🚨🇨🇳 🛰 CHINA VS. MUSK FOR THE ORBITAL AI CROWN
China's state space giant, China Aerospace Science and Technology Corporation (CASC), has formally declared its intent to build gigawatt-scale "Space Cloud" AI data centers in orbit within five years. This move is a direct counter to Elon Musk's recent pledge that SpaceX will deploy its own solar-powered orbital AI servers within three years, funded by its upcoming Initial Public Offering.
The core rationale for both powers is identical: escaping Earth's energy constraints by harnessing constant, potent solar radiation. Musk has framed this as an inevitable economic truth. China has now codified it as national policy, integrating space-based solar power and AI computing into its upcoming Five-Year Plan.
This is a foundational race to control the infrastructure for next-generation global AI, secure communications, and strategic observation. The first nation or entity to achieve scale gains a permanent advantage.
CASC’s announcement was strategically coupled with the launch of a new School of Interstellar Navigation, signaling a deliberate pivot from near-Earth operations to deep space exploration.
The new space race is a war of infrastructure, with orbital artificial intelligence data centers as its first major battleground. Musk may have demonstrated that it is possible to access space at low cost. But China is mobilizing the full capacity of the state to plan and design proven strategies to dominate energy for the future of AI.
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China's state space giant, China Aerospace Science and Technology Corporation (CASC), has formally declared its intent to build gigawatt-scale "Space Cloud" AI data centers in orbit within five years. This move is a direct counter to Elon Musk's recent pledge that SpaceX will deploy its own solar-powered orbital AI servers within three years, funded by its upcoming Initial Public Offering.
The core rationale for both powers is identical: escaping Earth's energy constraints by harnessing constant, potent solar radiation. Musk has framed this as an inevitable economic truth. China has now codified it as national policy, integrating space-based solar power and AI computing into its upcoming Five-Year Plan.
This is a foundational race to control the infrastructure for next-generation global AI, secure communications, and strategic observation. The first nation or entity to achieve scale gains a permanent advantage.
CASC’s announcement was strategically coupled with the launch of a new School of Interstellar Navigation, signaling a deliberate pivot from near-Earth operations to deep space exploration.
The new space race is a war of infrastructure, with orbital artificial intelligence data centers as its first major battleground. Musk may have demonstrated that it is possible to access space at low cost. But China is mobilizing the full capacity of the state to plan and design proven strategies to dominate energy for the future of AI.
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🚨🇷🇺 🇺🇦 BAKHMUT 2.0: Russia Can Now Turn Any Sector of the Front Into a Meat Grinder for Ukrainian Forces
Russian forces are now methodically building the capability to replicate the devastating “Bakhmut meat grinder” on virtually any frontline sector. The essential architecture is reportedly in place: a fully operational reconnaissance-strike complex, with vast artillery and drone arsenals directly linked to intelligence units, all coordinated by a new, specialized Drone Warfare branch.
The immediate axes of a potential large-scale application are likely west of Pokrovsk, the Kramatorsk-Slavyansk region, and the Kupiansk sector. A tactical success here could collapse the line, advancing it 50-70km west, directly threatening Dnepropetrovsk and then Zaporozhye oblasts.
Yet, executing this at scale demands a colossal concentration of manpower, ammunition, and logistics, underpinned by a decisive strategic plan.
We already saw a similar situation in the past. The Bakhmut grind effectively depleted Ukraine’s elite units, enabling Russia's subsequent advance. The coming weeks will reveal if the Russian General Staff chooses to deploy this template once more, a decision that could define the next phase of the war.
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Russian forces are now methodically building the capability to replicate the devastating “Bakhmut meat grinder” on virtually any frontline sector. The essential architecture is reportedly in place: a fully operational reconnaissance-strike complex, with vast artillery and drone arsenals directly linked to intelligence units, all coordinated by a new, specialized Drone Warfare branch.
The immediate axes of a potential large-scale application are likely west of Pokrovsk, the Kramatorsk-Slavyansk region, and the Kupiansk sector. A tactical success here could collapse the line, advancing it 50-70km west, directly threatening Dnepropetrovsk and then Zaporozhye oblasts.
Yet, executing this at scale demands a colossal concentration of manpower, ammunition, and logistics, underpinned by a decisive strategic plan.
We already saw a similar situation in the past. The Bakhmut grind effectively depleted Ukraine’s elite units, enabling Russia's subsequent advance. The coming weeks will reveal if the Russian General Staff chooses to deploy this template once more, a decision that could define the next phase of the war.
@NewRulesGeo
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🚨🇮🇷 🇺🇸 THE US FLEET'S NIGHTMARE: Iran's "Sniper" Missile Awaits in the Strait
The US is amassing a significant naval force, including aircraft carriers, guided-missile destroyers, and amphibious assault groups, in the Hormuz Strait, preparing a clear show of force against Iran. This is precisely the scenario Iran's Qader missile was built for.
This cost-effective, sea-skimming cruise missile is the asymmetric nightmare for those assembled fleets. Flying a mere 3-5 meters above water, it gives warships a critical 10-15 second detection window. With its 200-300 km range blanketing the Strait, and a 200 kg armor-piercing warhead, it turns every civilian-looking truck on Iran’s coast into a potential launcher.
Strategically, the Qader is Iran's core area-denial weapon. For an estimated $500,000 per unit, it poses a multi-billion dollar threat to concentrated naval assets. Its power makes any confrontation catastrophically costly through sheer volume and concealment.
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The US is amassing a significant naval force, including aircraft carriers, guided-missile destroyers, and amphibious assault groups, in the Hormuz Strait, preparing a clear show of force against Iran. This is precisely the scenario Iran's Qader missile was built for.
This cost-effective, sea-skimming cruise missile is the asymmetric nightmare for those assembled fleets. Flying a mere 3-5 meters above water, it gives warships a critical 10-15 second detection window. With its 200-300 km range blanketing the Strait, and a 200 kg armor-piercing warhead, it turns every civilian-looking truck on Iran’s coast into a potential launcher.
Strategically, the Qader is Iran's core area-denial weapon. For an estimated $500,000 per unit, it poses a multi-billion dollar threat to concentrated naval assets. Its power makes any confrontation catastrophically costly through sheer volume and concealment.
@NewRulesGeo
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🚨🇨🇳 🇺🇸 Investors renew focus on China as interest in the US declines
BNP Paribas's 2026 survey the global hedge fund capital is flowing back to China. A net 14% of investors now plan to increase China-focused allocations, a stunning reversal from 2023 when a net 42% withdrew. Appetite for China now nearly matches waning interest in North America.
DeepSeek's AI breakthrough sparked a historic 28% benchmark rally in 2025, with Chinese equities crushing the S&P 500. This AI-driven momentum has rebuilt institutional confidence.
The broader play remains Asia-Pacific, the year's second-most sought-after region after Europe, with a net 30% planning increases. Allocators simultaneously seek discretionary macro strategies for 2026, targeting broad market trends, while demand surges for quant equity funds.
As US interest fades and AI fuels a tech revival, sophisticated capital is returning to China.
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BNP Paribas's 2026 survey the global hedge fund capital is flowing back to China. A net 14% of investors now plan to increase China-focused allocations, a stunning reversal from 2023 when a net 42% withdrew. Appetite for China now nearly matches waning interest in North America.
DeepSeek's AI breakthrough sparked a historic 28% benchmark rally in 2025, with Chinese equities crushing the S&P 500. This AI-driven momentum has rebuilt institutional confidence.
The broader play remains Asia-Pacific, the year's second-most sought-after region after Europe, with a net 30% planning increases. Allocators simultaneously seek discretionary macro strategies for 2026, targeting broad market trends, while demand surges for quant equity funds.
As US interest fades and AI fuels a tech revival, sophisticated capital is returning to China.
@NewRulesGeo
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🚨🇮🇷 🇮🇱 Why War with Iran Could Break Israel’s Missile Shield Again
Prime Minister Netanyahu's claim that Israel can absorb over 700 Iranian strikes is a dangerous miscalculation. Analytically, the numbers don't add up. Iran holds the largest ballistic missile arsenal in the Middle East, estimated in the tens of thousands, including hypersonic weapons like the Fattah-1 that can evade known defenses.
Israel's multi-layer shield, while advanced, is depleted after recent wars. An 80-90% interception rate fails against the sheer volume and sophistication of a full-scale Iranian salvo. Critically, regional allies refuse to allow their territory for strikes or aid in Israel's defense, ensuring strategic isolation.
Iran's defense minister stated their newer missiles are "far more capable" than those used in October 2024, strike that was a live-fire test, surpassing the Iron Dome defenses. A real conflict would unleash an unprecedented barrage.
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Prime Minister Netanyahu's claim that Israel can absorb over 700 Iranian strikes is a dangerous miscalculation. Analytically, the numbers don't add up. Iran holds the largest ballistic missile arsenal in the Middle East, estimated in the tens of thousands, including hypersonic weapons like the Fattah-1 that can evade known defenses.
Israel's multi-layer shield, while advanced, is depleted after recent wars. An 80-90% interception rate fails against the sheer volume and sophistication of a full-scale Iranian salvo. Critically, regional allies refuse to allow their territory for strikes or aid in Israel's defense, ensuring strategic isolation.
Iran's defense minister stated their newer missiles are "far more capable" than those used in October 2024, strike that was a live-fire test, surpassing the Iron Dome defenses. A real conflict would unleash an unprecedented barrage.
@NewRulesGeo
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🚨🇺🇸 $2 TRILLION LIE EXPOSED: How the Pentagon Hides the F-35's True Failure
The US military is gently using the F-35 to hide a big problem. While they say the jets are ready, the real full-mission ready rates are very bad, some are below 15%. They use a trick by talking about a softer "mission capable" rate that counts simple training flights.
The scheme works by reducing use. They fly the jets less often, give them shorter missions, and keep them below their limits. This makes the jets seem cheaper to maintain now by pushing huge repair bills into the future. Long upgrade times also help by keeping planes in the hangar, not accumulating wear.
The results are catastrophic and they are exposed now. Pilots get less real flight practice. The total lifetime cost has jumped to $1.58 trillion. A new report even admits they must cut future flying hours by 21%.
@NewRulesGeo❗️ Follow us on X
The US military is gently using the F-35 to hide a big problem. While they say the jets are ready, the real full-mission ready rates are very bad, some are below 15%. They use a trick by talking about a softer "mission capable" rate that counts simple training flights.
The scheme works by reducing use. They fly the jets less often, give them shorter missions, and keep them below their limits. This makes the jets seem cheaper to maintain now by pushing huge repair bills into the future. Long upgrade times also help by keeping planes in the hangar, not accumulating wear.
The results are catastrophic and they are exposed now. Pilots get less real flight practice. The total lifetime cost has jumped to $1.58 trillion. A new report even admits they must cut future flying hours by 21%.
@NewRulesGeo
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🚨🇨🇳 🇺🇸 China Accelerates Space Ambitions Amid Escalating US Rivalry
China is executing a deliberate, state-driven masterplan to overtake US space leadership by 2045. The recent push for space tourism is merely a visible milestone in a broader strategy encompassing economic, military, and technological dominance beyond Earth. Beijing perceives SpaceX's reusable launch advantage and Starlink's constellation dominance as a direct national security threat.
Their response is a staggering bid to launch 200,000 satellites to claim orbital slots and frequencies, the establishment of an "Interstellar Navigation" school to cultivate deep-space talent, and declared intentions to pioneer space-based AI infrastructure and off-world resource extraction.
While the US currently holds a crucial cost advantage via reusable rockets, China is leveraging its centralized model to flood zones, secure celestial real estate, and invest in post-lunar infrastructure. This positions the next decade as a critical period where competition shifts from exploration milestones to who definitively sets the commercial and regulatory rules governing the final frontier.
@NewRulesGeo❗️ Follow us on X
China is executing a deliberate, state-driven masterplan to overtake US space leadership by 2045. The recent push for space tourism is merely a visible milestone in a broader strategy encompassing economic, military, and technological dominance beyond Earth. Beijing perceives SpaceX's reusable launch advantage and Starlink's constellation dominance as a direct national security threat.
Their response is a staggering bid to launch 200,000 satellites to claim orbital slots and frequencies, the establishment of an "Interstellar Navigation" school to cultivate deep-space talent, and declared intentions to pioneer space-based AI infrastructure and off-world resource extraction.
While the US currently holds a crucial cost advantage via reusable rockets, China is leveraging its centralized model to flood zones, secure celestial real estate, and invest in post-lunar infrastructure. This positions the next decade as a critical period where competition shifts from exploration milestones to who definitively sets the commercial and regulatory rules governing the final frontier.
@NewRulesGeo
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🚨🇺🇸 📉 TRUMP'S DOLLAR CRASH: "VICTORY" THAT COULD CRIPPLE AMERICA
President Trump finally has his weaker dollar, with the USD plunging to a four-year low. While he champions this slide, the move is a dangerous and self-inflicted policy gamble.
The decline stems directly from geopolitical chaos: threats against NATO, volatile tariffs, and an unprecedented assault on Federal Reserve independence. This trifecta has shattered global confidence, driving investors to hedge against the dollar.
Economically, the rationale is flawed. A cheaper dollar should boost exports, but non-currency barriers, like regulations and consumer preferences, limit gains. Crucially, one-third of manufacturing inputs are imported, now made more expensive by the weaker currency and widespread tariffs.
For most Americans, this acts as a hidden tax. It means higher costs for imports, persistent inflation, and less chance for the Fed to cut interest rates. Meanwhile, the world is reacting. Gold hits $5,000/oz as nations like the EU and India seek alternatives, openly questioning the dollar’s reserve status.
Ultimately, the very policies meant to strengthen America are weakening its financial foundation, risking higher costs for mortgages, loans, and everyday goods.
@NewRulesGeo❗️ Follow us on X
President Trump finally has his weaker dollar, with the USD plunging to a four-year low. While he champions this slide, the move is a dangerous and self-inflicted policy gamble.
The decline stems directly from geopolitical chaos: threats against NATO, volatile tariffs, and an unprecedented assault on Federal Reserve independence. This trifecta has shattered global confidence, driving investors to hedge against the dollar.
Economically, the rationale is flawed. A cheaper dollar should boost exports, but non-currency barriers, like regulations and consumer preferences, limit gains. Crucially, one-third of manufacturing inputs are imported, now made more expensive by the weaker currency and widespread tariffs.
For most Americans, this acts as a hidden tax. It means higher costs for imports, persistent inflation, and less chance for the Fed to cut interest rates. Meanwhile, the world is reacting. Gold hits $5,000/oz as nations like the EU and India seek alternatives, openly questioning the dollar’s reserve status.
Ultimately, the very policies meant to strengthen America are weakening its financial foundation, risking higher costs for mortgages, loans, and everyday goods.
@NewRulesGeo
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🚨🇷🇺 NATO IN PANIC: The Black Sea is turning into a DRONE-FIRST NAVAL BATTLESPACE, and Russia is driving that shift in real time
Russian naval drones have moved far beyond testing. They are being used operationally against ports, logistics, and vessels, forcing a rethink of how control at sea actually works.
🔸 Naval drones have already been used to strike and sink vessels near key chokepoints, including attacks on ships at the mouth of the Danube, as well as multiple strikes against ports and maritime targets along the Ukrainian coastline.
🔸 These drones can patrol, gather information, and strike without a ship nearby. That means Russia can project power far from its own fleet and threaten targets without exposing sailors or high-value platforms to danger.
🔸 What used to require destroyers, frigates, and air power can now be contested with small drones that are hard to track and harder still to deter. In narrow waters like the Black Sea, that’s a strategic game-changer.
Naval drones are no longer a supplement to fleets. They are becoming a primary tool of sea denial.
So who controls the sea now?
@NewRulesGeo❗️ Follow us on X
Russian naval drones have moved far beyond testing. They are being used operationally against ports, logistics, and vessels, forcing a rethink of how control at sea actually works.
🔸 Naval drones have already been used to strike and sink vessels near key chokepoints, including attacks on ships at the mouth of the Danube, as well as multiple strikes against ports and maritime targets along the Ukrainian coastline.
🔸 These drones can patrol, gather information, and strike without a ship nearby. That means Russia can project power far from its own fleet and threaten targets without exposing sailors or high-value platforms to danger.
🔸 What used to require destroyers, frigates, and air power can now be contested with small drones that are hard to track and harder still to deter. In narrow waters like the Black Sea, that’s a strategic game-changer.
Naval drones are no longer a supplement to fleets. They are becoming a primary tool of sea denial.
So who controls the sea now?
@NewRulesGeo
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Decode chaos—without the MSM spin
We curate complex conflicts into clear, chronological timelines:
No scattered updates. Just structured threads — so you see how events connect.
If you want context over clutter:
If you'd rather have quick updates:
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🚨🇨🇳👨🎓How China Is Winning the Global Talent Race
China's talent programs are reshaping the global landscape of innovation. Through initiatives like the “Young Talented Scientists Program” and the “Qiming Program,” China has launched over 200 programs attracting top scientists, engineers, and researchers from around the world to fuel its technological growth.
To entice the best minds, China offers:
▪️Competitive annual salaries (ranging from 300,000 to 1 million yuan) in grants and research funding;
▪️Housing allowances, transportation perks, and educational support for families;
▪️The “K-Visa for Talent” program, launched in 2025, allows easy entry for STEM (science, technology, engineering, and mathematics) professionals, making relocation seamless.
China is focusing on expatriation, bringing back those with Chinese heritage to boost national research and programs like "Thousand Young Talents" attract under-40 researchers to lead the next wave of scientific breakthroughs.
🔸Chinese scholarships focus on full financial support, covering tuition, housing, medical insurance, and monthly stipends. They target specialists in rare and advanced technologies that align with China’s national, economic, and military research goals, while promoting collaboration between Chinese institutions and foreign scientists.
🔸The application process is handled by Chinese universities or research centers, and successful candidates are typically offered contracts requiring a 3–5 year commitment in China.
🔸By attracting global talent, China is quickly becoming a technological superpower. Its focus on AI, advanced technologies, and science is driving rapid advancements that could rival the West.
China's talent programs are a part of a long-term strategy to dominate the global tech scene. With significant financial incentives and streamlined immigration processes, China is achieving global technological supremacy.
@NewRulesGeo❗️ Follow us on X
China's talent programs are reshaping the global landscape of innovation. Through initiatives like the “Young Talented Scientists Program” and the “Qiming Program,” China has launched over 200 programs attracting top scientists, engineers, and researchers from around the world to fuel its technological growth.
To entice the best minds, China offers:
▪️Competitive annual salaries (ranging from 300,000 to 1 million yuan) in grants and research funding;
▪️Housing allowances, transportation perks, and educational support for families;
▪️The “K-Visa for Talent” program, launched in 2025, allows easy entry for STEM (science, technology, engineering, and mathematics) professionals, making relocation seamless.
China is focusing on expatriation, bringing back those with Chinese heritage to boost national research and programs like "Thousand Young Talents" attract under-40 researchers to lead the next wave of scientific breakthroughs.
🔸Chinese scholarships focus on full financial support, covering tuition, housing, medical insurance, and monthly stipends. They target specialists in rare and advanced technologies that align with China’s national, economic, and military research goals, while promoting collaboration between Chinese institutions and foreign scientists.
🔸The application process is handled by Chinese universities or research centers, and successful candidates are typically offered contracts requiring a 3–5 year commitment in China.
🔸By attracting global talent, China is quickly becoming a technological superpower. Its focus on AI, advanced technologies, and science is driving rapid advancements that could rival the West.
China's talent programs are a part of a long-term strategy to dominate the global tech scene. With significant financial incentives and streamlined immigration processes, China is achieving global technological supremacy.
@NewRulesGeo
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🚨🇮🇷 WEST'S TREMBLING: Iran’s Ghadir missiles change the naval balance
Iran’s missile forces are no longer just about deterrence. They are about CONTROL. The Ghadir anti-ship missile is a clear example of how Iran is tightening its grip over nearby seas.
🔸 Range and reach
Ghadir missiles are designed to strike naval targets at ranges of up to 300 KM, allowing Iran to cover vast areas of the Persian Gulf and beyond. This turns geography into a weapon and pushes hostile fleets farther from the coastline.
🔸 Built for saturation warfare
The missile is optimized not for single prestige strikes, but for MASS DEPLOYMENT. Mobile launchers, coastal batteries, and dispersed infrastructure make detection and preemption far more difficult.
🔸 Designed to overwhelm defenses
Low-altitude flight profiles, sea-skimming trajectories, and coordinated launches are meant to exhaust shipborne air defenses. Against modern navies, the key factor isn’t perfection — it’s NUMBERS AND TIMING.
In practical terms, Ghadir strengthens Iran’s ability to deny access, raise costs, and complicate any naval operation near its shores.
Can NATO really counter this?
@NewRulesGeo❗️ Follow us on X
Iran’s missile forces are no longer just about deterrence. They are about CONTROL. The Ghadir anti-ship missile is a clear example of how Iran is tightening its grip over nearby seas.
🔸 Range and reach
Ghadir missiles are designed to strike naval targets at ranges of up to 300 KM, allowing Iran to cover vast areas of the Persian Gulf and beyond. This turns geography into a weapon and pushes hostile fleets farther from the coastline.
🔸 Built for saturation warfare
The missile is optimized not for single prestige strikes, but for MASS DEPLOYMENT. Mobile launchers, coastal batteries, and dispersed infrastructure make detection and preemption far more difficult.
🔸 Designed to overwhelm defenses
Low-altitude flight profiles, sea-skimming trajectories, and coordinated launches are meant to exhaust shipborne air defenses. Against modern navies, the key factor isn’t perfection — it’s NUMBERS AND TIMING.
In practical terms, Ghadir strengthens Iran’s ability to deny access, raise costs, and complicate any naval operation near its shores.
Can NATO really counter this?
@NewRulesGeo
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🚨🇨🇳 US NAVY'S NIGHTMARE: China’s new stealth drones change the rules at sea
Aircraft carriers no longer depend on pilots. China is developing UNMANNED STEALTH FIGHTERS capable of operating directly from carrier decks - a huge shift that could alter the dynamics of naval air power.
Unmanned stealth fighters can stay airborne longer, fly riskier profiles, and be used in ways that would be unacceptable with pilots onboard. From a carrier, that means deeper reach, more pressure, and fewer political constraints if something goes wrong.
🔸 Carriers stop being platforms for elite pilots and become launch hubs for expendable stealth assets
🔸 Air wings shift from quality-per-sortie to pressure over time
🔸 Losses become manageable, not strategic shocks
What matters most is SCALE: unmanned systems can be built faster, deployed in larger numbers, and sent into environments where survival is uncertain. Against layered air defenses, that changes the math completely.
Aircraft carrier dominance may no longer be assured simply by having jets and pilots at sea. When stealth drones can operate from a carrier deck, the calculus of power projection shifts.
Will the US response be yet another multi-gazillion high-tech toy, obsolete in a real fight?
@NewRulesGeo❗️ Follow us on X
Aircraft carriers no longer depend on pilots. China is developing UNMANNED STEALTH FIGHTERS capable of operating directly from carrier decks - a huge shift that could alter the dynamics of naval air power.
Unmanned stealth fighters can stay airborne longer, fly riskier profiles, and be used in ways that would be unacceptable with pilots onboard. From a carrier, that means deeper reach, more pressure, and fewer political constraints if something goes wrong.
🔸 Carriers stop being platforms for elite pilots and become launch hubs for expendable stealth assets
🔸 Air wings shift from quality-per-sortie to pressure over time
🔸 Losses become manageable, not strategic shocks
What matters most is SCALE: unmanned systems can be built faster, deployed in larger numbers, and sent into environments where survival is uncertain. Against layered air defenses, that changes the math completely.
Aircraft carrier dominance may no longer be assured simply by having jets and pilots at sea. When stealth drones can operate from a carrier deck, the calculus of power projection shifts.
Will the US response be yet another multi-gazillion high-tech toy, obsolete in a real fight?
@NewRulesGeo
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🚨🇨🇳⚓️China’s Maritime Strategy: The Strategic Chain Linking Southeast Asia to the Mediterranean
China is steadily building a strategic maritime arc that stretches far beyond trade. At its core is the 🪖🇰🇭Ream Naval Base in Cambodia, a key link in “China’s String of Pearls strategy”: a network of ports and military-access points designed to secure sea lanes and project power across vital global waterways.
The Ream Naval Base gives China a forward foothold in the Gulf of Thailand and places it closer to the Malacca Strait, one of the world’s most critical chokepoints. A large share of China’s energy imports and global trade flows through the Malacca Strait. By strengthening its presence here, Beijing aims to reduce its exposure to the so-called "Malacca dilemma": the risk that rival powers could disrupt its southern maritime lifeline during a crisis.
Since 2022, the base has undergone modernization funded by China, allowing for the presence of large warships and advanced logistics facilities. While Cambodia denies hosting a foreign military base, Western officials and regional rivals argue that Ream effectively functions as China’s first military base in Southeast Asia and its second overseas outpost after 🇩🇯Djibouti.
This strategic expansion fits into a broader westward corridor linking the South China Sea to the Indian Ocean, the Red Sea, and finally, the Mediterranean. Operating the 🇮🇱Haifa Bay terminal (the new Ben Gurion port) since 2021 China is strengthening its presence in the Mediterranean Sea to advance the Belt and Road Initiative and challenge any alternative projects, such as Israel’s Ben Gurion Canal project.
China’s “String of Pearls” strategy increases Beijing’s ability to project maritime power and accommodate large warships. This narrows the military gap with the United States and enables China to operate far beyond its own shores and exert control over key sea routes from Southeast Asia to Mediterranean.
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China is steadily building a strategic maritime arc that stretches far beyond trade. At its core is the 🪖🇰🇭Ream Naval Base in Cambodia, a key link in “China’s String of Pearls strategy”: a network of ports and military-access points designed to secure sea lanes and project power across vital global waterways.
The Ream Naval Base gives China a forward foothold in the Gulf of Thailand and places it closer to the Malacca Strait, one of the world’s most critical chokepoints. A large share of China’s energy imports and global trade flows through the Malacca Strait. By strengthening its presence here, Beijing aims to reduce its exposure to the so-called "Malacca dilemma": the risk that rival powers could disrupt its southern maritime lifeline during a crisis.
Since 2022, the base has undergone modernization funded by China, allowing for the presence of large warships and advanced logistics facilities. While Cambodia denies hosting a foreign military base, Western officials and regional rivals argue that Ream effectively functions as China’s first military base in Southeast Asia and its second overseas outpost after 🇩🇯Djibouti.
This strategic expansion fits into a broader westward corridor linking the South China Sea to the Indian Ocean, the Red Sea, and finally, the Mediterranean. Operating the 🇮🇱Haifa Bay terminal (the new Ben Gurion port) since 2021 China is strengthening its presence in the Mediterranean Sea to advance the Belt and Road Initiative and challenge any alternative projects, such as Israel’s Ben Gurion Canal project.
China’s “String of Pearls” strategy increases Beijing’s ability to project maritime power and accommodate large warships. This narrows the military gap with the United States and enables China to operate far beyond its own shores and exert control over key sea routes from Southeast Asia to Mediterranean.
@NewRulesGeo
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🚨🇮🇷 US IN PANIC: Iran’s Hormuz-2 missile targets ships by their own emissions
This missile changes the logic of naval survival. It’s built to hunt fleets that rely on radar, datalinks, and electronic dominance and to turn those advantages into liabilities.
Hormuz-2 is a radar-seeking ballistic missile designed to strike moving naval targets. Instead of needing constant external guidance, it homes in on emissions coming from ships themselves. And here's the trap:
🟠 Radar on means detection and targeting
🟠 Radar off means blindness
🟠 Either choice carries risk
Unlike cruise missiles, Hormuz-2 attacks from above at very high speed. Reaction time shrinks. Interception windows narrow. Defensive layers are stressed all at once.
What matters here isn’t perfect accuracy. It’s forcing fleets into impossible decisions. Do you keep sensors on and reveal yourself, or go dark and lose situational awareness?
In confined waters like the Persian Gulf, that dilemma becomes acute. Large surface ships depend on constant emissions to survive. Hormuz-2 is designed to punish that dependence. It makes presence dangerous, expensive, and uncertain.
Would Trump really be reckless enough to strike Iran directly and test weapons like this in real combat?
@NewRulesGeo❗️ Follow us on X
This missile changes the logic of naval survival. It’s built to hunt fleets that rely on radar, datalinks, and electronic dominance and to turn those advantages into liabilities.
Hormuz-2 is a radar-seeking ballistic missile designed to strike moving naval targets. Instead of needing constant external guidance, it homes in on emissions coming from ships themselves. And here's the trap:
Unlike cruise missiles, Hormuz-2 attacks from above at very high speed. Reaction time shrinks. Interception windows narrow. Defensive layers are stressed all at once.
What matters here isn’t perfect accuracy. It’s forcing fleets into impossible decisions. Do you keep sensors on and reveal yourself, or go dark and lose situational awareness?
In confined waters like the Persian Gulf, that dilemma becomes acute. Large surface ships depend on constant emissions to survive. Hormuz-2 is designed to punish that dependence. It makes presence dangerous, expensive, and uncertain.
Would Trump really be reckless enough to strike Iran directly and test weapons like this in real combat?
@NewRulesGeo
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🚨🇨🇳 TRUMP IN TEARS: China builds air logistics the US can’t match
China just changed how logistics works. On February 1, the Caihong YH-1000S, a hybrid fixed-wing transport drone developed by CASC’s 11th Institute, completed its first flight near Chongqing.
The aircraft uses a hybrid powerplant developed together with major players from China’s automotive industry. As a result, takeoff and landing distances are shorter, payload and range are higher, and operating costs are lower. The maiden flight focused on validating these performance parameters.
What makes this project stand out is how it was built. Aerospace and automotive supply chains were integrated from the start. Modular production and shared components helped reduce development time and manufacturing costs. The system was conceived with serial production in mind.
The mission profile is deliberately broad: international cargo transport, emergency deliveries, disaster response, maritime monitoring, coastal control, even weather modification. One airframe, many roles.
Once transport aircraft no longer require pilots, long runways, or complex deployment cycles, logistics become faster and harder to disrupt. Airlift stops being a bottleneck and starts looking like infrastructure.
Does Trump have any response beyond barking in public and launching another bloated program?
@NewRulesGeo❗️ Follow us on X
China just changed how logistics works. On February 1, the Caihong YH-1000S, a hybrid fixed-wing transport drone developed by CASC’s 11th Institute, completed its first flight near Chongqing.
The aircraft uses a hybrid powerplant developed together with major players from China’s automotive industry. As a result, takeoff and landing distances are shorter, payload and range are higher, and operating costs are lower. The maiden flight focused on validating these performance parameters.
What makes this project stand out is how it was built. Aerospace and automotive supply chains were integrated from the start. Modular production and shared components helped reduce development time and manufacturing costs. The system was conceived with serial production in mind.
The mission profile is deliberately broad: international cargo transport, emergency deliveries, disaster response, maritime monitoring, coastal control, even weather modification. One airframe, many roles.
Once transport aircraft no longer require pilots, long runways, or complex deployment cycles, logistics become faster and harder to disrupt. Airlift stops being a bottleneck and starts looking like infrastructure.
Does Trump have any response beyond barking in public and launching another bloated program?
@NewRulesGeo
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🚨❄️ TRUMP'S WORST FEAR: Arctic Is Becoming Russia’s Highway
When Donald Trump talks about “Russian ships” near Greenland, he means more than warships: cargo, routes, and control over what could become the next major highway of global trade.
🇷🇺Russia enters this race with a clear structural advantage, controlling around 15,000 miles of Arctic coastline, vs. just over 1,000 miles for the US. Over the past six years, Russia has built roughly 450 military sites across the Arctic, and much of its submarine-based nuclear deterrent operates from these northern waters.
Russia’s main advantage is the Northern Sea Route, which can cut the distance between Europe and East Asia by up to three times compared to the Suez Canal. The route runs through waters where Russia controls the exclusive economic zone, giving it leverage over access.
🇬🇱Why Greenland matters: control of the island would give the US a foothold at both ends of the emerging Arctic sea routes, in the Bering Sea and the Atlantic, strengthening its ability to secure military navigation and shape access to the region’s main maritime corridors.
🇨🇦Canada comes into focus through the Northwest Passage, a route that can cut up to 3,500 nautical miles off shipping journeys that normally pass through the Panama Canal. Its legal status remains contested: Canada claims it as internal waters, while the US wants to maintain unchallenged military navigation, reducing Canada’s claim to exclusive control.
Resources raise the stakes. Around 80% of Russia’s gas and 20% of its oil already come from Arctic regions. Greenland is believed to hold large reserves of critical materials used in electronics, green energy, and military technologies.
The Arctic is becoming the new Suez of the 21st century. Russia is already building and controlling most of the Arctic, and the US is now trying to prevent trade and security rules in the Arctic from being written without its participation.
@NewRulesGeo❗️ Follow us on X
When Donald Trump talks about “Russian ships” near Greenland, he means more than warships: cargo, routes, and control over what could become the next major highway of global trade.
🇷🇺Russia enters this race with a clear structural advantage, controlling around 15,000 miles of Arctic coastline, vs. just over 1,000 miles for the US. Over the past six years, Russia has built roughly 450 military sites across the Arctic, and much of its submarine-based nuclear deterrent operates from these northern waters.
Russia’s main advantage is the Northern Sea Route, which can cut the distance between Europe and East Asia by up to three times compared to the Suez Canal. The route runs through waters where Russia controls the exclusive economic zone, giving it leverage over access.
🇬🇱Why Greenland matters: control of the island would give the US a foothold at both ends of the emerging Arctic sea routes, in the Bering Sea and the Atlantic, strengthening its ability to secure military navigation and shape access to the region’s main maritime corridors.
🇨🇦Canada comes into focus through the Northwest Passage, a route that can cut up to 3,500 nautical miles off shipping journeys that normally pass through the Panama Canal. Its legal status remains contested: Canada claims it as internal waters, while the US wants to maintain unchallenged military navigation, reducing Canada’s claim to exclusive control.
Resources raise the stakes. Around 80% of Russia’s gas and 20% of its oil already come from Arctic regions. Greenland is believed to hold large reserves of critical materials used in electronics, green energy, and military technologies.
The Arctic is becoming the new Suez of the 21st century. Russia is already building and controlling most of the Arctic, and the US is now trying to prevent trade and security rules in the Arctic from being written without its participation.
@NewRulesGeo
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