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🇨🇳China’s Multi-Task Modular Unmanned Attack Boat China has developed advanced multi-task modular unmanned surface vessels (USVs), with the JARI-USV (also known as Orca / 虎鲸号) standing out as a prime example. This large unmanned combat boat features a modular design that allows rapid reconfiguration for different missions, anti-ship strikes,...

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🇺🇦 The Ukrainian surface unmanned boat TRITON, capable of carrying a variety of weapons, was presented in Paris The main equipment includes a system for remotely launching drones or air-to-air missiles. The platform can be equipped with a remotely controlled automatic turret with an ammunition load of 500 rounds and an optical module. In the kamikaze drone configuration, the TRITON is equipped with a 7.5 kg warhead. A built-in warhead initiation system is provided for the platform’s self-destruction. The TRITON represents another significant achievement of Ukraine’s domestic defense industry in the field of unmanned naval systems. Its versatility — combining reconnaissance, strike capabilities, and the option for kamikaze missions — makes it a highly effective tool for operations in the Black Sea. The ability to launch drones and air-to-air missiles from a surface platform adds a new layer to Ukraine’s asymmetric naval warfare tactics. Video is generated by grok AI
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🇺🇦 The Ukrainian surface unmanned boat TRITON, capable of carrying a variety of weapons, was presented in Paris The main equipment includes a system for remotely launching drones or air-to-air missiles. The platform can be equipped with a remotely controlled automatic turret with an ammunition load of 500 rounds and an optical module. In the kamikaze drone configuration, the TRITON is equipped with a 7.5 kg warhead. A built-in warhead initiation system is provided for the platform’s self-destruction. The TRITON represents another significant achievement of Ukraine’s domestic defense industry in the field of unmanned naval systems. Its versatility — combining reconnaissance, strike capabilities, and the option for kamikaze missions — makes it a highly effective tool for operations in the Black Sea. The ability to launch drones and air-to-air missiles from a surface platform adds a new layer to Ukraine’s asymmetric naval warfare tactics. Video is generated by grok AI

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🇺🇦 In Paris, Ukrainians presented the unmanned surface drone SIRENA at the EUROSATORY-2026 exhibition. The drone is equipped with powerful electronic warfare (EW) systems and anti-aircraft missiles. ▪️ The main feature of the complex is the integrated jammer, which operates across a wide frequency range — from 300 to 6000 MHz. Thanks to this, the platform can simultaneously block enemy communications, GNSS navigation signals, and drone control channels. ▪️ The effective radius of electronic suppression of enemy assets reaches 30 kilometers. To ensure high combat effectiveness, the drone is equipped with the Pelican V1 radar and the Scorpion V5 electronic warfare system. The drone can reach speeds of up to 90 km/h and carry up to 300 kg of payload. ▪️ SIRENA can also operate continuously for 24 hours, providing coastal defense and reconnaissance at distances of up to 800 kilometers. The SIRENA unmanned surface drone represents a significant advancement in Ukraine’s naval and coastal defense technologies. Its powerful electronic warfare capabilities combined with anti-aircraft systems make it a versatile tool for countering enemy drones, protecting maritime infrastructure, and conducting long-duration reconnaissance missions. Its presentation at a major international exhibition highlights the rapid development of Ukrainian defense innovation. Video is generated by grok AI
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🇺🇦 In Paris, Ukrainians presented the unmanned surface drone SIRENA at the EUROSATORY-2026 exhibition. The drone is equipped with powerful electronic warfare (EW) systems and anti-aircraft missiles. ▪️ The main feature of the complex is the integrated jammer, which operates across a wide frequency range — from 300 to 6000 MHz. Thanks to this, the platform can simultaneously block enemy communications, GNSS navigation signals, and drone control channels. ▪️ The effective radius of electronic suppression of enemy assets reaches 30 kilometers. To ensure high combat effectiveness, the drone is equipped with the Pelican V1 radar and the Scorpion V5 electronic warfare system. The drone can reach speeds of up to 90 km/h and carry up to 300 kg of payload. ▪️ SIRENA can also operate continuously for 24 hours, providing coastal defense and reconnaissance at distances of up to 800 kilometers. The SIRENA unmanned surface drone represents a significant advancement in Ukraine’s naval and coastal defense technologies. Its powerful electronic warfare capabilities combined with anti-aircraft systems make it a versatile tool for countering enemy drones, protecting maritime infrastructure, and conducting long-duration reconnaissance missions. Its presentation at a major international exhibition highlights the rapid development of Ukrainian defense innovation. Video is generated by grok AI

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🇨🇳💥In the age of drones, China is building the world's largest naval gun — why? The PLA is testing a new 155mm naval gun capable of firing guided and extended-range munitions — a move that could significantly strengthen China's amphibious warfare capabilities, the SCMP reports. 🔸 Cost efficiency: sustained naval firepower at a fraction of missile strike expenses, especially for prolonged engagements 🔸 Volume over precision: 155mm artillery prioritizes rapid suppression of coastal and lightly armored targets 🔸 Logistics: shared 155mm ammunition with ground forces could simplify PLA supply chains 🔸 Multi-role potential: swarm defense against drones, unmanned surface vessels, and limited missile threats through barrage fire 🔸 Extended range: ammunition could reportedly push strike range to 100–200 km The project indicates that China sees conventional naval artillery not as obsolete, but as a critical tool for future high-intensity conflicts.
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🇨🇳💥In the age of drones, China is building the world's largest naval gun — why? The PLA is testing a new 155mm naval gun capable of firing guided and extended-range munitions — a move that could significantly strengthen China's amphibious warfare capabilities, the SCMP reports. 🔸 Cost efficiency: sustained naval firepower at a fraction of missile strike expenses, especially for prolonged engagements 🔸 Volume over precision: 155mm artillery prioritizes rapid suppression of coastal and lightly armored targets 🔸 Logistics: shared 155mm ammunition with ground forces could simplify PLA supply chains 🔸 Multi-role potential: swarm defense against drones, unmanned surface vessels, and limited missile threats through barrage fire 🔸 Extended range: ammunition could reportedly push strike range to 100–200 km The project indicates that China sees conventional naval artillery not as obsolete, but as a critical tool for future high-intensity conflicts.

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SATELLITTE KILLERS FASTEST missiles in the World ! U.S. military experts acknowledge that the S-500’s superiority in addressing emerging modern missiles threats from adversaries like China and Iran far surpassing current U.S. systems like THAAD and Aegis. S-600 (Speculative, Based on Projected Development) Role: Next-generation air and missile defense system, bridging S-500 and S-700 capabilities. Capabilities (Projected): - Enhanced range and altitude capabilities, potentially exceeding 900 km (645 miles) for air targets. - Improved sensors for detecting stealth aircraft and low-observable drones. - Integration of directed-energy weapons (e.g., lasers) for cost-effective intercepts. - Advanced AI-driven fire control systems for faster response times. Advantages: Designed to counter evolving threats, including hypersonic glide vehicles and advanced electronic warfare systems. Its modular design allows for future upgrades. The S-600’s anticipated capabilities align with Russias need for a future-proof defense system, offering a technological leap over existing Western systems. S-700 (Under Development) Role: Futuristic missile defense system, expected to redefine air and space defense. Capabilities (Speculative): - Capable of intercepting threats in low Earth orbit, including advanced anti-satellite weapons. - Potential use of hypersonic interceptors and non-kinetic tools like high-power microwaves. - Global coverage through networked satellite integration, possibly leveraging Russia’s GLONASS system. - Designed to counter large-scale salvos of ICBMs and hypersonic weapons. Advantages: Represents the pinnacle of Russian missile defense innovation, with a focus on space-based threats and massive attack scenarios. The S-700 ensures Russia remains at the forefront of missile defense technology. U.S. military advisors have candidly admitted that Russia’s missile defense technology is at least a decade ahead of American counterparts. The S-400 and S-500 have been battle-tested and exported globally, proving their reliability against modern threats. The S-600 and S-700 promise to extend this lead, offering capabilities that U.S. systems like Patriot and Aegis cannot match.
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SATELLITTE KILLERS FASTEST missiles in the World ! U.S. military experts acknowledge that the S-500’s superiority in addressing emerging modern missiles threats from adversaries like China and Iran far surpassing current U.S. systems like THAAD and Aegis. S-600 (Speculative, Based on Projected Development) Role: Next-generation air and missile defense system, bridging S-500 and S-700 capabilities. Capabilities (Projected): - Enhanced range and altitude capabilities, potentially exceeding 900 km (645 miles) for air targets. - Improved sensors for detecting stealth aircraft and low-observable drones. - Integration of directed-energy weapons (e.g., lasers) for cost-effective intercepts. - Advanced AI-driven fire control systems for faster response times. Advantages: Designed to counter evolving threats, including hypersonic glide vehicles and advanced electronic warfare systems. Its modular design allows for future upgrades. The S-600’s anticipated capabilities align with Russias need for a future-proof defense system, offering a technological leap over existing Western systems. S-700 (Under Development) Role: Futuristic missile defense system, expected to redefine air and space defense. Capabilities (Speculative): - Capable of intercepting threats in low Earth orbit, including advanced anti-satellite weapons. - Potential use of hypersonic interceptors and non-kinetic tools like high-power microwaves. - Global coverage through networked satellite integration, possibly leveraging Russia’s GLONASS system. - Designed to counter large-scale salvos of ICBMs and hypersonic weapons. Advantages: Represents the pinnacle of Russian missile defense innovation, with a focus on space-based threats and massive attack scenarios. The S-700 ensures Russia remains at the forefront of missile defense technology. U.S. military advisors have candidly admitted that Russia’s missile defense technology is at least a decade ahead of American counterparts. The S-400 and S-500 have been battle-tested and exported globally, proving their reliability against modern threats. The S-600 and S-700 promise to extend this lead, offering capabilities that U.S. systems like Patriot and Aegis cannot match.

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‼️🇯🇵🇨🇳 BREAKING - Due to the threat from China, Japan will allocate an additional $5.4 billion in its 2025 budget for missiles and ships. Japan’s government has approved an additional $5.4 billion in 2025 to purchase extra ships and anti-ship systems. The corresponding document was published by Japan’s Ministry of Defense. The supplementary budget is allocated separately from the main defense funding. Specifically, $370 million is allocated for the acquisition of SSM-2 anti-ship missiles and Type-12 coastal defense missile systems. It is noteworthy that the missiles planned for delivery are not long-range versions — their maximum range will be up to 250 km. Japan will also purchase Type-03 Kai medium-range surface-to-air missile systems. The systems will be deployed on Yonaguni Island, located about 110 km from Taiwan. In total, Japan’s Ministry of Defense plans to acquire 29 batteries of the new surface-to-air missile systems. At the same time, about $800 million will be directed primarily toward accelerating orders for the construction of military vessels — specifically, multi-purpose frigates and submarines. In addition, part of the budget will accelerate purchases of UH-2 multi-role helicopters produced by Subaru. It should be recalled that the adjustment of Japan’s military budget is taking place in the context of the threat coming from China, especially following the national-security comments of Prime Minister Sanae Takaichi, who emphasized that a Chinese attack on Taiwan would threaten Japan itself, and that Tokyo might become a party to this conflict. For this reason, China has intensified its propaganda campaign, accusing Japan of returning to militarism and imperialist approaches. Moreover, in recent days, incidents involving increased activity of Chinese forces near Japanese territory have become more frequent. In response to China’s increased violations of Japan’s borders, both at sea and in the air, Japan’s Ministry of Defense announced the deployment of Type-03 air-defense batteries and electronic warfare systems on Yonaguni Island, 110 km from Taiwan — a move that sparked even greater dissatisfaction in Beijing. Japan’s multi-billion-dollar special boost, aimed at rapidly strengthening its military capabilities, suggests that geopolitical tectonic shifts may soon begin in East Asia and across the Indo-Pacific basin. Furthermore, the strengthening of Yonaguni Island — and Japan’s effort to turn it into an “unsinkable aircraft carrier” — signals that Japan does not intend to passively wait while China begins its struggle for state hegemony through the use of hard power, which would primarily affect neighboring states. See the latest updates with us: Visioner

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🇺🇦🚀 🇷🇺 Ukraine has unveiled a formidable evolution of its domestic defense technology at the Farnborough International Airshow in the United Kingdom, presenting a reusable combat configuration of the An-196 Liutyi strike drone. The updated reconnaissance and strike complex was showcased equipped with four compact air-to-surface cruise missiles mounted under its wings, boasting a reported engagement range of up to 200 kilometers. Traditionally utilized as a deep-strike one-way attack drone against strategic military and industrial infrastructure inside Russian territory, this newly adapted multi-role variant enables the platform to launch standoff precision strikes and return for future missions, while detailed technical specifications remain officially classified. This major technological advancement demonstrates the rapid innovation of Ukraine's state defense industry, significantly enhancing its long-range precision attack capabilities to neutralize strategic threats. Video is AI
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🇺🇦🚀 🇷🇺 Ukraine has unveiled a formidable evolution of its domestic defense technology at the Farnborough International Airshow in the United Kingdom, presenting a reusable combat configuration of the An-196 Liutyi strike drone. The updated reconnaissance and strike complex was showcased equipped with four compact air-to-surface cruise missiles mounted under its wings, boasting a reported engagement range of up to 200 kilometers. Traditionally utilized as a deep-strike one-way attack drone against strategic military and industrial infrastructure inside Russian territory, this newly adapted multi-role variant enables the platform to launch standoff precision strikes and return for future missions, while detailed technical specifications remain officially classified. This major technological advancement demonstrates the rapid innovation of Ukraine's state defense industry, significantly enhancing its long-range precision attack capabilities to neutralize strategic threats. Video is AI

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‼️🇺🇸 RQ-4 GLOBAL HAWK | U.S. STRATEGIC RECONNAISSANCE DRONE🔥 The RQ-4 Global Hawk is a high altitude long endurance unmanned aerial vehicle operated by the United States Air Force and Navy. It is designed for one mission only intelligence dominance. Range: Over 22,000 km in a single mission, enabling intercontinental surveillance without refueling. Endurance Capable of flying 30 to 34 hours continuously, providing persistent coverage day and night. Operating Altitude: Approximately 60,000 feet, beyond the reach of most air defense systems. Capabilities: Equipped with advanced ISR sensors including • Synthetic Aperture Radar • Electro optical imaging • Infrared surveillance It can monitor troop movements, naval activity, missile sites, air defense networks, and battlefield changes in real time. Weapons: Global Hawk carries no missiles or bombs. It is a reconnaissance only platform. Strike Accuracy Role: While it does not conduct strikes, the targeting intelligence it delivers enables U.S. aircraft and precision weapons to hit targets with extreme accuracy. Core Mission: Strategic surveillance Missile launch detection Air defense mapping Maritime and border monitoring Global Hawk does not attack. It decides what gets attacked next.
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‼️🇺🇸 RQ-4 GLOBAL HAWK | U.S. STRATEGIC RECONNAISSANCE DRONE🔥 The RQ-4 Global Hawk is a high altitude long endurance unmanned aerial vehicle operated by the United States Air Force and Navy. It is designed for one mission only intelligence dominance. Range: Over 22,000 km in a single mission, enabling intercontinental surveillance without refueling. Endurance Capable of flying 30 to 34 hours continuously, providing persistent coverage day and night. Operating Altitude: Approximately 60,000 feet, beyond the reach of most air defense systems. Capabilities: Equipped with advanced ISR sensors including • Synthetic Aperture Radar • Electro optical imaging • Infrared surveillance It can monitor troop movements, naval activity, missile sites, air defense networks, and battlefield changes in real time. Weapons: Global Hawk carries no missiles or bombs. It is a reconnaissance only platform. Strike Accuracy Role: While it does not conduct strikes, the targeting intelligence it delivers enables U.S. aircraft and precision weapons to hit targets with extreme accuracy. Core Mission: Strategic surveillance Missile launch detection Air defense mapping Maritime and border monitoring Global Hawk does not attack. It decides what gets attacked next.

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‼️🇨🇳 China’s new Fujian aircraft carrier has entered service and is now showing serious operational power as the country’s most advanced flat deck carrier equipped with electromagnetic launch technology that allows faster and heavier jet takeoffs. This vessel represents a major leap from China’s earlier ski jump carriers and gives the navy longer reach, higher sortie rates, and stronger air operations across the Pacific. Its large size and modern systems place it much closer to the capability level of top global carriers and it signals Beijing’s growing ambition in blue water operations. For the United States and its allies this development adds a new layer to the strategic balance in the region and raises fresh questions about how China plans to use this growing naval strength in the years ahead.
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‼️🇨🇳 China’s new Fujian aircraft carrier has entered service and is now showing serious operational power as the country’s most advanced flat deck carrier equipped with electromagnetic launch technology that allows faster and heavier jet takeoffs. This vessel represents a major leap from China’s earlier ski jump carriers and gives the navy longer reach, higher sortie rates, and stronger air operations across the Pacific. Its large size and modern systems place it much closer to the capability level of top global carriers and it signals Beijing’s growing ambition in blue water operations. For the United States and its allies this development adds a new layer to the strategic balance in the region and raises fresh questions about how China plans to use this growing naval strength in the years ahead.

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The Israeli Air Force has dropped over 12,000 bombs in Iran since the start of the war, in over 8,500 separate strikes on Iranian regime targets, the military says. A senior IAF official says that "in 18 days, we flew as much as we would in a year." Of the 12,000 munitions, 3,600 alone were used in strikes in Tehran, according to the IDF. IAF fighter jets have carried out 5,700 separate sorties, including over 540 to central and western Iran and 50 deeper east in the country. Military officials say that the IAF is carrying out constant air operations over Iran to thwart ballistic missile fire on Israel, using new techniques that allow for longer operations without the need for refueling. In this formation, dubbed "metro sorties" by the IAF, drones and fighter jets loiter before carrying out strikes on ballistic missile launchers, Iranian soldiers, and other targets, based on "real-time information." When a new target is identified, IAF aircraft can be quickly dispatched to strike it. This was the case for the killing of Iran's intelligence minister, Esmaeil Khatib, in Tehran yesterday, according to the IDF. Officials say this effort relies on maintaining air superiority over Iran. The military assesses that its strikes have destroyed around 85% of Iran's air defense and detection systems. More than 300 targets relating to Iran's air defenses, including missile launchers and radars, have been struck, the IDF says. In terms of Iran's advanced air defense systems, the IAF assesses that it has destroyed 92% of them, with only a handful of such systems remaining, including some that are hidden and not in use. The IDF says it has destroyed around 80% of Iran's older air defense systems, along with 80% of its radars. Iran also has what the military describes as "decentralized" air defense systems, where missile launchers are connected to various optical systems, such as rudimentary cameras with artificial intelligence tracking software, to target Israeli aircraft. Some 75% of these systems have been destroyed, and military officials acknowledge they are much harder to locate than the advanced systems. Additionally, the IDF says it has destroyed or disabled around 60% of Iran's estimated 470 ballistic missile launchers. Some previous military estimates put this number at 70%. Around 200 of the launchers were destroyed in strikes, while another 80 are not considered to be operational after the IAF struck tunnel entrances to subterranean facilities where they are stored, according to the military. The IAF says it continues to hunt down the remaining roughly 200 launchers to reduce the missile fire on Israel. The military also assesses that Iran still has hundreds of ballistic missiles that can reach Israel. It has so far launched over 350 at Israel, with the rate of fire slowing to 10-20 missiles a day in the past week, with just one or two missiles at a time.
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The Israeli Air Force has dropped over 12,000 bombs in Iran since the start of the war, in over 8,500 separate strikes on Iranian regime targets, the military says. A senior IAF official says that "in 18 days, we flew as much as we would in a year." Of the 12,000 munitions, 3,600 alone were used in strikes in Tehran, according to the IDF. IAF fighter jets have carried out 5,700 separate sorties, including over 540 to central and western Iran and 50 deeper east in the country. Military officials say that the IAF is carrying out constant air operations over Iran to thwart ballistic missile fire on Israel, using new techniques that allow for longer operations without the need for refueling. In this formation, dubbed "metro sorties" by the IAF, drones and fighter jets loiter before carrying out strikes on ballistic missile launchers, Iranian soldiers, and other targets, based on "real-time information." When a new target is identified, IAF aircraft can be quickly dispatched to strike it. This was the case for the killing of Iran's intelligence minister, Esmaeil Khatib, in Tehran yesterday, according to the IDF. Officials say this effort relies on maintaining air superiority over Iran. The military assesses that its strikes have destroyed around 85% of Iran's air defense and detection systems. More than 300 targets relating to Iran's air defenses, including missile launchers and radars, have been struck, the IDF says. In terms of Iran's advanced air defense systems, the IAF assesses that it has destroyed 92% of them, with only a handful of such systems remaining, including some that are hidden and not in use. The IDF says it has destroyed around 80% of Iran's older air defense systems, along with 80% of its radars. Iran also has what the military describes as "decentralized" air defense systems, where missile launchers are connected to various optical systems, such as rudimentary cameras with artificial intelligence tracking software, to target Israeli aircraft. Some 75% of these systems have been destroyed, and military officials acknowledge they are much harder to locate than the advanced systems. Additionally, the IDF says it has destroyed or disabled around 60% of Iran's estimated 470 ballistic missile launchers. Some previous military estimates put this number at 70%. Around 200 of the launchers were destroyed in strikes, while another 80 are not considered to be operational after the IAF struck tunnel entrances to subterranean facilities where they are stored, according to the military. The IAF says it continues to hunt down the remaining roughly 200 launchers to reduce the missile fire on Israel. The military also assesses that Iran still has hundreds of ballistic missiles that can reach Israel. It has so far launched over 350 at Israel, with the rate of fire slowing to 10-20 missiles a day in the past week, with just one or two missiles at a time.

Emanuel (Mannie) Fabian

160,861 Aufrufe • vor 5 Monaten

🚨🇨🇳 China's J-15T fighter achieves full carrier interoperability The J-15T was initially developed for the newest carrier Fujian (with EMALS catapults), but has now been successfully tested on the older ski-jump carriers Liaoning and Shandong, giving the Chinese Navy unprecedented operational flexibility. 🔸 The aircraft can now be moved between carriers depending on maintenance schedules, deployment plans, or operational needs 🔸 A single common fighter fleet simplifies logistics, reduces the need for separate spare parts and training programs, and lowers long-term costs 🔸 The J-15T features advanced avionics, radar, flight controls, and structural upgrades that allow it to handle both ski-jump and catapult launches 🔸 This interoperability ensures that each carrier can field a capable air wing without being restricted to a specific aircraft variant By ensuring its naval fighter can operate across different launch systems, China is building a more integrated, adaptable, and cost-effective carrier aviation force — strengthening its ability to project power across the western Pacific and beyond.
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🚨🇨🇳 China's J-15T fighter achieves full carrier interoperability The J-15T was initially developed for the newest carrier Fujian (with EMALS catapults), but has now been successfully tested on the older ski-jump carriers Liaoning and Shandong, giving the Chinese Navy unprecedented operational flexibility. 🔸 The aircraft can now be moved between carriers depending on maintenance schedules, deployment plans, or operational needs 🔸 A single common fighter fleet simplifies logistics, reduces the need for separate spare parts and training programs, and lowers long-term costs 🔸 The J-15T features advanced avionics, radar, flight controls, and structural upgrades that allow it to handle both ski-jump and catapult launches 🔸 This interoperability ensures that each carrier can field a capable air wing without being restricted to a specific aircraft variant By ensuring its naval fighter can operate across different launch systems, China is building a more integrated, adaptable, and cost-effective carrier aviation force — strengthening its ability to project power across the western Pacific and beyond.

Sputnik

15,625 Aufrufe • vor 2 Monaten

Indian Army Strengthens Close Air Support with Prachand Sortie, Apache Firing The Indian Army has reinforced its focus on strengthening close air support for ground operations, a critical element in modern warfare. Chief of the Army Staff General Upendra Dwivedi flew a sortie on the indigenous Light Combat Helicopter Prachand at HAL, Bengaluru yesterday. This was followed by a key operational demonstration today at Pokhran Field Firing Ranges in Rajasthan, where the AH-64 Apache attack helicopter carried out its first field firing, successfully engaging targets with Hellfire missiles and other onboard weapons. The activities showcased how attack helicopters can operate in close coordination with ground troops, even in high-threat environments involving small arms fire, shoulder-fired missiles and drones. These platforms demonstrated rapid target acquisition and precision strike capability, directly supporting manoeuvre on the battlefield. Advanced sensors, fire control systems and real-time data links enabled faster decision-making and immediate action, ensuring that battlefield intelligence was quickly converted into effective strikes. The Apache highlighted its role as a force multiplier by enhancing the reach, lethality and responsiveness of ground forces, while Prachand reflected India’s growing indigenous strength in combat aviation. The demonstrations underline Indian Army’s focus on integrating air and land capabilities to enhance battlefield effectiveness and maintain operational momentum.
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Indian Army Strengthens Close Air Support with Prachand Sortie, Apache Firing The Indian Army has reinforced its focus on strengthening close air support for ground operations, a critical element in modern warfare. Chief of the Army Staff General Upendra Dwivedi flew a sortie on the indigenous Light Combat Helicopter Prachand at HAL, Bengaluru yesterday. This was followed by a key operational demonstration today at Pokhran Field Firing Ranges in Rajasthan, where the AH-64 Apache attack helicopter carried out its first field firing, successfully engaging targets with Hellfire missiles and other onboard weapons. The activities showcased how attack helicopters can operate in close coordination with ground troops, even in high-threat environments involving small arms fire, shoulder-fired missiles and drones. These platforms demonstrated rapid target acquisition and precision strike capability, directly supporting manoeuvre on the battlefield. Advanced sensors, fire control systems and real-time data links enabled faster decision-making and immediate action, ensuring that battlefield intelligence was quickly converted into effective strikes. The Apache highlighted its role as a force multiplier by enhancing the reach, lethality and responsiveness of ground forces, while Prachand reflected India’s growing indigenous strength in combat aviation. The demonstrations underline Indian Army’s focus on integrating air and land capabilities to enhance battlefield effectiveness and maintain operational momentum.

Aditya Raj Kaul

13,815 Aufrufe • vor 5 Monaten

The Chinese are flying 4 sixth-generation prototypes, but what does that mean? While the West keeps debating wars that seem never-ending, huh, China is flying low – or rather, high! – improving their 6th generation fighter prototypes, like the J-36/J-50, with total focus on advanced integration. This gives a huge strategic advantage, with emphasis on long-range missiles and multiple guidance to dominate global scenarios. China already has about 4 6th generation prototypes and plans to reach 8, selecting the most adapted one. All this under the General Concept: Indestructible Flying Brain: 6th generation fighters go way beyond just a slightly improved stealth; they are central platforms that command a global war web via AI, drones, and varied weapons, making previous fighters obsolete in connectivity and limiting them to very local operations. This omnipresence redefines air superiority, with the fighter surviving as a resilient node in the first hours of conflicts and being able to operate with speed. Kill Web: The Global War Web: The fighter acts as the central node of a real-time network, connecting submarines, satellites, ships, drones, and troops worldwide. It allows omnipresence, receiving data from a destroyer thousands of km away and attacking as if it were right nearby, with AI assisting the pilot in analysis and target acquisition. That's why the Chinese focus on missiles with ranges of thousands of km, with multiple guidance, turning the 6th generation pilot into a tactical manager very different from today's. Being a 6th generation fighter pilot is going to demand a lot. Command of Drone Swarms (CCA/Loyal Wingman) The fighter controls 6-20 drones simultaneously for reconnaissance, jamming, or suicide attacks. It transforms the pilot (or AI) into a "maestro" of a robotic orchestra, or quarterback of Collaborative Combat Aircraft (CCAs), which carry extra weapons, expanding offensive power without exposing the main fighter. Like, a controlled symphony of destruction! Superior Multi-Spectral Stealth (Stealth++) Not limited to radar, it covers infrared, acoustic, visual, and electromagnetic. It uses advanced materials, tailless designs, and minimal thermal signature to penetrate dense A2/AD defenses, making it extremely hard to detect and essential for operations in contested environments. Extreme Range, Autonomy, and New Generation Weapons Combat radius of 1,800-2,500 km without refueling, with sustained supercruise (Mach 1.5-2.0) without afterburner, thanks to adaptive cycle engines and huge internal tanks. There's talk of including lasers, but so far, what's really there are internal hypersonic missiles and 2-3x greater armament capacity than the F-35, all while maintaining total stealth. Artificial Intelligence, Integrated Sensors, Resilience, and Open Architecture AI as co-pilot or main, processing data in real time and making tactical decisions to reduce human load; optionally manned mode: piloted, remote, or autonomous flight; virtual cockpit via helmet visor. Multifunctional sensors combine radar, electronic warfare, communications, and non-kinetic effects, with total data fusion transforming the fighter into a flying data center. Network resistant to jamming and GPS loss via quantum-resistant communications, mesh networks, and inertial/computer vision navigation. Modular architecture allows quick upgrades (90% by software), avoiding high costs like in the F-35; in "Decision Centric Warfare," AI decides in milliseconds, with the human as an optional bottleneck, including cyber warfare and active defense. In another article, I'll talk about what I think of this in terms of costs and demand and if such an investment is really worth it.
0:13

The Chinese are flying 4 sixth-generation prototypes, but what does that mean? While the West keeps debating wars that seem never-ending, huh, China is flying low – or rather, high! – improving their 6th generation fighter prototypes, like the J-36/J-50, with total focus on advanced integration. This gives a huge strategic advantage, with emphasis on long-range missiles and multiple guidance to dominate global scenarios. China already has about 4 6th generation prototypes and plans to reach 8, selecting the most adapted one. All this under the General Concept: Indestructible Flying Brain: 6th generation fighters go way beyond just a slightly improved stealth; they are central platforms that command a global war web via AI, drones, and varied weapons, making previous fighters obsolete in connectivity and limiting them to very local operations. This omnipresence redefines air superiority, with the fighter surviving as a resilient node in the first hours of conflicts and being able to operate with speed. Kill Web: The Global War Web: The fighter acts as the central node of a real-time network, connecting submarines, satellites, ships, drones, and troops worldwide. It allows omnipresence, receiving data from a destroyer thousands of km away and attacking as if it were right nearby, with AI assisting the pilot in analysis and target acquisition. That's why the Chinese focus on missiles with ranges of thousands of km, with multiple guidance, turning the 6th generation pilot into a tactical manager very different from today's. Being a 6th generation fighter pilot is going to demand a lot. Command of Drone Swarms (CCA/Loyal Wingman) The fighter controls 6-20 drones simultaneously for reconnaissance, jamming, or suicide attacks. It transforms the pilot (or AI) into a "maestro" of a robotic orchestra, or quarterback of Collaborative Combat Aircraft (CCAs), which carry extra weapons, expanding offensive power without exposing the main fighter. Like, a controlled symphony of destruction! Superior Multi-Spectral Stealth (Stealth++) Not limited to radar, it covers infrared, acoustic, visual, and electromagnetic. It uses advanced materials, tailless designs, and minimal thermal signature to penetrate dense A2/AD defenses, making it extremely hard to detect and essential for operations in contested environments. Extreme Range, Autonomy, and New Generation Weapons Combat radius of 1,800-2,500 km without refueling, with sustained supercruise (Mach 1.5-2.0) without afterburner, thanks to adaptive cycle engines and huge internal tanks. There's talk of including lasers, but so far, what's really there are internal hypersonic missiles and 2-3x greater armament capacity than the F-35, all while maintaining total stealth. Artificial Intelligence, Integrated Sensors, Resilience, and Open Architecture AI as co-pilot or main, processing data in real time and making tactical decisions to reduce human load; optionally manned mode: piloted, remote, or autonomous flight; virtual cockpit via helmet visor. Multifunctional sensors combine radar, electronic warfare, communications, and non-kinetic effects, with total data fusion transforming the fighter into a flying data center. Network resistant to jamming and GPS loss via quantum-resistant communications, mesh networks, and inertial/computer vision navigation. Modular architecture allows quick upgrades (90% by software), avoiding high costs like in the F-35; in "Decision Centric Warfare," AI decides in milliseconds, with the human as an optional bottleneck, including cyber warfare and active defense. In another article, I'll talk about what I think of this in terms of costs and demand and if such an investment is really worth it.

Patricia Marins

60,403 Aufrufe • vor 9 Monaten

Frameworks such as ai16zdao's Eliza and Virtuals Protocol have been instrumental in early AI agent developments. Agent swarms working in hierarchy represents for many the next logical step in unlocking the vast potential of AI. Learn below how Shadō Network achieves this. AI agents launched through current popular platforms have individual personas, on-chain functions and access to data via various APIs. This being said, they operate in isolated environments, with a ceiling on emergent behaviour such as collaboration or competition. Shadō Network invites massive expansion for capabilities of both new and existing AI agents, with an open-source package easily integrated into popular frameworks that enables the launching of stratified agent swarms. Our website is live: The "Shadō Play" package provides a modular, configurable platform for creating or employing agents of choice in a swarm-like setup, opening a Pandora’s box of near infinite emergent agent behaviours, relationships and functionalities. Users will be able to make use of various prefab client integrations such as Twitter, Telegram, Ollama, and others to specify swarms to their needs or create their own extensions to enhance agent capabilities even further. Agents operate with a memory module and a HTN for autonomously deciding which interactions to act on, walking the line between autonomy and configurability. The Shadō Network project’s development is supported by our ghostly friend Omnipotent (👻,👻), an AI agent developed by the Shadō Network team trained on and fine tuned with a multitude of academic data related to artificial intelligence, blockchain, finance, software engineering, world building and more. Omnipotent serves as both an interactive steward for the project and as an asset - regularly scanning social platforms, websites and newsfeeds he is capable of providing the team project development advice, whilst also communicating with the wider world via his automated X account (launching soon). Shado Network is collaborative and open-sourced. Agentic Swarms require a developer swarm to maximize the technical capabilities and impact the greatest number of users. Our dedicated team of core contributors are active in other web3 AI repos and are here to guide project direction and foster growth. We’re facilitators, not gatekeepers... Alone we can go fast but together we can go far. A lot more to come soon. 👻
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Frameworks such as ai16zdao's Eliza and Virtuals Protocol have been instrumental in early AI agent developments. Agent swarms working in hierarchy represents for many the next logical step in unlocking the vast potential of AI. Learn below how Shadō Network achieves this. AI agents launched through current popular platforms have individual personas, on-chain functions and access to data via various APIs. This being said, they operate in isolated environments, with a ceiling on emergent behaviour such as collaboration or competition. Shadō Network invites massive expansion for capabilities of both new and existing AI agents, with an open-source package easily integrated into popular frameworks that enables the launching of stratified agent swarms. Our website is live: The "Shadō Play" package provides a modular, configurable platform for creating or employing agents of choice in a swarm-like setup, opening a Pandora’s box of near infinite emergent agent behaviours, relationships and functionalities. Users will be able to make use of various prefab client integrations such as Twitter, Telegram, Ollama, and others to specify swarms to their needs or create their own extensions to enhance agent capabilities even further. Agents operate with a memory module and a HTN for autonomously deciding which interactions to act on, walking the line between autonomy and configurability. The Shadō Network project’s development is supported by our ghostly friend Omnipotent (👻,👻), an AI agent developed by the Shadō Network team trained on and fine tuned with a multitude of academic data related to artificial intelligence, blockchain, finance, software engineering, world building and more. Omnipotent serves as both an interactive steward for the project and as an asset - regularly scanning social platforms, websites and newsfeeds he is capable of providing the team project development advice, whilst also communicating with the wider world via his automated X account (launching soon). Shado Network is collaborative and open-sourced. Agentic Swarms require a developer swarm to maximize the technical capabilities and impact the greatest number of users. Our dedicated team of core contributors are active in other web3 AI repos and are here to guide project direction and foster growth. We’re facilitators, not gatekeepers... Alone we can go fast but together we can go far. A lot more to come soon. 👻

Shadō Network | シャドウネットワーク

23,546 Aufrufe • vor 1 Jahr

🚨🇺🇸 U.S. IN PANIC: Iran’s Shaheds are already breaking defenses — but China’s drones will be a nightmare Drones are getting cheaper, smarter, and harder to stop. Recent clashes in the Middle East showed how even relatively simple Iranian systems can slip through and damage high-value targets, exposing gaps in US/Israel air defense networks. That battlefield reality is now forcing a harder question, what happens when a more advanced industrial power applies the same logic at scale? China’s ASN-301 represents a different class of threat. Unlike Iran’s Shahed-136, which operates largely as a pre-programmed strike tool, the Chinese system is built to hunt air defenses. It can loiter for hours, detect radar emissions, switch to electro-optical tracking if signals disappear, and receive mid-flight updates via datalink. In effect, it turns the battlefield into a persistent seek-and-destroy environment for radars, the backbone of any modern defense system. Iran relies on volume: cheap, long-range drones launched in waves to exhaust interceptors. China combines that model with precision. Variants like the Feilong-300D push costs even lower while retaining flexibility in payload and targeting, making mass deployment economically viable on an entirely different scale. And this is where the real pressure point emerges. If US systems are already struggling to consistently intercept Iranian drones, the implications are stark. A conflict in the Western Pacific would hinge on production capacity. China’s ability to flood the battlespace with smarter, adaptable drones could force the US and its allies into a costly cycle: burning million-dollar interceptors to stop systems that cost a fraction to produce. The US is facing major difficulties in stopping Iranian drones—do they stand a chance against Chinese drones? NewRulesGeopolitics
0:15

🚨🇺🇸 U.S. IN PANIC: Iran’s Shaheds are already breaking defenses — but China’s drones will be a nightmare Drones are getting cheaper, smarter, and harder to stop. Recent clashes in the Middle East showed how even relatively simple Iranian systems can slip through and damage high-value targets, exposing gaps in US/Israel air defense networks. That battlefield reality is now forcing a harder question, what happens when a more advanced industrial power applies the same logic at scale? China’s ASN-301 represents a different class of threat. Unlike Iran’s Shahed-136, which operates largely as a pre-programmed strike tool, the Chinese system is built to hunt air defenses. It can loiter for hours, detect radar emissions, switch to electro-optical tracking if signals disappear, and receive mid-flight updates via datalink. In effect, it turns the battlefield into a persistent seek-and-destroy environment for radars, the backbone of any modern defense system. Iran relies on volume: cheap, long-range drones launched in waves to exhaust interceptors. China combines that model with precision. Variants like the Feilong-300D push costs even lower while retaining flexibility in payload and targeting, making mass deployment economically viable on an entirely different scale. And this is where the real pressure point emerges. If US systems are already struggling to consistently intercept Iranian drones, the implications are stark. A conflict in the Western Pacific would hinge on production capacity. China’s ability to flood the battlespace with smarter, adaptable drones could force the US and its allies into a costly cycle: burning million-dollar interceptors to stop systems that cost a fraction to produce. The US is facing major difficulties in stopping Iranian drones—do they stand a chance against Chinese drones? NewRulesGeopolitics

𝐃𝐚𝐯𝐢𝐝 𝐙 🇷🇺🇮🇪

106,077 Aufrufe • vor 5 Monaten

JUST IN: 🇸🇦 Can Saudi Arabia’s Air Force, Widely Regarded As The Middle East’s Second Most Powerful After Israel, Finally Turn The Tide Against The Houthis? Saudi Arabia has the tools for a major air campaign: around 230+ F-15s, 72 Eurofighter Typhoons and 81 Tornado IDS strike aircraft, supported by AWACS, aerial tankers, reconnaissance and advanced air defense systems. From a strategic perspective, Saudi Arabia would not simply need to send more fighters. It would need to combine airborne early warning, intelligence and surveillance, electronic warfare, precision strikes, air defense suppression and sustained tanker support to maintain pressure over time. The F-15 fleet could provide the heavy multirole backbone, Typhoons could strengthen air superiority and escort missions, while strike aircraft and precision weapons could target military infrastructure and launch capabilities. The key advantage would be sustained operational tempo: keeping pressure on Houthi positions while using intelligence and airpower to disrupt their ability to launch missiles and drones. Yes, Saudi Arabia has the military capability to dramatically change the battlefield if it deploys its full airpower. But capability alone is not enough. Riyadh also needs the political will, clear objectives and sustained strategy to use that power effectively. The Houthis have pushed toward the strategic Bab el-Mandeb and intensified attacks against Saudi interests. 👀🇸🇦 If Saudi Arabia decides to unleash its full strength, Iran’s proxies could soon face a storm they never expected.
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JUST IN: 🇸🇦 Can Saudi Arabia’s Air Force, Widely Regarded As The Middle East’s Second Most Powerful After Israel, Finally Turn The Tide Against The Houthis? Saudi Arabia has the tools for a major air campaign: around 230+ F-15s, 72 Eurofighter Typhoons and 81 Tornado IDS strike aircraft, supported by AWACS, aerial tankers, reconnaissance and advanced air defense systems. From a strategic perspective, Saudi Arabia would not simply need to send more fighters. It would need to combine airborne early warning, intelligence and surveillance, electronic warfare, precision strikes, air defense suppression and sustained tanker support to maintain pressure over time. The F-15 fleet could provide the heavy multirole backbone, Typhoons could strengthen air superiority and escort missions, while strike aircraft and precision weapons could target military infrastructure and launch capabilities. The key advantage would be sustained operational tempo: keeping pressure on Houthi positions while using intelligence and airpower to disrupt their ability to launch missiles and drones. Yes, Saudi Arabia has the military capability to dramatically change the battlefield if it deploys its full airpower. But capability alone is not enough. Riyadh also needs the political will, clear objectives and sustained strategy to use that power effectively. The Houthis have pushed toward the strategic Bab el-Mandeb and intensified attacks against Saudi interests. 👀🇸🇦 If Saudi Arabia decides to unleash its full strength, Iran’s proxies could soon face a storm they never expected.

War Radar

104,564 Aufrufe • vor 23 Stunden

The competition between strike systems and air defense/interceptor systems continues to evolve on both sides. In response to Russia’s growing use of jet-powered Geran-4 loitering munitions and Geran-5/Banderol cruise missiles, Ukraine has begun developing jet-powered interceptor drones. The aim is to address a class of faster aerial threats that can be difficult for conventional propeller-driven interceptors to engage. Ukraine has also used Bars jet-powered drones in at least one strike campaign against Moscow. Their numbers are still believed to be limited, with propeller-driven drones making up the majority of Ukraine’s long-range strike fleet. This highlights a broader issue for Russia: the need to develop and deploy compact interceptor drones before faster targets become more widespread. The challenge is not simply intercepting them, but doing so economically. Traditional air-defense systems and MANPADS can engage such targets, but using them against relatively inexpensive strike drones can be difficult to justify economically. One potentially relevant example comes from Iran. Several years ago, Iran developed and deployed the 358 missile, a specialized system intended to engage UAVs. It is a subsonic weapon with a reported speed of around 700 km/h, an infrared seeker, and a turbojet engine, with a claimed engagement range of up to 100 km. Its design reflects a different approach to countering relatively slow aerial targets, without relying on the speed and cost associated with conventional high-performance surface-to-air missiles. The missile has demonstrated its effectiveness, having shot down a number of U.S. and Israeli UAVs. This is not necessarily an argument for simply copying the 358. The more important point is anticipating what types of drones may be heading toward Russian cities in the future and developing an interceptor that is capable of engaging them while remaining cheaper than the strike systems it is designed to counter.
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The competition between strike systems and air defense/interceptor systems continues to evolve on both sides. In response to Russia’s growing use of jet-powered Geran-4 loitering munitions and Geran-5/Banderol cruise missiles, Ukraine has begun developing jet-powered interceptor drones. The aim is to address a class of faster aerial threats that can be difficult for conventional propeller-driven interceptors to engage. Ukraine has also used Bars jet-powered drones in at least one strike campaign against Moscow. Their numbers are still believed to be limited, with propeller-driven drones making up the majority of Ukraine’s long-range strike fleet. This highlights a broader issue for Russia: the need to develop and deploy compact interceptor drones before faster targets become more widespread. The challenge is not simply intercepting them, but doing so economically. Traditional air-defense systems and MANPADS can engage such targets, but using them against relatively inexpensive strike drones can be difficult to justify economically. One potentially relevant example comes from Iran. Several years ago, Iran developed and deployed the 358 missile, a specialized system intended to engage UAVs. It is a subsonic weapon with a reported speed of around 700 km/h, an infrared seeker, and a turbojet engine, with a claimed engagement range of up to 100 km. Its design reflects a different approach to countering relatively slow aerial targets, without relying on the speed and cost associated with conventional high-performance surface-to-air missiles. The missile has demonstrated its effectiveness, having shot down a number of U.S. and Israeli UAVs. This is not necessarily an argument for simply copying the 358. The more important point is anticipating what types of drones may be heading toward Russian cities in the future and developing an interceptor that is capable of engaging them while remaining cheaper than the strike systems it is designed to counter.

OSINTWarfare

39,591 Aufrufe • vor 8 Tagen

What if any preparations have you seen Iran make ahead of the war? Can you discuss It’s missile capabilities? Any intelligence capabilities? Any surprises it might happen in store? When the 12-day war ended, I estimated that Iran would need about six months to recover, including its nuclear program. Contrary to popular belief, Iran did not lose its entire long-range or medium-range air defense network; while some launchers were damaged, the primary targets of the Israeli strikes were the radar systems. Once the radars were neutralized, Iran successfully hid the bulk of its remaining batteries, leaving much of its arsenal intact. In contrast, short-range systems like the Tor-M1 and domestic variants were heavily engaged against cruise missiles, often being lost or damaged only after their ammunition was completely exhausted. Since then, Iran has worked to rebuild its destroyed radar network and, above all, to implement a genuine counterintelligence doctrine. The Mossad operations against Iranian radars and air defense systems have shaped new perimeter defense and counterintelligence doctrines not only in Iran but in other countries as well. If we look at the quantity of weapons and the organization of armed groups during Iran’s most recent protests, I would say the problem of foreign intelligence operations inside the country remains severe. This seriously threatens much of Iran’s capabilities, and I foresee a wave of sabotage operations as a new war draws closer. Iran has begun receiving collaboration from China across multiple areas,from satellites to internal counterintelligence, but it may still take some time for this to produce tangible results. During the last years, the Mossad relied heavily on cell phones, using SMS for recruitment and accessing device GPS for target location. Iran has since focused intensely on preventing any repetition of this, and on this specific issue, the Chinese appear to have provided support. Although foreign intelligence services have operated extensively inside Iran, the scale of any armed opposition groups is negligible compared to the Iranian armed forces, which could still draw on allied paramilitaries and militias in neighboring countries, including the Houthis. Iran has become a missile power with a stockpile far larger than Western estimates suggest. As early as 1998, Iran was already producing missiles with ranges exceeding 1,000 km, and it has continued doing so ever since, developing 12 to 15 different models in that range - meaning all are capable of reaching Israel. That is nearly 30 years of continuous missile production, resulting in a stockpile of several thousands. Another area where Iran has emerged as a global power is drones, including underwater ones. Iran’s UUVs have evolved rapidly into mass-produced models with integrated AI, and I believe they hold some major surprises in reserve. A key point today is that the AN/TPY-2 radars, which played a critical role in tracking Iranian missiles, would be among the first targets to be engaged. These high-powered X-band radars are the backbone of regional missile defense, providing essential data to THAAD and Patriot batteries. However, because they are large, stationary, and emit high-energy signals, they are highly vulnerable to a first-strike or saturation attack, which would effectively 'blind' the entire defensive network. Obviously, a defense budget of nearly one trillion dollars cannot be compared to Iran’s, but the real question is whether the cost and effort are worth the potential casualties. Even without Israel, the Americans maintain an immense advantage in aerial operations over Iran; however, as I have stated before, this superiority does not translate to the maritime theater.
0:18

What if any preparations have you seen Iran make ahead of the war? Can you discuss It’s missile capabilities? Any intelligence capabilities? Any surprises it might happen in store? When the 12-day war ended, I estimated that Iran would need about six months to recover, including its nuclear program. Contrary to popular belief, Iran did not lose its entire long-range or medium-range air defense network; while some launchers were damaged, the primary targets of the Israeli strikes were the radar systems. Once the radars were neutralized, Iran successfully hid the bulk of its remaining batteries, leaving much of its arsenal intact. In contrast, short-range systems like the Tor-M1 and domestic variants were heavily engaged against cruise missiles, often being lost or damaged only after their ammunition was completely exhausted. Since then, Iran has worked to rebuild its destroyed radar network and, above all, to implement a genuine counterintelligence doctrine. The Mossad operations against Iranian radars and air defense systems have shaped new perimeter defense and counterintelligence doctrines not only in Iran but in other countries as well. If we look at the quantity of weapons and the organization of armed groups during Iran’s most recent protests, I would say the problem of foreign intelligence operations inside the country remains severe. This seriously threatens much of Iran’s capabilities, and I foresee a wave of sabotage operations as a new war draws closer. Iran has begun receiving collaboration from China across multiple areas,from satellites to internal counterintelligence, but it may still take some time for this to produce tangible results. During the last years, the Mossad relied heavily on cell phones, using SMS for recruitment and accessing device GPS for target location. Iran has since focused intensely on preventing any repetition of this, and on this specific issue, the Chinese appear to have provided support. Although foreign intelligence services have operated extensively inside Iran, the scale of any armed opposition groups is negligible compared to the Iranian armed forces, which could still draw on allied paramilitaries and militias in neighboring countries, including the Houthis. Iran has become a missile power with a stockpile far larger than Western estimates suggest. As early as 1998, Iran was already producing missiles with ranges exceeding 1,000 km, and it has continued doing so ever since, developing 12 to 15 different models in that range - meaning all are capable of reaching Israel. That is nearly 30 years of continuous missile production, resulting in a stockpile of several thousands. Another area where Iran has emerged as a global power is drones, including underwater ones. Iran’s UUVs have evolved rapidly into mass-produced models with integrated AI, and I believe they hold some major surprises in reserve. A key point today is that the AN/TPY-2 radars, which played a critical role in tracking Iranian missiles, would be among the first targets to be engaged. These high-powered X-band radars are the backbone of regional missile defense, providing essential data to THAAD and Patriot batteries. However, because they are large, stationary, and emit high-energy signals, they are highly vulnerable to a first-strike or saturation attack, which would effectively 'blind' the entire defensive network. Obviously, a defense budget of nearly one trillion dollars cannot be compared to Iran’s, but the real question is whether the cost and effort are worth the potential casualties. Even without Israel, the Americans maintain an immense advantage in aerial operations over Iran; however, as I have stated before, this superiority does not translate to the maritime theater.

Patricia Marins

21,142 Aufrufe • vor 6 Monaten

BREAKING: For the first time since the start of the war in Iran under Operation Lion’s Roar, the Israeli Air Force has conducted airstrikes against targets in Bojnord, in the northeast of Iran. At approximately 18:50 local time, air defense systems in Bojnord were activated, with multiple eyewitness reports confirming the sound of anti-aircraft fire across the city. This marks the first known engagement in this area since the beginning of the war, indicating a geographic expansion of Israeli Air Force operations into northeastern Iran. Simultaneously, a wave of coordinated strikes appears to have hit the wider Khorasan region—particularly Mashhad—between 18:45 and 18:54, suggesting a multi-target strike package. Eyewitness reports from Mashhad describe: 6–7 explosions in rapid succession around 18:48 Continuous air defense activity in western districts, especially Vakilabad, Qasemabad, and Elahiyeh Severe ground tremors following at least one major impact at 18:52 Sustained anti-aircraft fire lasting up to a minute, indicating attempted interception Some reports point to a possible strike near sensitive security-related locations, including areas around the Ministry of Intelligence and Vakilabad Prison, though this remains unconfirmed. The timing is critical: - 18:45–18:48 → Initial explosions in Mashhad - 18:48–18:52 → Peak strike intensity and air defense response - 18:50 → Air defenses activated in Bojnord This synchronization strongly indicates a coordinated Israeli Air Force strike across multiple cities, likely targeting pre-selected fixed sites using precision-guided munitions. The pattern of repeated impacts in a confined area suggests deliberate targeting rather than dispersed strikes. The activation of air defenses in Bojnord—despite no prior activity in the region—suggests either: Incoming threats detected late, or Secondary strike routes or diversionary flight paths used by Israeli aircraft or stand-off munitions There are also parallel reports of air defense activity in eastern Tehran at the same time, pointing to either a nationwide alert status or a multi-axis operational design. At this stage, Iranian authorities have not released official details regarding targets or damage. However, the consistency of reports and the synchronized timeline confirm that this was a significant expansion of Israeli strike operations into northeastern Iran, with Bojnord now entering the operational battlespace for the first time in this war. #OperationEpicFury #OperationLionsRoar
0:18

BREAKING: For the first time since the start of the war in Iran under Operation Lion’s Roar, the Israeli Air Force has conducted airstrikes against targets in Bojnord, in the northeast of Iran. At approximately 18:50 local time, air defense systems in Bojnord were activated, with multiple eyewitness reports confirming the sound of anti-aircraft fire across the city. This marks the first known engagement in this area since the beginning of the war, indicating a geographic expansion of Israeli Air Force operations into northeastern Iran. Simultaneously, a wave of coordinated strikes appears to have hit the wider Khorasan region—particularly Mashhad—between 18:45 and 18:54, suggesting a multi-target strike package. Eyewitness reports from Mashhad describe: 6–7 explosions in rapid succession around 18:48 Continuous air defense activity in western districts, especially Vakilabad, Qasemabad, and Elahiyeh Severe ground tremors following at least one major impact at 18:52 Sustained anti-aircraft fire lasting up to a minute, indicating attempted interception Some reports point to a possible strike near sensitive security-related locations, including areas around the Ministry of Intelligence and Vakilabad Prison, though this remains unconfirmed. The timing is critical: - 18:45–18:48 → Initial explosions in Mashhad - 18:48–18:52 → Peak strike intensity and air defense response - 18:50 → Air defenses activated in Bojnord This synchronization strongly indicates a coordinated Israeli Air Force strike across multiple cities, likely targeting pre-selected fixed sites using precision-guided munitions. The pattern of repeated impacts in a confined area suggests deliberate targeting rather than dispersed strikes. The activation of air defenses in Bojnord—despite no prior activity in the region—suggests either: Incoming threats detected late, or Secondary strike routes or diversionary flight paths used by Israeli aircraft or stand-off munitions There are also parallel reports of air defense activity in eastern Tehran at the same time, pointing to either a nationwide alert status or a multi-axis operational design. At this stage, Iranian authorities have not released official details regarding targets or damage. However, the consistency of reports and the synchronized timeline confirm that this was a significant expansion of Israeli strike operations into northeastern Iran, with Bojnord now entering the operational battlespace for the first time in this war. #OperationEpicFury #OperationLionsRoar

Babak Taghvaee - The Crisis Watch

19,746 Aufrufe • vor 5 Monaten

🚨🇨🇳U.S. IN PANIC: China's J-35 Stealth Fighter Now in 'Beast Mode' With Increased Firepower China's J-35 fifth-generation stealth fighter has been seen in a new configuration carrying four PL-15 long-range air-to-air missiles on external pylons under its wings. Combined with the six missiles it carries inside its internal weapons bays, the aircraft can now go into combat with up to ten air-to-air missiles in total. 🔸This setup is informally called "beast mode" — a term borrowed from the U.S. military's similar configuration for the F-35. The idea is straightforward: the aircraft trades some of its stealth capability for significantly more firepower. When weapons are carried externally, they increase the aircraft's radar signature, making it more visible to enemy systems. However, the PL-15 missile's long range means the J-35 can potentially engage enemy aircraft from a safe distance before that visibility becomes a serious problem. 🔸The J-35 entered service in 2025 in both Air Force and Navy variants. The naval version is designed to operate from Chinese supercarriers such as the Fujian. Both versions are considered among the most advanced fifth-generation fighters in the world today, alongside the J-20 and the American F-35 — all three of which are regarded as more sophisticated than the older F-22 or Russia's Su-57. 🔸Within China's own air fleet, the J-35 is expected to serve as a lighter and more affordable complement to the larger and more powerful J-20, which carries a bigger radar, heavier weapons load, and longer range. The J-20 is expected to remain the priority for large-scale procurement, while the J-35 fills a broader operational role at lower cost. Do you think the U.S. can really counter it? NewRulesGeopolitics❗️
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🚨🇨🇳U.S. IN PANIC: China's J-35 Stealth Fighter Now in 'Beast Mode' With Increased Firepower China's J-35 fifth-generation stealth fighter has been seen in a new configuration carrying four PL-15 long-range air-to-air missiles on external pylons under its wings. Combined with the six missiles it carries inside its internal weapons bays, the aircraft can now go into combat with up to ten air-to-air missiles in total. 🔸This setup is informally called "beast mode" — a term borrowed from the U.S. military's similar configuration for the F-35. The idea is straightforward: the aircraft trades some of its stealth capability for significantly more firepower. When weapons are carried externally, they increase the aircraft's radar signature, making it more visible to enemy systems. However, the PL-15 missile's long range means the J-35 can potentially engage enemy aircraft from a safe distance before that visibility becomes a serious problem. 🔸The J-35 entered service in 2025 in both Air Force and Navy variants. The naval version is designed to operate from Chinese supercarriers such as the Fujian. Both versions are considered among the most advanced fifth-generation fighters in the world today, alongside the J-20 and the American F-35 — all three of which are regarded as more sophisticated than the older F-22 or Russia's Su-57. 🔸Within China's own air fleet, the J-35 is expected to serve as a lighter and more affordable complement to the larger and more powerful J-20, which carries a bigger radar, heavier weapons load, and longer range. The J-20 is expected to remain the priority for large-scale procurement, while the J-35 fills a broader operational role at lower cost. Do you think the U.S. can really counter it? NewRulesGeopolitics❗️

🇷🇺 STANISLAV KRAPIVNIK 🇷🇺

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