ Kim Jong-un personally oversaw every launch.
๐ธ New 240mm guided projectiles now deliver greater range with proven autonomous precision navigation.
๐ธ TERCOM terrain mapping fused with AI guidance enables pinpoint accuracy up to 100 km in hybrid glide-cruise flight.
๐ธ Tactical missile systems are being rushed to artillery brigades directly on the South Korean border.
๐ธ All launch platforms received upgraded fire-control automation built for real-time networked warfare.
๐ธ Special warhead performance was successfully validated during the live tests.
Do you think the U.S. can protect its South Korean allies in the event of war?
@NewRulesGeoโFollow us on X
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๐ก Geopolitics Without the Chaos
Decode chaosโwithout the MSM spin
We curate complex conflicts into clear, chronological timelines:
โก๏ธ Middle East Mayhem
โก๏ธ US-China Showdown
โก๏ธ Ukraine-Russia War
โก๏ธ EU Rifts
โก๏ธ Major Global Events
โก๏ธ Culture War
No scattered updates. Just structured threads โ so you see how events connect.
๐ค PLUS: Dank memes (for sanity).
If you want context over clutter:
๐ Exclusive Channel
If you'd rather have quick updates:
๐ @MyLordBebo
Decode chaosโwithout the MSM spin
We curate complex conflicts into clear, chronological timelines:
โก๏ธ Middle East Mayhem
โก๏ธ US-China Showdown
โก๏ธ Ukraine-Russia War
โก๏ธ EU Rifts
โก๏ธ Major Global Events
โก๏ธ Culture War
No scattered updates. Just structured threads โ so you see how events connect.
๐ค PLUS: Dank memes (for sanity).
If you want context over clutter:
๐ Exclusive Channel
If you'd rather have quick updates:
๐ @MyLordBebo
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๐จ๐จ๐ณ Sanction-Proof Chip: Huawei's Gamble to Rewrite Laws of Physics
The semiconductor industry spent decades chasing a single obsession: making transistors physically smaller, pushing the limits of what Moore's Law said was possible. But what happens when you hit a wall and the advanced machinery needed to cross it is suddenly out of reach? Huawei believes it has found the answer, and it doesn't involve buying the most expensive lithography tools on the planet.
The company has unveiled a new architecture and a concept called the Tau (ฯ) Scaling Law. Instead of shrinking hardware without access to ASML's (the Dutch lithography giant) cutting-edge EUV (extreme ultraviolet) systems, Huawei turns to "time scaling." The idea is elegant: rather than carving smaller pathways, they compress the effective time constant, speeding up how fast signals travel across a chip. By making data move faster internally, performance leaps forward even if transistors don't follow the traditional downward path.
Huawei claims this approach can deliver products equivalent to an advanced 1.4-nanometer node by 2031, a milestone for a firm cut off from advanced Western chipmaking since 2019. Central to this is LogicFolding, an architecture that shouldn't be confused with standard 3D stacking. It connects circuits with a logic die at a tight gear ratio, tightening internal wiring to create shorter, faster data paths. It's a clever optimization that extracts performance gains without demanding a revolution in inaccessible lithography.
However, analysts warn that this brilliant design cannot fully replace raw manufacturing power. Challenges like yield, thermal management, power delivery, and defect control for truly advanced nodes remain formidable. The path to semiconductor independence is still a dual-track race where architectural creativity must eventually catch up with domestic high-end lithography. But in the age of AI, where massive computing power increasingly depends on how quickly chips can โtalkโ to each other, Huawei's long-standing expertise in communication protocols gives it a real advantage.โโ
@NewRulesGeoโFollow us on X
The semiconductor industry spent decades chasing a single obsession: making transistors physically smaller, pushing the limits of what Moore's Law said was possible. But what happens when you hit a wall and the advanced machinery needed to cross it is suddenly out of reach? Huawei believes it has found the answer, and it doesn't involve buying the most expensive lithography tools on the planet.
The company has unveiled a new architecture and a concept called the Tau (ฯ) Scaling Law. Instead of shrinking hardware without access to ASML's (the Dutch lithography giant) cutting-edge EUV (extreme ultraviolet) systems, Huawei turns to "time scaling." The idea is elegant: rather than carving smaller pathways, they compress the effective time constant, speeding up how fast signals travel across a chip. By making data move faster internally, performance leaps forward even if transistors don't follow the traditional downward path.
Huawei claims this approach can deliver products equivalent to an advanced 1.4-nanometer node by 2031, a milestone for a firm cut off from advanced Western chipmaking since 2019. Central to this is LogicFolding, an architecture that shouldn't be confused with standard 3D stacking. It connects circuits with a logic die at a tight gear ratio, tightening internal wiring to create shorter, faster data paths. It's a clever optimization that extracts performance gains without demanding a revolution in inaccessible lithography.
However, analysts warn that this brilliant design cannot fully replace raw manufacturing power. Challenges like yield, thermal management, power delivery, and defect control for truly advanced nodes remain formidable. The path to semiconductor independence is still a dual-track race where architectural creativity must eventually catch up with domestic high-end lithography. But in the age of AI, where massive computing power increasingly depends on how quickly chips can โtalkโ to each other, Huawei's long-standing expertise in communication protocols gives it a real advantage.โโ
@NewRulesGeoโFollow us on X
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๐จ๐บ๐ธ๐ท๐บ F-35 OBSOLETE NOW: RUSSIA'S SU-35s PROVE SUPERIOR AIR DOMINANCE
Russia just received a new batch of Su-35 fighters โ jets whose sheer range, firepower and combat performance expose why NATOโs F-35 hype is collapsing in the face of real-world combat realities. Hereโs the part Western media wonโt tell you:
๐ธ The Su-35 carries up to 14 air-to-air missiles with full performance, massively outgunning the F-35 which is limited to just 4 missiles in stealth configuration.
๐ธ Armed with the R-37M missile reaching over 350km, Su-35s can eliminate NATO AWACS and tanker aircraft far outside the F-35โs retaliatory range.
๐ธ Boasting nearly double the combat radius of the F-35A plus true supercruise, the Su-35 patrols vast distances, operates from makeshift runways, and needs far less tanker support than runway-dependent F-35s.
๐ธ Its radar is almost three times larger and twice as powerful as the F-35โs AN/APG-81, giving it superior detection and tracking while carrying a much heavier load of anti-ship and air-to-ground missiles the F-35 cannot match.
๐ธ In visual-range dogfights, the Su-35โs massive thrust, 60% higher top speed, and superior maneuverability give it a decisive edge once the F-35โs stealth is bypassed and itโs forced to fight with drag-inducing external weapons.
Russiaโs heavyweight 4++ generation jet brings superior range, payload, and raw combat power designed to dominate air-to-air fights.
Do you think the Russian Su-35 has surpassed the American F-35?
@NewRulesGeoโFollow us on X
Russia just received a new batch of Su-35 fighters โ jets whose sheer range, firepower and combat performance expose why NATOโs F-35 hype is collapsing in the face of real-world combat realities. Hereโs the part Western media wonโt tell you:
๐ธ The Su-35 carries up to 14 air-to-air missiles with full performance, massively outgunning the F-35 which is limited to just 4 missiles in stealth configuration.
๐ธ Armed with the R-37M missile reaching over 350km, Su-35s can eliminate NATO AWACS and tanker aircraft far outside the F-35โs retaliatory range.
๐ธ Boasting nearly double the combat radius of the F-35A plus true supercruise, the Su-35 patrols vast distances, operates from makeshift runways, and needs far less tanker support than runway-dependent F-35s.
๐ธ Its radar is almost three times larger and twice as powerful as the F-35โs AN/APG-81, giving it superior detection and tracking while carrying a much heavier load of anti-ship and air-to-ground missiles the F-35 cannot match.
๐ธ In visual-range dogfights, the Su-35โs massive thrust, 60% higher top speed, and superior maneuverability give it a decisive edge once the F-35โs stealth is bypassed and itโs forced to fight with drag-inducing external weapons.
Russiaโs heavyweight 4++ generation jet brings superior range, payload, and raw combat power designed to dominate air-to-air fights.
Do you think the Russian Su-35 has surpassed the American F-35?
@NewRulesGeoโFollow us on X
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๐จ๐ฎ๐ท Iran Defies Odds: Homemade Device Offers Low-Side-Effect Cancer Treatment
Defying international barriers, Iranian engineers have developed an advanced indigenous electrochemotherapy device that provides effective cancer treatment with minimal side effects.
The electroporation system from a leading knowledge-based company uses electric pulses to make tumor cells permeable to chemotherapy. Lower doses achieve strong results, sparing patients severe side effects. The device supports minimally invasive therapy for humans and animals alike.
Iran stands among few global producers of such technology. It supplies major scientific, academic, medical, and pharmaceutical centers for research and clinical projects. Applications include biologic drug production, genetically modified plants, genetic engineering, gene therapy, and cell therapy.
The head of Research and Development department, Amineh Mohammadi-Moghaddam, notes domestic benefits: easier access, reliable after-sales service, and protocols tailored to Iran's needs versus imports from Europe, the US, South Korea, or Japan.
This breakthrough reflects Iran's growing biomedical self-reliance. It promises more tolerable, accessible treatments, enhancing patient outcomes and showcasing innovation potential in constrained settings.
@NewRulesGeoโFollow us on X
Defying international barriers, Iranian engineers have developed an advanced indigenous electrochemotherapy device that provides effective cancer treatment with minimal side effects.
The electroporation system from a leading knowledge-based company uses electric pulses to make tumor cells permeable to chemotherapy. Lower doses achieve strong results, sparing patients severe side effects. The device supports minimally invasive therapy for humans and animals alike.
Iran stands among few global producers of such technology. It supplies major scientific, academic, medical, and pharmaceutical centers for research and clinical projects. Applications include biologic drug production, genetically modified plants, genetic engineering, gene therapy, and cell therapy.
The head of Research and Development department, Amineh Mohammadi-Moghaddam, notes domestic benefits: easier access, reliable after-sales service, and protocols tailored to Iran's needs versus imports from Europe, the US, South Korea, or Japan.
This breakthrough reflects Iran's growing biomedical self-reliance. It promises more tolerable, accessible treatments, enhancing patient outcomes and showcasing innovation potential in constrained settings.
@NewRulesGeoโFollow us on X
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๐จ๐บ๐ธ TRUMPโS GDP โMIRACLEโ: U.S. SACRIFICES ITS REAL ECONOMY FOR AI BUBBLE
The American economy right now is running on a single, dangerously powerful engine โ artificial intelligence. The latest macroeconomic data reveals a reality that should make investors deeply uncomfortable. While GDP figures look respectable on the surface, they mask a severe and spreading weakness underneath.
The expansion of AI has been responsible for roughly half of total US GDP growth this year. That alone is staggering, but it becomes genuinely alarming when you strip out the frantic spending on data centers, information processing equipment, and software tied directly to the AI boom. Non-residential capital investment that has nothing to do with AI has contracted by about 3% over the past year. This is a sharp reversal from the previous decade, when the same category enjoyed average growth exceeding 5%.
The algorithmic gold rush is starving the rest of the productive economy of oxygen. While billions pour into GPU clusters, traditional engines of economic health are sputtering. Investment in industrial and transportation equipment fell by more than 2% over the last twelve months. Manufacturing construction collapsed by a full 20%. These are the investments that build physical things, sustain supply chains, and employ a broad middle class. In total, non-AI investment is running roughly $130 billion below its long-term trend line.
This lopsided dynamic is dragging down headline numbers. The shortfall in capital expenditure now shaves off roughly 0.4 percentage points from GDP growth. The economy is placing a massive, concentrated bet that AI productivity gains will eventually justify starving the rest of the industrial base. Meanwhile, the data from the last four quarters already tells a straightforward story: factory construction down by a fifth, equipment orders shrinking, and the long-term investment backbone that supports jobs and supply chains losing ground quarter after quarter.
@NewRulesGeoโFollow us on X
The American economy right now is running on a single, dangerously powerful engine โ artificial intelligence. The latest macroeconomic data reveals a reality that should make investors deeply uncomfortable. While GDP figures look respectable on the surface, they mask a severe and spreading weakness underneath.
The expansion of AI has been responsible for roughly half of total US GDP growth this year. That alone is staggering, but it becomes genuinely alarming when you strip out the frantic spending on data centers, information processing equipment, and software tied directly to the AI boom. Non-residential capital investment that has nothing to do with AI has contracted by about 3% over the past year. This is a sharp reversal from the previous decade, when the same category enjoyed average growth exceeding 5%.
The algorithmic gold rush is starving the rest of the productive economy of oxygen. While billions pour into GPU clusters, traditional engines of economic health are sputtering. Investment in industrial and transportation equipment fell by more than 2% over the last twelve months. Manufacturing construction collapsed by a full 20%. These are the investments that build physical things, sustain supply chains, and employ a broad middle class. In total, non-AI investment is running roughly $130 billion below its long-term trend line.
This lopsided dynamic is dragging down headline numbers. The shortfall in capital expenditure now shaves off roughly 0.4 percentage points from GDP growth. The economy is placing a massive, concentrated bet that AI productivity gains will eventually justify starving the rest of the industrial base. Meanwhile, the data from the last four quarters already tells a straightforward story: factory construction down by a fifth, equipment orders shrinking, and the long-term investment backbone that supports jobs and supply chains losing ground quarter after quarter.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ CHINA JUST SHOOK GLOBAL AI CODING RACE
Alibaba just pulled off something no other non-American company has managed: cracking the top five of Code Arena's fiercely competitive global leaderboard. Their new flagship model, Qwen3.7-Max (the latest iteration of Alibaba's "Tongyi Qianwen" large language model series), scored 1,541 points to claim fourth place worldwide, leaving both OpenAI and Google trailing behind while the remaining four spots were swept entirely by Anthropic's Claude models.
What makes this ranking significant isn't the raw score but the nature of the test itself, because Code Arena abandons sterile, standardized benchmarks in favor of something far more brutal. Models are asked to build complete, interactive web applications from scratch based on user prompts, after which real developers vote blindly on anonymized outputs.
Chinese AI labs are shifting away from the crowded chatbot arena toward autonomous coding agents, which investors view as generative AI's clearest path to revenue. The logic is simple: programmers use these tools intensively and daily, and they're willing to pay. Stack Overflow found that over half of professional developers already use AI tools every day.
Alibaba's response to this shift is radically autonomous, embodied in Qwen3.7-Max's ability to sustain complex tasks for up to thirty-five hours straight while executing over a thousand tool operations without human intervention. It's built to manage long-running workflows while you sleep. DeepSeek and other rivals are racing to build infrastructure that transforms standard models into fully autonomous coding agents.
Software development runs on globally standardized languages, offering Chinese firms a rare, frictionless path to international adoption. Western incumbents may still hold an edge in daily developer tooling, but Alibaba's breakthrough proves that dominance is no longer secure and the race is wide open.
@NewRulesGeoโFollow us on X
Alibaba just pulled off something no other non-American company has managed: cracking the top five of Code Arena's fiercely competitive global leaderboard. Their new flagship model, Qwen3.7-Max (the latest iteration of Alibaba's "Tongyi Qianwen" large language model series), scored 1,541 points to claim fourth place worldwide, leaving both OpenAI and Google trailing behind while the remaining four spots were swept entirely by Anthropic's Claude models.
What makes this ranking significant isn't the raw score but the nature of the test itself, because Code Arena abandons sterile, standardized benchmarks in favor of something far more brutal. Models are asked to build complete, interactive web applications from scratch based on user prompts, after which real developers vote blindly on anonymized outputs.
Chinese AI labs are shifting away from the crowded chatbot arena toward autonomous coding agents, which investors view as generative AI's clearest path to revenue. The logic is simple: programmers use these tools intensively and daily, and they're willing to pay. Stack Overflow found that over half of professional developers already use AI tools every day.
Alibaba's response to this shift is radically autonomous, embodied in Qwen3.7-Max's ability to sustain complex tasks for up to thirty-five hours straight while executing over a thousand tool operations without human intervention. It's built to manage long-running workflows while you sleep. DeepSeek and other rivals are racing to build infrastructure that transforms standard models into fully autonomous coding agents.
Software development runs on globally standardized languages, offering Chinese firms a rare, frictionless path to international adoption. Western incumbents may still hold an edge in daily developer tooling, but Alibaba's breakthrough proves that dominance is no longer secure and the race is wide open.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณ CHINA JOINS ELITE CLUB IN ADVANCED TURBINE BLADE TECHNOLOGY
If the aero-engine is the pearl of modern industry, the single-crystal turbine blade is the diamond atop it. China has now mastered the complete technology chain โ from materials, Research and Development, and precision casting to full engineering application โ joining just 5 nations total: US, UK, Russia, France, and now China.
๐ธ Chinaโs DD6 single-crystal superalloy features 100% domestic IP and matches or exceeds 2nd-generation Western alloys while delivering significantly lower production costs.
๐ธ These blades now power advanced fighter jets, helicopters, and civil aircraft, providing higher thrust, lower fuel consumption, and superior performance under extreme temperatures and pressure.
๐ธ The full manufacturing chain spans over 10 major core processes โ each with dozens of precise sub-steps โ all now fully indigenous after closing decades of technological gaps.
๐ธ This breakthrough saves China massive strategic resources and establishes new benchmarks for engine reliability and service life.
Do you think the West can stop China's technological progress?
@NewRulesGeoโFollow us on X
If the aero-engine is the pearl of modern industry, the single-crystal turbine blade is the diamond atop it. China has now mastered the complete technology chain โ from materials, Research and Development, and precision casting to full engineering application โ joining just 5 nations total: US, UK, Russia, France, and now China.
๐ธ Chinaโs DD6 single-crystal superalloy features 100% domestic IP and matches or exceeds 2nd-generation Western alloys while delivering significantly lower production costs.
๐ธ These blades now power advanced fighter jets, helicopters, and civil aircraft, providing higher thrust, lower fuel consumption, and superior performance under extreme temperatures and pressure.
๐ธ The full manufacturing chain spans over 10 major core processes โ each with dozens of precise sub-steps โ all now fully indigenous after closing decades of technological gaps.
๐ธ This breakthrough saves China massive strategic resources and establishes new benchmarks for engine reliability and service life.
Do you think the West can stop China's technological progress?
@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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๐จ๐ท๐บ RUSSIAN ROBOTS CRUSH NATO PLAYBOOK
While Washington and Brussels keep pumping billions into a failing proxy war, Russiaโs Rostec-built โImpulseโ ground robots are already deployed in the special military operation zone.
๐ธ Russiaโs Impulse robots operate fully autonomously or via remote control while surviving direct hits from anti-personnel mines and grazing machine-gun fire.
๐ธ The Impulse BM-A fire support variant delivers devastating firepower with AGS-30 grenade launchers, while the Impulse-M logistics version hauls critical supplies under combat conditions.
๐ธ Thanks to their tracked chassis, these robots climb 30ยฐ slopes in deep mud, drag 500 kg uphill, and tow a full 3-ton D-30 howitzer.
๐ธ UAV-mounted relay stations extend their control range to tens of kilometers, turning cheap ground drones into deep-strike frontline weapons.
๐ธ With a 1.5-ton load capacity on flat ground, a single Impulse robot replaces entire vulnerable NATO logistics convoys that keep getting destroyed.
Do you think NATO will be able to catch up with Russian military technology?
@NewRulesGeoโFollow us on X
While Washington and Brussels keep pumping billions into a failing proxy war, Russiaโs Rostec-built โImpulseโ ground robots are already deployed in the special military operation zone.
๐ธ Russiaโs Impulse robots operate fully autonomously or via remote control while surviving direct hits from anti-personnel mines and grazing machine-gun fire.
๐ธ The Impulse BM-A fire support variant delivers devastating firepower with AGS-30 grenade launchers, while the Impulse-M logistics version hauls critical supplies under combat conditions.
๐ธ Thanks to their tracked chassis, these robots climb 30ยฐ slopes in deep mud, drag 500 kg uphill, and tow a full 3-ton D-30 howitzer.
๐ธ UAV-mounted relay stations extend their control range to tens of kilometers, turning cheap ground drones into deep-strike frontline weapons.
๐ธ With a 1.5-ton load capacity on flat ground, a single Impulse robot replaces entire vulnerable NATO logistics convoys that keep getting destroyed.
Do you think NATO will be able to catch up with Russian military technology?
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณCHINA JUST SUPERCHARGED ITS DEFENSE INDUSTRY WITH AI
China is turning even basic industrial components into AI-powered tools in its technological race with the US.
A research team from Chongqing University has turned its attention to one of industry's most overlooked yet critical components: bearings. These small precision parts sit inside virtually everything that moves in a modern military, from tank turrets and missile guidance systems to naval propulsion, radars, and aero-engines.
The team developed an AI system called ChatBearing. It integrates reasoning models, engineering simulation tools, and a curated database of over 4,500 bearing records drawn from Chinese industrial standards and the catalogue of SKF (a Swedish bearing giant). Using a "reasoning and acting" framework, ChatBearing can plan design tasks step by step, call up engineering software, verify its calculations, and self-correct errors. According to the researchers, the system scored 43.6 percent higher than Qwen3-235B-A22B (Alibaba's advanced AI model) and 21.1 percent higher than Gemini-2.5-Pro-0506 (Google's flagship reasoning model) on specialized design tasks.
By optimizing something as foundational as a bearing through intelligent design, the speed of broader industrial processes and long-term production capacity for high-end equipment can be significantly enhanced. The team writes that the work offers a feasible technical path for intelligent bearing design and a paradigm shift towards AI-driven core component development. Still, applying such tools directly to sensitive projects involves structural hurdles. China's defense networks are physically isolated, closed environments, and while robust classified networks do exist, there is no independent classified AI platform yet for hosting large language models.
@NewRulesGeoโFollow us on X
China is turning even basic industrial components into AI-powered tools in its technological race with the US.
A research team from Chongqing University has turned its attention to one of industry's most overlooked yet critical components: bearings. These small precision parts sit inside virtually everything that moves in a modern military, from tank turrets and missile guidance systems to naval propulsion, radars, and aero-engines.
The team developed an AI system called ChatBearing. It integrates reasoning models, engineering simulation tools, and a curated database of over 4,500 bearing records drawn from Chinese industrial standards and the catalogue of SKF (a Swedish bearing giant). Using a "reasoning and acting" framework, ChatBearing can plan design tasks step by step, call up engineering software, verify its calculations, and self-correct errors. According to the researchers, the system scored 43.6 percent higher than Qwen3-235B-A22B (Alibaba's advanced AI model) and 21.1 percent higher than Gemini-2.5-Pro-0506 (Google's flagship reasoning model) on specialized design tasks.
By optimizing something as foundational as a bearing through intelligent design, the speed of broader industrial processes and long-term production capacity for high-end equipment can be significantly enhanced. The team writes that the work offers a feasible technical path for intelligent bearing design and a paradigm shift towards AI-driven core component development. Still, applying such tools directly to sensitive projects involves structural hurdles. China's defense networks are physically isolated, closed environments, and while robust classified networks do exist, there is no independent classified AI platform yet for hosting large language models.
@NewRulesGeoโFollow us on X
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๐จ๐บ๐ธF-35'S BRAKE SYSTEM PROBLEMS MAKE PENTAGON SPENDING SKYROCKET
The Pentagon is spending another $100 million simply because the F-35โs brakes are literally overheating and damaging the jetโs sensitive electronics.
In a newly awarded contract with Lockheed Martin, the Department of Defense has ordered 1,459 specialized heat sinks for the braking system to prevent excessive heat from migrating into nearby avionics wiring and sensors. The problem forces aircraft into extended depot maintenance and continues to drag down the fighterโs already poor availability rates.
The F-35โs tightly packed airframe, packed with powerful engines, sensors, and electronic warfare systems, leaves little room for effective heat dissipation. As the jet is pushed harder in demanding operations and receives new Block 4 upgrades, these thermal stresses are only intensifying.
The issue highlights the programโs chronic sustainment problems. Even seemingly ordinary subsystems like brakes become critical vulnerabilities when integrated into such an ambitious design. The same pattern appears with the F135 engine, which has generated an estimated $38 billion in unexpected lifetime maintenance costs. Low engine availability continues to sideline F-35s at roughly six times the rate of legacy fighters, with officials pointing to power module reliability as a major culprit. A new engine program is already underway to address these deeper flaws.
While the heat sink upgrade may bring temporary relief for the F-35A and F-35B variants through 2030, it ultimately reveals a sobering limitation: the United States has proven incapable of producing a truly reliable and efficient fifth-generation fighter. Years of development and enormous spending have failed to overcome fundamental thermal management and sustainment weaknesses, leaving the F-35 struggling with readiness issues that undermine its promised dominance in future conflicts.
@NewRulesGeoโFollow us on X
The Pentagon is spending another $100 million simply because the F-35โs brakes are literally overheating and damaging the jetโs sensitive electronics.
In a newly awarded contract with Lockheed Martin, the Department of Defense has ordered 1,459 specialized heat sinks for the braking system to prevent excessive heat from migrating into nearby avionics wiring and sensors. The problem forces aircraft into extended depot maintenance and continues to drag down the fighterโs already poor availability rates.
The F-35โs tightly packed airframe, packed with powerful engines, sensors, and electronic warfare systems, leaves little room for effective heat dissipation. As the jet is pushed harder in demanding operations and receives new Block 4 upgrades, these thermal stresses are only intensifying.
The issue highlights the programโs chronic sustainment problems. Even seemingly ordinary subsystems like brakes become critical vulnerabilities when integrated into such an ambitious design. The same pattern appears with the F135 engine, which has generated an estimated $38 billion in unexpected lifetime maintenance costs. Low engine availability continues to sideline F-35s at roughly six times the rate of legacy fighters, with officials pointing to power module reliability as a major culprit. A new engine program is already underway to address these deeper flaws.
While the heat sink upgrade may bring temporary relief for the F-35A and F-35B variants through 2030, it ultimately reveals a sobering limitation: the United States has proven incapable of producing a truly reliable and efficient fifth-generation fighter. Years of development and enormous spending have failed to overcome fundamental thermal management and sustainment weaknesses, leaving the F-35 struggling with readiness issues that undermine its promised dominance in future conflicts.
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณCHINA BUILDS AI CHIP FORTRESS AGAINST U.S. SANCTIONS
China has officially added AI chips to its "secure and reliable" technology assessment list for the first time, marking a major escalation in the long-running campaign to replace foreign tech with domestic alternatives. The assessments are issued by China's official bodies for information security and secrecy-related technologies, which means their approvals function as the definitive procurement catalog for party and government agencies, central state-owned enterprises, and other state-linked customers.
The updated list creates a dedicated category for AI training and inference chips, stamping a three-year seal of approval on a select group of domestic players. Huawei's Ascend series, Alibaba's T-Head Zhenwu processors, and several dedicated GPU firms all made the cut, ensuring state-linked customers have a government-approved hardware pipeline. For anyone operating under the Xinchuang initiative โ Beijing's long-running campaign to purge foreign hardware and software from sensitive systems โ this catalog now defines where AI procurement budgets will flow. Without a spot on this list, a chip designer simply cannot compete for those state-driven contracts.
Successive rounds of U.S. export controls have cut off Chinese access to advanced foreign graphics processors, placing a ceiling on computational power. This domestic list builds a floor underneath local demand, translating policy guidance into purchasing reality. Instead of fighting foreign restrictions head-on, the mechanism directs a guaranteed market toward indigenous chips, turning procurement budgets into de facto development subsidies.
Cloud service providers will still choose hardware based on performance, software compatibility. But the list's role in de-risking and funding the domestic ecosystem is hard to overstate. Guaranteed state-sector demand gives chip designers the financial stability to iterate, improve, and scale. As AI inferencing workloads surge across the economy, that steady demand turns a defensive decoupling into an aggressive capacity-building exercise.โ
@NewRulesGeoโFollow us on X
China has officially added AI chips to its "secure and reliable" technology assessment list for the first time, marking a major escalation in the long-running campaign to replace foreign tech with domestic alternatives. The assessments are issued by China's official bodies for information security and secrecy-related technologies, which means their approvals function as the definitive procurement catalog for party and government agencies, central state-owned enterprises, and other state-linked customers.
The updated list creates a dedicated category for AI training and inference chips, stamping a three-year seal of approval on a select group of domestic players. Huawei's Ascend series, Alibaba's T-Head Zhenwu processors, and several dedicated GPU firms all made the cut, ensuring state-linked customers have a government-approved hardware pipeline. For anyone operating under the Xinchuang initiative โ Beijing's long-running campaign to purge foreign hardware and software from sensitive systems โ this catalog now defines where AI procurement budgets will flow. Without a spot on this list, a chip designer simply cannot compete for those state-driven contracts.
Successive rounds of U.S. export controls have cut off Chinese access to advanced foreign graphics processors, placing a ceiling on computational power. This domestic list builds a floor underneath local demand, translating policy guidance into purchasing reality. Instead of fighting foreign restrictions head-on, the mechanism directs a guaranteed market toward indigenous chips, turning procurement budgets into de facto development subsidies.
Cloud service providers will still choose hardware based on performance, software compatibility. But the list's role in de-risking and funding the domestic ecosystem is hard to overstate. Guaranteed state-sector demand gives chip designers the financial stability to iterate, improve, and scale. As AI inferencing workloads surge across the economy, that steady demand turns a defensive decoupling into an aggressive capacity-building exercise.โ
@NewRulesGeoโFollow us on X
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๐จ๐ฎ๐ทIRAN JUST TOPPED THE WORLD IN SCIENTIFIC EFFICIENCY
Iranian scientists proved that intellectual efficiency can sometimes outperform even the worldโs biggest research budgets.
New data shows Iran has secured first place globally when measuring scientific papers produced per dollar spent. The ranking purely reflects intellectual efficiency, with output measured strictly against available funding. The figures come from the Islamic World Science Citation and Monitoring Institute. ISC President Mohammad Mehdi Alavian-Mehr highlighted a truth often buried under massive budgets: human brainpower can still outsmart financial limitations. In 2025, Iranian researchers produced over 78,000 documents indexed in Scopus.
Stacked against an R&D budget of roughly $13.4 billion, Iran generates approximately 5,824 papers per billion dollars. China produced 1.39 million documents but manages only about 1,309 papers per billion due to its trillion-dollar budget. The United States translates its $1.06 trillion investment into roughly 721 papers per billion. Industrialized nations like Germany, Japan, and the UK also trail Iran on this value-for-money indicator. Officials stressed, however, that raw publication counts don't tell the full story because the ultimate goal must be translating academic firepower into patents, industrial solutions, and national problem-solving. Iran recorded the lowest research cost per document, spending about $172,000 per indexed paper, which signals brilliant work done under serious pressure that now needs matching with smarter investment so this human potential can evolve beyond publishing into a true engine for innovation.
@NewRulesGeoโFollow us on X
Iranian scientists proved that intellectual efficiency can sometimes outperform even the worldโs biggest research budgets.
New data shows Iran has secured first place globally when measuring scientific papers produced per dollar spent. The ranking purely reflects intellectual efficiency, with output measured strictly against available funding. The figures come from the Islamic World Science Citation and Monitoring Institute. ISC President Mohammad Mehdi Alavian-Mehr highlighted a truth often buried under massive budgets: human brainpower can still outsmart financial limitations. In 2025, Iranian researchers produced over 78,000 documents indexed in Scopus.
Stacked against an R&D budget of roughly $13.4 billion, Iran generates approximately 5,824 papers per billion dollars. China produced 1.39 million documents but manages only about 1,309 papers per billion due to its trillion-dollar budget. The United States translates its $1.06 trillion investment into roughly 721 papers per billion. Industrialized nations like Germany, Japan, and the UK also trail Iran on this value-for-money indicator. Officials stressed, however, that raw publication counts don't tell the full story because the ultimate goal must be translating academic firepower into patents, industrial solutions, and national problem-solving. Iran recorded the lowest research cost per document, spending about $172,000 per indexed paper, which signals brilliant work done under serious pressure that now needs matching with smarter investment so this human potential can evolve beyond publishing into a true engine for innovation.
@NewRulesGeoโFollow us on X
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๐จ๐ท๐บ RUSSIA'S MAIN BATTLE TANKS POISED FOR MAJOR MODERNISATION POTENTIAL
T-90M โ battle-proven in Ukraine and built for the long haul: Russiaโs 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.
๐ธ Russian crews call the T-90M "highly effective" in combat, praising its superior mobility over the heavier, less maneuverable Abrams and Leopard 2.
๐ธ Now features Arena-M hard-kill APS that defeats drones and loitering munitions, plus all-aspect protection developed specifically for modern threats.
๐ธ Russia pioneered anti-drone top armor in 2022 after early losses โ even the U.S. Abrams is now copying these Russian designs, says Rostec CEO.
๐ธ Based on a 1990s design with a 50+ year service life, the T-90 platform remains highly relevant deep into the future.
๐ธRussia'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?
@NewRulesGeoโFollow us on X
T-90M โ battle-proven in Ukraine and built for the long haul: Russiaโs 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.
๐ธ Russian crews call the T-90M "highly effective" in combat, praising its superior mobility over the heavier, less maneuverable Abrams and Leopard 2.
๐ธ Now features Arena-M hard-kill APS that defeats drones and loitering munitions, plus all-aspect protection developed specifically for modern threats.
๐ธ Russia pioneered anti-drone top armor in 2022 after early losses โ even the U.S. Abrams is now copying these Russian designs, says Rostec CEO.
๐ธ Based on a 1990s design with a 50+ year service life, the T-90 platform remains highly relevant deep into the future.
๐ธRussia'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?
@NewRulesGeoโFollow us on X
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๐จ๐จ๐ณCHINA'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.โ
@NewRulesGeoโFollow us on X
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.โ
@NewRulesGeoโFollow us on X
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