US Air Force Launches Navigation Satellite NTS-3 on Vulcan Rocket, Marking New Era in GPS Technology
World
The US Air Force Research Laboratory (AFRL) has successfully launched the Navigation Technology Satellite-3 (NTS-3), a next-generation spacecraft designed to strengthen America’s dominance in global navigation and positioning systems. The satellite was lifted into orbit from Cape Canaveral Space Force Station in Florida aboard a United Launch Alliance (ULA) Vulcan rocket, in a mission officially designated USSF-106. The NTS-3 is not just another satellite—it is a prototype for the future of GPS. Unlike traditional systems, it has been built to resist jamming, counter spoofing, and adapt in real time. Using software updates that can be uploaded directly from Earth, the satellite avoids the costly hardware replacement cycles that have historically limited GPS upgrades. Equipped with a state-of-the-art atomic clock, a reprogrammable signal receiver, and advanced authentication protocols, NTS-3 promises greater accuracy and security for both military and civilian users. The spacecraft has been placed in geosynchronous orbit, where it will undergo a two-year experimental phase to test its resilience and precision in real-world conditions. Defense experts note that such advancements are critical as global reliance on GPS grows—from aircraft navigation and precision-guided weapons to agriculture, mobile networks, and even banking systems. By improving Positioning, Navigation, and Timing (PNT) resilience, NTS-3 is expected to ensure that the US can stay ahead of rivals who are investing heavily in electronic warfare aimed at disrupting GPS signals. The launch also marked the first national security mission aboard ULA’s new Vulcan rocket, a powerful next-generation launch vehicle. Standing 202 feet tall and weighing 1.74 million pounds, the Vulcan comes with the advanced Centaur V upper stage, which offers far greater performance and endurance than its predecessors. ULA has already described this flight as a “catalyst for a new era in national space security.” Industry leaders have praised the launch as a milestone. ULA CEO Tory Bruno highlighted that Vulcan is designed to give the US unmatched flexibility in space operations, making it a cornerstone of national defense strategy. Since its founding in 2006, ULA has carried out over 130 critical missions for the Pentagon and intelligence agencies, but this flight represents a turning point—pairing a brand-new rocket with a game-changing satellite program. For AFRL, NTS-3 is more than an experiment—it is a pathfinder for the next generation of navigation satellites. If successful, many of its features could be integrated into future GPS systems, ensuring that the US military, allies, and civilian infrastructure maintain reliable navigation even in contested environments.
Read More → Posted on 2025-08-16 16:31:56
World
Washington/Brussels, August 16, 2025 – U.S. President Donald Trump and top European leaders have held talks on offering Ukraine new security guarantees that could mirror NATO’s Article 5 mutual defence clause, but would exist outside of the NATO framework. The discussions highlight efforts to find a middle path between supporting Kyiv and avoiding a direct NATO expansion that could further escalate tensions with Moscow. According to officials familiar with the talks, European leaders pressed Washington for clarity on what role the United States would play in such an arrangement. While the idea of “NATO-style” protections is gaining attention, no firm details have yet been outlined, leaving questions about whether the U.S. would commit troops, military aid, intelligence support, or primarily political backing. What the Proposal Means Under NATO’s Article 5, an attack on one member is treated as an attack on all, obliging allies to respond collectively. The model being discussed for Ukraine would not make Kyiv a NATO member but would instead create a coalition of countries pledging to defend Ukraine if attacked again. Such a system could involve joint military planning, sanctions enforcement, or automatic supply of weapons and logistics in the event of renewed aggression. Why This Matters Now The talks come against the backdrop of continued fighting in eastern Ukraine and growing calls in Europe for “ironclad security guarantees” that would allow Ukraine to rebuild and stabilize without fear of another large-scale invasion. Western leaders have long struggled with balancing support for Ukraine’s sovereignty while avoiding steps that could be seen as crossing Russia’s red lines, such as full NATO membership. European Concerns European governments are wary of vague promises that lack credibility. Without concrete U.S. commitments, leaders fear the arrangement could be seen as a political gesture rather than a genuine deterrent. Diplomats stress that the success of any guarantee depends on how clearly Washington spells out its role. Ukraine’s Position Ukrainian officials have repeatedly insisted that Kyiv must be included in any negotiations affecting its security. While open to creative solutions, Ukraine’s leadership has made clear it will only accept arrangements that preserve its sovereignty, its right to choose alliances, and that provide a genuine deterrent to future attacks. Possible Options Being Considered A mutual defence pledge among a group of willing states, similar in wording to Article 5. A standing European-led force stationed in or near Ukraine, with U.S. intelligence and logistics support. Guaranteed arms packages, intelligence-sharing, and training programs written into long-term agreements. Sanctions snap-back clauses that automatically trigger severe economic measures if Russia violates peace terms. Challenges Ahead Analysts warn that creating an Article 5-style umbrella outside NATO faces major hurdles. Any framework must be legally binding, militarily credible, and politically sustainable in both Europe and the U.S. There is also the risk that a half-measure could embolden Russia if it senses Western reluctance to intervene directly. Talks are still in the early stages. European capitals have asked Washington for a clearer outline of its commitment, while Kyiv is pushing to ensure its voice is central in shaping any deal. The coming months will be crucial as diplomats try to turn political intent into a concrete security framework that can reassure Ukraine without drawing NATO directly into conflict.
Read More → Posted on 2025-08-16 16:26:24
India
Lviv, August 16, 2025 – Ukraine has unveiled a new weapon in its fight against Russia’s relentless drone strikes: the Besorar 3210, a reusable interceptor drone that uses a 12-gauge shotgun and automated targeting system to shoot down enemy drones at close range. The aircraft was showcased at the IRON DEMO 2025 defense exhibition in Lviv, highlighting Ukraine’s rapid push to innovate under the pressures of war. How It Works The Besomar 3210 is a fixed-wing drone launched from a ground catapult, capable of flying at speeds of 150 to 200 km/h with an endurance of about one hour. It carries a thermal camera for day and night tracking, while its onboard computer and automated fire-control system calculate when to fire, releasing shotgun rounds at a distance of roughly 20 meters for a high-probability hit. The prototype carries two cartridges, with the potential to expand to four in future versions. Designed with reusability in mind, the drone can be recovered, rearmed, and relaunched multiple times per day. A frequency-hopping communication system makes it resistant to Russian jamming efforts, ensuring stable guidance in contested airspace. Answering Russia’s Drone Swarms Ukraine is facing an unprecedented drone threat, with over 6,000 Russian drones launched in a single recent month — the highest rate since the start of the full-scale invasion. Most of these are Geran-2 loitering munitions (the Russian version of Iran’s Shahed-136), which are cheap, numerous, and difficult to stop without expending costly air-defense missiles. The Besomar 3210 provides a low-cost alternative: instead of using million-dollar missiles to shoot down drones worth only tens of thousands, Ukraine can rely on interceptors like the Besomar that are cheaper to build, operate, and reuse. Specifications at a Glance Launch method: Ground catapult Speed: 150–200 km/h Endurance: ~60 minutes Sensors: Thermal camera + automated targeting Comms: Jam-resistant frequency-hopping system Weapons: 12-gauge shotgun (2–4 cartridges) Effective range: ~20 meters Recovery: Reusable, quick turnaround for multiple sorties Part of a Larger Strategy Kyiv is not relying on a single solution. The Besomar 3210 is part of a broader layered defense approach, combining electronic warfare to jam drones, ground-based air-defense systems to protect critical infrastructure, and interceptor drones to sweep up what gets through. Ukrainian officials have set an ambitious goal of producing hundreds to over a thousand interceptors daily, aiming to create a constant defensive screen over major cities and power plants. The Besomar 3210 may not be a silver bullet, but it reflects Ukraine’s ability to adapt quickly and innovate under fire. With its reusability, automation, and affordability, the drone is designed to blunt Russia’s strategy of overwhelming Ukrainian defenses with sheer numbers. If produced at scale, it could play a decisive role in keeping Ukraine’s skies safer from nightly drone raids.
Read More → Posted on 2025-08-16 15:38:23
India
Visakhapatnam, August 2025 – India is preparing to induct its most advanced nuclear-powered ballistic missile submarine yet, the INS Aridhaman (S4), which is currently undergoing sea trials and is expected to be commissioned later this year. The submarine, built at the Ship Building Centre in Visakhapatnam, represents a major leap in India’s Arihant-class SSBN program and will greatly enhance the nation’s nuclear triad. Bigger, Quieter, More Lethal Weighing around 7,000 tonnes, Aridhaman is significantly larger than India’s first two Arihant-class boats. It is powered by an 83 MW CLWR-B1 nuclear reactor, an upgraded design that allows longer patrol endurance and a quieter acoustic signature, making it harder for enemy navies to detect. At nearly 130 meters long and capable of reaching 24 knots submerged, the submarine is designed for extended deterrence patrols in both the Arabian Sea and Bay of Bengal. Nuclear propulsion means it can stay at sea indefinitely, limited only by crew endurance and supplies. Missile Firepower Aridhaman carries eight vertical launch tubes, double the capacity of India’s lead boat INS Arihant. These tubes can be loaded with: Eight K-4 SLBMs with a range of about 3,500 km Or the future K-5 SLBMs, with an estimated range of 5,000–6,000 km Alternatively, up to 24 shorter-range K-15 missiles This greatly improves India’s second-strike capability, allowing Aridhaman to strike targets deep inside enemy territory while remaining hidden at sea. Indigenous Effort The submarine boasts about 70% indigenous content, showcasing India’s growing expertise in submarine construction, reactor design, sonar systems, and weapons integration. Systems like the USHUS sonar and Panchendriya combat suite highlight how far Indian shipbuilding has come since the first SSBN project began in the late 1990s. Class Status and What’s Next INS Arihant (S2) – commissioned in 2016, first deterrence patrol in 2018. INS Arighaat (S3) – commissioned in August 2024. INS Aridhaman (S4) – undergoing sea trials, expected in service by late 2025. Fourth hull (S4)* – launched in October 2024, under construction with expanded missile capacity and further reactor improvements. By the early 2030s, India aims to field a fleet of at least four operational SSBNs, ensuring that one submarine is always at sea on deterrence patrol. Strategic Significance Aridhaman comes at a critical time for India’s defense posture. With China expanding its nuclear submarine fleet and Pakistan moving ahead with Chinese-built Hangor-class conventional submarines, the ability to keep nuclear weapons survivable at sea is vital. Unlike land-based or air-based nuclear forces, a submarine operating silently underwater provides the most credible assured second strike in case of a nuclear exchange. The arrival of Aridhaman will allow India to shift from a single-hull nuclear deterrent—which depended solely on Arihant—to a continuous at-sea deterrence model, where at least one submarine is always available for patrol even when others undergo refit or training. At a Glance – INS Aridhaman (S4): Type: Nuclear-powered ballistic missile submarine (SSBN) Displacement: ~7,000 tonnes Length: ~130 meters Speed: 24 knots submerged Reactor: 83 MW CLWR-B1, upgraded for endurance & stealth Missile tubes: 8 (K-4 / K-5 / K-15 SLBMs) Indigenous content: ~70% Status: Sea trials, commissioning in 2025
Read More → Posted on 2025-08-16 15:31:38
Space & Technology
Sriharikota/Pasadena, August 15, 2025 — In a historic milestone for space cooperation, ISRO and NASA have successfully deployed the world’s largest spaceborne radar antenna on the NISAR satellite, just 17 days after its launch from India’s Satish Dhawan Space Centre on July 30. The 12-meter gold-plated radar reflector antenna, attached to a 9-meter boom, was unfurled in orbit in 37 minutes using explosive bolts and motors. Weighing around 64 kilograms and built with 123 composite struts, the reflector expanded into position smoothly, marking one of the most critical steps of the mission’s 90-day commissioning phase. About the Mission The 2,393-kg NISAR spacecraft, powered by nearly 6,500 watts of solar energy, circles Earth in a 747 km sun-synchronous orbit. It carries both L-band and S-band synthetic aperture radars, which together will map the entire Earth every 12 days with unmatched precision. The L-band radar has a wavelength of about 24 cm, while the S-band radar has about 10–12 cm, enabling the mission to capture subtle ground deformations, vegetation changes, and ice movements. Unlike traditional optical satellites, NISAR can observe day or night and through clouds, making it invaluable for continuous monitoring of Earth’s surface. What It Will Do NISAR is designed to monitor: Ecosystem changes such as deforestation, soil health, and agricultural cycles Ice sheets and glaciers, measuring their melt and contribution to sea-level rise Natural hazards like earthquakes, landslides, volcanic activity, and floods Ground subsidence and infrastructure stability in urban areas The satellite’s radar interferometry technology will detect movements of just a few millimeters, providing early warning insights. Importantly, the mission will provide freely available data, with regular products released within one to two days, and in emergencies, within hours. Significance and Scale NISAR is a $1.3 billion collaboration, one of the largest joint Earth science efforts between India and the United States. NASA contributed the L-band radar, high-speed communication systems, and navigation payloads, while ISRO provided the S-band radar, satellite bus, launcher, and will oversee operations. The mission aims for a minimum lifespan of five years, although consumables may allow operations beyond that. By fall 2025, once all systems are tested and calibrated, NISAR will officially begin science operations, creating the most detailed global radar maps of Earth ever attempted. Why It Matters The successful antenna deployment confirms NISAR’s capability to become the world’s most advanced radar imaging satellite, a tool that will support climate research, disaster response, water and forest management, and agricultural planning. Scientists and emergency responders alike are hailing it as a game-changer for real-time environmental intelligence.
Read More → Posted on 2025-08-16 15:24:04
World
Anchorage, August 15, 2025 – In a landmark first, U.S. President Donald Trump and Russian President Vladimir Putin held a nearly three-hour summit at Joint Base Elmendorf–Richardson in Alaska, marking their first in-person meeting since Russia’s invasion of Ukraine in 2022. A Missed Breakthrough—but with Subtle Progress The meeting ended without a ceasefire or formal peace deal, yet both leaders called the talks “productive.” Trump emphasized, “There’s no deal until there’s a deal,” underscoring that despite positive momentum, final consensus remains elusive. Putin, meanwhile, spoke of an "understanding" reached during discussions, hinting that future negotiations could follow. He even floated the possibility of hosting the next meeting in Moscow, suggesting the dialogue may continue. Key Dynamics and Context The summit included high-level aides: U.S. Secretary of State Marco Rubio and Russian Foreign Minister Sergey Lavrov, among others. Trump signaled his intent to brief Ukrainian President Volodymyr Zelenskyy and NATO leaders on the talks, reinforcing that any resolution must involve Ukraine and its allies. The joint appearance featured traditional ceremonial touches—red carpet welcome, military flyby, and a brief joint press conference where neither president took questions. What’s Next on the Agenda Trump asserted that the best path forward is a direct peace agreement, not merely a temporary ceasefire, warning that such fragile pauses often fall apart. Plans are underway for a follow-up meeting with Zelenskyy in Washington, potentially followed by a trilateral summit involving all three leaders. Putin raised the topic of nuclear arms control reform, signaling potential expansion of discussions beyond Ukraine. Regional and Global Reactions European leaders from France, Germany, the UK, Italy, and elsewhere welcomed Trump’s engagement but reiterated that true peace requires Ukraine's meaningful inclusion. They also emphasized that international borders must not be redrawn by force and pledged continued support for Kyiv. Ukraine itself stressed that negotiations excluding its participation would be unacceptable, dismissing any suggestion of ceding territory in exchange for peace. Expert Takeaways Analysts view the summit as high-profile diplomacy, but caution that the absence of concrete results may simply postpone the hard decisions. As one expert noted, working directly toward a peace treaty is a bold move—but without clear commitments, the risk of fragmented, unstable outcomes remains high.
Read More → Posted on 2025-08-16 15:16:22
World
China has delivered the third of eight advanced Hangor-class submarines to Pakistan, marking another major step in strengthening Islamabad’s naval fleet as part of Beijing’s ongoing efforts to expand influence in the Indian Ocean, a region often seen as India’s strategic backyard. The handover ceremony took place in Wuhan, Hubei province, where Pakistan’s Deputy Chief of Naval Staff (Projects-2), Vice Admiral Abdul Samad, highlighted that the new submarine, equipped with cutting-edge weaponry and modern sensors, will help maintain “regional power equilibrium” and enhance “maritime stability.” This comes just months after the second Hangor-class submarine was delivered in March. The eight-boat program, agreed in 2015, represents one of the largest defense deals between China and Pakistan, under which four submarines will be built in China and four at Pakistan’s Karachi Shipyard & Engineering Works (KSEW). Specifications of Hangor-Class Submarines The Hangor-class is based on the Chinese Type 039A/041 Yuan-class design, customized for Pakistan. Key features include: Length: About 76 meters Displacement: Around 2,800 tons (submerged) Propulsion: Diesel-electric with Air-Independent Propulsion (AIP) system, allowing it to stay submerged for over two weeks without surfacing Stealth: Advanced hull design with low acoustic signature for quiet operation Weapons: Capable of carrying torpedoes, anti-ship cruise missiles, and possibly land-attack cruise missiles (Babur-III SLCM), giving it a potential nuclear-strike capability Sensors: Equipped with comprehensive sonar suites and modern combat management systems for enhanced detection and targeting Range & Endurance: Estimated endurance of 8,000 nautical miles and the ability to operate at sea for up to 90 days With these features, the Hangor-class submarines are considered among the most advanced conventional submarines in the region, rivalling the capabilities of India’s Kalvari-class (Scorpène) submarines. China–Pakistan Defense Ties Deepen The submarine deal is part of Beijing’s wider strategy to bolster Pakistan’s military power. In recent years, China has supplied: Four advanced Type 054A/P frigates for the Pakistan Navy Over 600 VT-4 main battle tanks for its army 36 J-10CE fighter jets, delivered since 2022 Pakistan’s first dedicated spy ship, the Rizwan According to global defense data, more than 80 percent of Pakistan’s imported military hardware now comes from China, cementing Beijing as Islamabad’s primary defense partner. Strategic Implications in the Indian Ocean The induction of Hangor-class submarines significantly boosts Pakistan’s undersea warfare capabilities at a time when China is also expanding its naval footprint in the Arabian Sea, where it operates from the Gwadar Port in Balochistan. The addition of long-endurance, missile-capable submarines to Pakistan’s fleet could complicate India’s naval strategy, especially in the Arabian Sea and Indian Ocean Region (IOR), where the Indian Navy maintains superiority. Chinese analysts have claimed the Hangor-class provides Pakistan with “excellent stealth, long underwater endurance, and formidable strike power,” making it a deterrent platform against India’s surface and submarine forces. With three submarines already delivered and five more on the way, Pakistan’s navy is expected to undergo its largest transformation in decades. By the early 2030s, Islamabad aims to operate one of the most modern conventional submarine fleets in Asia, while China continues to secure its influence in South Asia through defense, trade, and infrastructure partnerships.
Read More → Posted on 2025-08-16 15:11:23
World
The U.S. Department of Defense has selected TOTE Services Inc. to provide maintenance and operational support for the Sea-Based X-Band Radar (SBX-1), one of the most advanced elements of America’s missile defense network. The contract is valued at $311.4 million, covering an initial 12-month period, with options for four additional years and a possible six-month extension. The SBX-1, operated by the Missile Defense Agency, is unique within the U.S. military. It is the only operational radar system mounted on a semi-submersible platform, making it mobile yet stable in rough seas. This capability allows the radar to be deployed where needed, providing highly accurate tracking of ballistic missile launches around the globe. A Giant Eye in the Pacific Developed by Raytheon, the SBX-1’s X-Band Radar (XBR) is housed inside a massive 31 x 37-meter dome, instantly recognizable by its distinctive white, golf-ball-like appearance. The heart of the radar is an octagonal phased-array antenna with a 384 m² physical aperture and a 248 m² active aperture, made up of more than 45,000 transmit/receive modules. This allows it to detect, track, and differentiate between real warheads and decoys during the midcourse phase of a missile’s flight. The radar can rotate up to 270° horizontally and 85° vertically, scanning at a rate of 5–8 degrees per second. Its X-band frequency (8–12.5 GHz) makes it one of the most precise tracking systems ever built, able to spot objects the size of a baseball from thousands of kilometers away. Engineering Marvel The SBX-1 is as much a floating powerhouse as it is a radar station. Its enormous electronics and antenna require strict temperature control, maintained by a liquid cooling system circulating 3,634 liters of propylene glycol per minute. The platform itself displaces 32,690 tonnes, swelling to over 50,000 tonnes when fully ballasted for stability at sea. Weight of radar dome: ~8,164 kg Total platform weight: ~1,814 tonnes (radar and support systems) Power: Eight Caterpillar C280-16 diesel generators (5,060 kW each) Propulsion: Eight Wärtsilä FS 2150-663 azimuth thrusters, each with 3,300 kW electric motors Maximum speed: 9 knots Crew capacity: 85 personnel Endurance: Up to 60 days without resupply This engineering behemoth can reposition itself across oceans and remain on station for months at a time, making it a critical asset for monitoring missile threats. From Oil Rig to Missile Shield The SBX-1 was built on a Moss CS 50 semi-submersible oil platform, constructed at the Vyborg Shipyard in Russia in 2002. It was later converted for military use at Keppel AmFELS shipyard in Texas, with Boeing Integrated Defense Systems overseeing the design. The radar installation was completed in Corpus Christi, Texas, in 2005, when the massive dome was placed over the antenna. Although officially homeported at Adak Island, Alaska, the SBX-1 has been based in Pearl Harbor, Hawaii, since 2009 following escalating North Korean missile tests. It has carried out numerous high-profile deployments, including its longest sea mission of 661 days, which ended in 2022. Strategic Significance The SBX-1 is a cornerstone of the U.S. Ballistic Missile Defense System (BMDS). Unlike ground-based radars fixed in location, its mobility allows it to be positioned to monitor adversary missile launches in real time, providing data to interceptor systems such as the Ground-Based Midcourse Defense (GMD). Its strategic value is especially high in the Indo-Pacific region, where missile tests from North Korea and China pose ongoing challenges. Analysts note that the SBX-1’s ability to distinguish between live warheads and decoys makes it a vital link in ensuring that limited interceptor missiles are used effectively in a real conflict. With the new contract awarded, the Pentagon ensures the SBX-1 will remain operationally ready for at least the next half decade. As the U.S. faces a rapidly evolving missile landscape—ranging from hypersonic threats to swarming decoys—the platform will continue to act as America’s floating radar fortress, combining cutting-edge technology with unmatched mobility.
Read More → Posted on 2025-08-16 15:05:17
India
India’s next-generation missile, Rudram-4, is not just another variant of the Pralay missile—it’s a distinct, advanced addition to the Rudram series, offering unmatched reach, speed, and precision. What We Know: Rudram vs. Pralay Pralay is a surface-to-surface tactical ballistic missile developed by DRDO. It is roughly 5 tonnes in weight, two-staged, travels at about Mach 6.1, and is launched from ground-based transporter erector launchers. Its role is strategic ground strike, not aerial launch. Rudram-4, by contrast, belongs to a family of air-launched, air-to-surface missiles designed to neutralize enemy ground-based defenses like radar, command centers, and bunkers. It’s hypersonic and optimized for operations launched from fighter aircraft. Rudram-4: Speed, Range, and Tactical Edge Below is a snapshot of how the Rudram series has evolved: Variant Range Speed Notable Features Rudram-1 ~200 km ~Mach 2 Anti-radiation, supersonic, integrated Rudram-2 ~300 km ~Mach 5.5 Dual-role: ground attack & ARM, hypersonic Rudram-3 ~550 km Hypersonic Two-stage, highly maneuverable Rudram-4 (est.) ~1,000–1,500 km >Mach 5 (hypersonic) Long-range, lightweight LRSOW variant Rudram-4 is being developed as a Long-Range Stand-Off Weapon (LRSOW) with a projected range between 1,000 and 1,500 km. It’s designed for hypersonic speeds (faster than Mach 5), making interception extremely challenging. The missile will likely use a quasi-ballistic trajectory with low-altitude maneuvers, ideal for evading advanced air-defenses. Equipped with INS-GPS/ENG guidance and possibly Imaging Infrared (IIR) or passive homing heads, Rudram-4 aims for pinpoint accuracy against hardened or radar-equipped targets. It’s designed to integrate with multiple fighter platforms such as Su-30MKI, Mirage 2000, and Rafale, enhancing deployment flexibility. Development got a boost in 2023 when the Defence Acquisition Council approved its Acceptance of Necessity (AoN), signaling path to operational deployment within 3–4 years. Strategic Implications Rudram-4 is a game-changer in India’s SEAD/DEAD (Suppression/Destruction of Enemy Air Defenses) capabilities. Its combination of range and speed could neutralize threats deep inside adversary territory while keeping Indian aircraft at safe stand-off zones. Designed especially to counter threats from China and Pakistan, it addresses sophisticated air defense systems like the HQ-9 and S-400. The development of Rudram-4 represents India’s growing competence in hypersonic missile technology, alongside global powers like Russia, China, and the US. It underscores India’s commitment to indigenous, network-centric defense capabilities and enhances deterrent credibility. Rudram-4 stands as a distinct and significant leap beyond the Pralay missile—offering hypersonic speed, extended reach (1,000–1,500 km), low-altitude maneuverability, and multi-platform aerial launch capability. Rather than being an A2G version of Pralay, it represents a strategic and technological evolution in air-to-ground strike capacity.
Read More → Posted on 2025-08-15 17:08:30
World
India has taken a giant leap in deep-ocean exploration, successfully sending two Indian aquanauts to depths of up to 5,000 metres in the North Atlantic Ocean aboard the French crewed submersible Nautile on August 5 and 6. The milestone marks the deepest manned dives ever undertaken by Indian explorers and is a crucial step toward the country’s upcoming Samudrayaan mission. On August 5, R Ramesh, a scientist from the National Institute of Ocean Technology (NIOT), descended to 4,025 metres. The following day, Commander (Retd) Jatinder Pal Singh reached a record-breaking 5,003 metres. Each dive lasted nearly nine to ten hours, including a 2.5-hour descent, around four hours of operations on the seabed, and a 2.5-hour ascent. The missions involved extensive training in deep-sea navigation, trajectory tracking, vehicle handling, and real-time communication. The Nautile, operated by the French marine research institute Ifremer, is capable of diving up to 6,000 metres and houses three people. Equipped with powerful lights, high-definition cameras, and two robotic arms, it can conduct up to six hours of operational work at the seabed during each dive. During the expedition, the aquanauts tested the submersible’s robotic manipulators, collected samples from the ocean floor, and planted both the Indian and French national flags at depth, symbolising international cooperation in ocean science. This mission is seen as critical preparation for Samudrayaan, India’s first manned ocean mission under the Deep Ocean Mission program. Scheduled for 2027–28, it will send three Indian aquanauts to 6,000 metres aboard the indigenously developed Matsya-6000 submersible. The vessel, designed with a titanium sphere, will have a 12-hour operational endurance and emergency support for up to 96 hours. With this achievement, India moves closer to joining an elite group of nations—the United States, Russia, China, France, and Japan—capable of crewed deep-sea exploration. Officials say the mission will help strengthen India’s blue economy, advance deep-sea mining capabilities, and expand scientific knowledge of unexplored marine ecosystems. “This successful deep dive demonstrates India’s readiness for its own 6,000-metre mission and reflects the growing expertise of our scientists and engineers in extreme underwater operations,” an NIOT official said. The expedition also aligns with India’s agreements with the International Seabed Authority to explore mineral-rich deep-sea regions between 4,000 and 5,500 metres, a step towards securing strategic undersea resources.
Read More → Posted on 2025-08-15 16:26:17
World
Russia’s Federal Security Service (FSB) announced it had dealt a significant setback to Ukraine’s long-range missile capabilities following a joint operation with the Defence Ministry. The operation reportedly targeted facilities linked to the production and deployment of Ukraine’s Sapsan ballistic missile, also known as the Hrim-2, striking sites in both Sumy and Dnipropetrovsk regions. According to the FSB, the targeted locations included missile production buildings, air defence systems, and infrastructure used to shield these facilities. Russian forces claim the strikes have eliminated Ukraine’s technical base for manufacturing the Hrim-2, a missile system believed to be capable of striking the Moscow region, central Russia, and Belarus. The Defence Ministry said the attacks—carried out by air, sea, and land forces—were aimed at disrupting what it described as a Kyiv-led plan, coordinated with Western allies, to mass-produce long-range missiles for deep strikes into Russian territory. The ministry reported that Ukrainian design bureaus, rocket fuel storage sites, and missile assembly plants were destroyed during the July raids. In addition to targeting the Hrim-2 program, the ministry claimed its forces destroyed four launchers of the U.S.-supplied Patriot air defence system and a U.S.-made target detection and guidance radar in the Dnipropetrovsk region. The FSB further alleged that Ukraine’s development of the Sapsan missile involved assistance from unnamed Western European specialists, adding weight to Moscow’s long-standing accusations of direct Western involvement in Ukrainian defence projects. While Kyiv has not issued a response to the latest Russian claims, Ukrainian media outlets previously reported that the Hrim-2 successfully completed combat testing in May, striking a Russian military target at a distance of nearly 300 kilometres. Military analysts believe the system’s maximum range could extend beyond 500 kilometres, posing a significant strategic challenge for Russia if deployed at scale. The Sapsan/Hrim-2 program, often described as Ukraine’s answer to Russia’s Iskander-M missile, has been a high-priority defence project for Kyiv since its inception. If operational, it could give Ukraine the ability to target deep within Russian territory, disrupting supply lines and command infrastructure. The latest Russian claims come amid an intensifying missile and drone campaign on both sides of the conflict, with Ukraine increasingly targeting military and industrial sites inside Russia, and Moscow responding with strikes aimed at crippling Ukraine’s defence industry. As of now, independent verification of the extent of the damage to Ukraine’s missile program remains unavailable, but if Russia’s account proves accurate, it would mark one of the most significant blows to Ukraine’s long-range strike capabilities since the war began.
Read More → Posted on 2025-08-15 16:15:11
World
A detailed investigation has revealed that a U.S. Air Force MQ-9 Reaper drone, valued at approximately $13 million, was lost in the Mediterranean Sea last December after suffering a catastrophic mid-air mechanical failure that caused its propeller to detach from the engine. The incident took place on December 16, 2024, during a routine mission. The unmanned aircraft, remotely piloted by a crew from the 20th Attack Squadron at Whiteman Air Force Base in Missouri, had taken off from an undisclosed location within the U.S. European Command’s operational area. Sudden Loss of Power At 5 p.m. GMT, while cruising at normal speed and altitude, the Reaper experienced a sudden and complete loss of engine torque—dropping to zero in less than a second. The abrupt change caused engine speed to spike dramatically, triggering cockpit alerts. Despite immediate throttle adjustments, the drone’s engine failed to recover torque. The crew initially managed to maintain altitude, but as airspeed began to fall, they prepared for an emergency landing in a remote, uninhabited area. However, about 15 minutes into the emergency, engine oil sensors detected metallic debris, a clear sign of internal mechanical damage. Restarting the engine was ruled out for safety reasons. Final Moments Over the Sea With no power and altitude steadily decreasing, the mission operations superintendent ordered the crew to ditch the drone in the Mediterranean to avoid potential hazards on land. The Reaper struck the water at 5:23 p.m., sinking and making recovery impossible. The loss of the aircraft also meant investigators could not physically inspect the failed components. Likely Cause: Gearbox Spiral Lock Ring Failure Analysis of the drone’s onboard data logs by General Atomics, the Reaper’s manufacturer, indicated that the propeller had disconnected from the engine during flight. Investigators believe the most probable cause was the failure of a spiral lock ring inside the gearbox—a critical part that secures the propeller assembly. Such lock rings are known to experience heavy wear over time. The drone’s engine supplier, Honeywell, had implemented a maintenance program to replace these rings every 3,000 flight hours to prevent failure. In this case, however, the downed drone had accumulated only about half of that flight time, suggesting premature wear. Without the wreckage, the exact reason for the early failure could not be confirmed. Broader Implications for Drone Operations The MQ-9 Reaper, a primary workhorse of the U.S. Air Force’s remotely piloted fleet, is used extensively for intelligence gathering, reconnaissance, and precision strikes. The loss highlights the risks posed by unexpected mechanical breakdowns in unmanned systems operating far from maintenance bases. While the investigation found no fault with the crew’s handling of the emergency or with pre-flight checks, the event has raised concerns about component lifespan predictions and whether maintenance cycles for critical parts like the spiral lock ring should be shortened. Defense analysts note that such failures, while rare, underscore the importance of redundancy, rapid diagnostic systems, and component durability—especially as unmanned aircraft play an ever-greater role in U.S. military strategy across contested regions such as the Mediterranean and the Middle East.
Read More → Posted on 2025-08-15 16:12:05
World
China’s People’s Liberation Army (PLA) has drawn attention with new footage of infantry training in rugged highland terrain, featuring what appears to be a soldier wearing a rudimentary, unpowered exoskeleton frame. The exercise, aired by China’s military-focused CCTV-7 channel, was part of a segment highlighting a unit from the PLA’s 76th Group Army. The troops, identified by state media as a “model anti-Japanese guerrilla battalion” — a ceremonial title preserved from the Second World War era — were shown advancing under simulated live fire, carrying heavy machine guns and maneuvering across rocky ground. In the midst of the action, one soldier stood out for wearing a metal brace-like device strapped to his legs and back, believed to be a passive load-bearing support. Reducing the Soldier’s Burden Unpowered exoskeletons are designed to shift the weight of gear away from the spine and hips, helping soldiers carry loads that can exceed 30–40 kilograms. For infantry operating in mountainous or desert regions, this can mean less fatigue, lower injury risk, and improved endurance during long marches. While powered versions exist, including battery-assisted models capable of enhancing movement, they remain rare on the battlefield due to limits in battery life, weight, and environmental durability. Passive frames like the one seen in the footage require no power source, making them lighter and potentially more practical for long-duration operations. China’s Wider Push into Wearable Military Tech The appearance of even a basic exoskeleton in a televised exercise signals that the PLA may be testing wearable assistive systems in realistic combat scenarios rather than keeping them confined to research labs. In recent years, Chinese defense developers have also unveiled powered exoskeletons for logistics crews, artillery units, and drone operators. One such system, introduced by defense technology firm Kestrel Defense, integrates control equipment for unmanned aerial vehicles (UAVs) directly into the suit. Images have surfaced of operators launching drones using arm-mounted interfaces, suggesting a vision where infantry could directly control battlefield drones without separate equipment. Global Trend, Local Adaptation Militaries worldwide have experimented with similar concepts. The U.S. Army has tested the ONYX powered exoskeleton for support units to reduce back strain and improve mobility during prolonged operations. However, most armies have yet to fully integrate these systems into frontline infantry roles due to cost, reliability concerns, and the need for extensive field testing. China appears to be following a step-by-step integration strategy, starting with unpowered systems in demanding environments, such as mountain brigades, before considering powered versions for combat troops. Signals of Future Deployment The fact that the device was showcased in a national broadcast hints that it may not be a one-off experiment. In Chinese military tradition, high-profile state TV coverage often precedes wider trials, production scaling, or even export offerings. For now, the PLA’s exoskeleton-equipped infantryman remains an isolated sighting — but it could mark the beginning of a broader effort to blend human endurance with mechanical assistance in China’s push to modernize its ground forces.
Read More → Posted on 2025-08-15 16:08:24World
In a move drawing intense global scrutiny, U.S. President Donald Trump is preparing for a high-stakes meeting with Russian President Vladimir Putin at a secure military base near Anchorage. The summit is being described as one of the most consequential diplomatic encounters of the decade, with the potential to reshape the trajectory of the war in Ukraine and redefine European security for years to come. The talks come at a time when the war in Ukraine remains deadlocked, with heavy fighting continuing in the country’s east and south. Trump’s supporters frame him as a master dealmaker capable of cutting through years of bloody stalemate, while critics warn that such negotiations — conducted without Ukrainian President Volodymyr Zelenskyy present — risk undermining Kyiv’s sovereignty and the West’s stated principle that “nothing about Ukraine happens without Ukraine.” For Putin, the summit offers a rare opportunity to break through diplomatic isolation, secure recognition of Russia’s battlefield gains, and weaken Ukraine’s NATO aspirations. Analysts believe Moscow will push hard for territorial concessions and a reconfiguration of Ukraine’s security status, potentially returning it to Russia’s sphere of influence. Trump has hinted that the meeting is a “feel-out session”, but his comments suggest the door is open to an expansive peace framework — one that could involve U.S. security guarantees to Ukraine in exchange for halting its NATO bid. However, he has also warned that if Russia shows no movement toward peace, “serious consequences” could follow. The challenge lies in bridging a vast gap: Russia’s demands for recognized control over occupied territories remain unacceptable to Kyiv and most of its allies. The symbolism of Alaska as the venue is not lost on historians. Once Russian territory before its sale to the United States in 1867, the state sits just a short flight from Russia’s eastern coast, underscoring the geographical proximity — and historic rivalry — between the two powers. The remote military location also minimizes the risk of protests and ensures heightened security, signaling the sensitivity of the discussions. Western capitals are watching closely. NATO allies fear that a bilateral Trump-Putin deal, reached without European or Ukrainian input, could fracture the alliance’s unity. Beyond Europe, nations such as China and Iran will be gauging Trump’s willingness to stand firm against Moscow’s demands, testing U.S. credibility in other geopolitical flashpoints. The summit’s outcome could have far-reaching consequences: If Trump manages even a partial breakthrough — such as an agreement on humanitarian corridors or limited ceasefires — it could lay the groundwork for broader peace talks. If the meeting ends without progress, it may deepen mistrust between Washington and Kyiv, embolden Russia, and send signals to authoritarian regimes that hardline stances pay off. With global attention fixed on Anchorage, the stakes could hardly be higher. The talks will not only influence the immediate fate of Ukraine but may also set the tone for a new era of U.S.-Russia relations, shaping the balance of power well into the future.
Read More → Posted on 2025-08-15 15:58:00
World
The U.S. Space Force, working with the Air Force Rapid Capabilities Office and SpaceX, is preparing to launch the eighth mission of its secretive X-37B Orbital Test Vehicle on 21 August from Kennedy Space Center, Florida. Designated USSF-36, the mission will lift off atop a SpaceX Falcon 9 rocket and carry an array of advanced experiments aimed at pushing the limits of space technology. This latest mission will focus on high-bandwidth inter-satellite laser communications — a step toward faster, more secure data transfer between satellites — and advanced space navigation using what is described as the highest-performing quantum inertial sensor ever flown in space. Such navigation technology could eventually allow spacecraft to operate with high precision even when GPS signals are unavailable, which is critical for deep-space missions or in contested environments. According to officials, the X-37B has become the Space Force’s premier platform for testing the “space technologies of tomorrow.” Its design — part spacecraft, part reusable mini-shuttle — allows it to spend years in orbit before returning to Earth for analysis and refurbishment. This reusability drastically reduces the cost and time needed to test new systems compared to one-time-use satellites. Since its first flight in April 2010, the X-37B has logged more than 4,200 days in space. Past missions have demonstrated orbital trajectory changes using aerobraking, tested space domain awareness sensors, trialled solar power beaming technology for delivering energy from orbit to Earth, and exposed biological materials — such as plant seeds — to long-term radiation, aiding preparations for future crewed missions to the Moon, Mars, and beyond. Military analysts note that the X-37B’s versatility makes it valuable for both scientific research and national security. In addition to civilian applications like space-based energy and crop resilience, the spacecraft’s ability to maneuver, change orbit, and stay aloft for extended periods also has potential strategic uses — from inspecting satellites to deploying experimental payloads in secret. With the USSF-36 mission, the Space Force is not only refining its technological edge but also signaling the increasing role of reusable spacecraft in sustaining U.S. leadership in space. As competition in orbit intensifies, platforms like the X-37B could prove decisive in enabling rapid deployment and testing of innovations that keep pace with both commercial developments and potential adversaries’ capabilities.
Read More → Posted on 2025-08-15 15:52:55
India
Former U.S. President Donald Trump has once again stirred controversy by revising his account of the India-Pakistan conflict of May 2025, now claiming that six to seven jets were shot down during the clashes — an increase from his earlier statement of five. Speaking at a White House event on August 14, Trump also repeated his long-standing assertion that he personally averted a potential nuclear war between the two South Asian rivals by intervening through trade negotiations and diplomatic outreach. He argued that his actions should place him among the frontrunners for a Nobel Peace Prize. However, India has firmly rejected the notion that Washington played any mediation role. Officials in New Delhi reiterated that the ceasefire following Operation Sindoor was achieved through direct military-to-military talks between the countries’ Directors General of Military Operations (DGMO), without any external involvement. The latest round of claims has left strategic analysts skeptical. Trump has offered no evidence to back his version of events, and India’s defense establishment has not verified his figures on aircraft losses. Pakistan, meanwhile, had claimed it shot down six Indian jets during the skirmishes, but India dismissed the figure, acknowledging only “some” losses without providing specifics. The May 2025 clashes — the most intense exchange of fire along the Line of Control in years — began after a series of cross-border strikes and artillery exchanges escalated rapidly. Operation Sindoor, launched by India, aimed at neutralizing militant camps and Pakistani military positions believed to be aiding infiltration into Jammu & Kashmir. The confrontation raised regional and global alarm, given both nations’ nuclear capabilities. Trump’s narrative appears to be aimed at building his profile as a global dealmaker and crisis manager ahead of a possible return to the political arena. His emphasis on the nuclear angle, despite lack of corroboration, has been interpreted as part of a broader campaign to position himself as a peacemaker in volatile regions. Regional security experts caution that exaggerating battlefield outcomes or behind-the-scenes diplomacy could distort the historical record and complicate future crisis management between India and Pakistan.
Read More → Posted on 2025-08-15 15:37:45
World
Taiwan has revealed the D3 prototype of its 105mm wheeled combat vehicle, a major upgrade under the country’s Project Cheetah aimed at strengthening its ability to respond quickly to military threats, particularly from the sea. The latest D3 version, showcased during the Ministry of National Defense’s online program Defense Online, is 40 centimeters shorter than the previous model, with a lower profile, stronger blast protection, and increased ammunition capacity. Its compact design makes it harder to detect and easier to deploy in urban streets and coastal defense zones, where space and reaction time are critical during an attack. From D1 to D3 – A Rapid Evolution Project Cheetah began in 2019 to give Taiwan a homegrown, high-mobility armored platform. The first two prototypes, D1 and D2, were developed almost entirely with local expertise, achieving 89% domestic component manufacturing. The D2, introduced in mid-2024, used an advanced 8×8 chassis from the Clouded Leopard family and carried a 105mm rifled gun compatible with Taiwan’s M60A3 and CM-11 tanks. It also featured a remote-controlled 12.7mm weapon station for the commander and a “hunter-killer” targeting system, allowing simultaneous tracking and engagement of multiple threats. The D3 builds on this foundation but introduces key structural and balance improvements. The vehicle’s height is now under 3 meters, down from 3.3 meters, improving stability and concealment. The turret has been repositioned further back to enhance weight distribution, and the chassis has been upgraded to the second-generation Clouded Leopard M2, which resolves previous handling issues. New side mirrors and an optimized armor layout improve crew visibility and survivability. Performance Built for Rapid Response Despite its smaller size, the D3 retains a low-recoil 105mm gun with electric servo drives for precise aiming. It can exceed 100 km/h on roads and travel up to 500 kilometers without refueling, allowing it to redeploy quickly anywhere on the island. This mobility is vital for Taiwan’s interregional reinforcement missions, where speed can determine the success of defending against sudden amphibious landings. The vehicle’s design suits Taiwan’s asymmetric defense strategy, where lighter, faster, and more dispersed units can outmaneuver heavier enemy forces. Instead of relying solely on main battle tanks, which are difficult to hide or transport in Taiwan’s mountainous terrain, the Cheetah D3 can execute hit-and-run ambushes, “shoot-and-scoot” tactics, and direct fire support for infantry. Preparing for the Worst Taiwan plans to publicly display the D3 at next month’s Taipei Aerospace & Defense Technology Exhibition, offering a closer look at the platform’s capabilities. Military analysts note that vehicles like the D3 could be deployed in small, highly mobile fire brigades, reinforcing vulnerable coastal zones during the early stages of an amphibious assault. However, some in Taiwan’s army have expressed concerns about the lethality of the 105mm gun, suggesting that a shift to a 120mm cannon might be necessary to match modern armor threats in the region. A Response to Rising Tensions The unveiling comes during escalating tensions in the Taiwan Strait. China has increased military flights across the median line, conducted large-scale amphibious drills, and maintained a constant naval presence near Taiwan’s waters. Taipei has responded by accelerating defense modernization, prioritizing indigenous production to ensure strategic autonomy. The Cheetah D3, with its mix of mobility, local production, and tactical adaptability, embodies Taiwan’s determination to stay agile, self-reliant, and ready in the face of growing regional threats. Defense officials say the platform is not just a vehicle—it is a symbol of Taiwan’s shift toward a more flexible and resilient fighting force.
Read More → Posted on 2025-08-15 15:28:40
World
Military analysts say Chinese naval strategists are increasingly focused on finding ways to weaken the United States’ undersea surveillance network, a key element in tracking submarines across the vast waters of the Western Pacific. According to recent assessments by defense experts, China’s People’s Liberation Army Navy (PLAN) views the U.S. network as both a critical advantage for Washington and a potentially “fragile” system vulnerable to disruption. The concern for Beijing stems from the fact that the network enables the U.S. to keep a near-constant watch on Chinese submarine movements, particularly through strategic chokepoints in the South and East China Seas. The U.S. surveillance grid, formally known as the Integrated Undersea Surveillance System (IUSS), evolved from the Cold War-era SOSUS program. It uses fixed seabed arrays, undersea cables, mobile Surveillance Towed Array Sensor System (SURTASS) ships, and advanced sonar-equipped warships and submarines. Aircraft such as the P-8A Poseidon and MH-60R Seahawk add another layer by deploying sonobuoys and torpedoes during patrols. Chinese military commentators argue that this network’s vast coverage makes it difficult to protect every sensor and cable. They suggest that disabling even a small percentage of these nodes could have an outsized impact, reducing detection ranges and response times. Tactics under discussion include kinetic strikes on surveillance ships, deploying unmanned undersea vehicles (UUVs) for sabotage, or cyberattacks to disrupt the network’s command and control systems. Beijing has invested heavily in such capabilities. The PLAN operates advanced UUVs like the HSU-001 and Sea Wing (Haiyi) drones, capable of long-range reconnaissance and undersea interference. Other deep-diving platforms such as the Qianlong series, Haishen-6000, and research submersibles like Jiaolong could be adapted to locate and neutralize U.S. installations, sever communication cables, or plant counter-surveillance devices. Some Chinese strategists have floated the idea of pre-conflict saturation tactics, in which multiple submarines or unmanned craft would flood surveillance zones to overwhelm detection systems. The goal, they argue, would be to mask the movements of high-value nuclear and conventional submarines before any major operation. Former U.S. Navy officers acknowledge the potential risk but emphasize that finding small, hidden sensors across thousands of square miles of ocean remains a significant challenge. Moreover, mounting such a campaign would carry high political and economic risks for Beijing, potentially triggering immediate escalation. If China were to degrade this surveillance network, the U.S. Navy’s ability to monitor Chinese submarines would suffer, forcing Washington to rethink its anti-submarine warfare (ASW) posture. Allies like Japan, Australia, and South Korea could be called upon to take a larger role in regional monitoring, possibly using distributed, autonomous sensor networks to maintain coverage even if fixed sites were disabled. The stakes are high: a loss of U.S. undersea dominance could open new operational opportunities for China in contested waters, altering the balance of naval power in the Indo-Pacific and increasing the strategic uncertainty in one of the world’s most heavily militarized maritime regions.
Read More → Posted on 2025-08-15 15:25:58
World
The Czech Ministry of Defence has signed a major seven-year, €250 million contract with German defence group Rheinmetall to provide long-term service, maintenance, and logistical support for its fleet of Leopard 2A4 main battle tanks and Bergepanzer 3 “Büffel” armoured recovery vehicles. The agreement, concluded in Prague between the Ministry and Rheinmetall Landsysteme GmbH, covers 42 Leopard 2A4 tanks and two Büffel recovery vehicles. The scope includes spare parts supply, on-site customer service, factory-level repairs, crew and technician training, logistical and technical assistance, temporary infrastructure, and overall project management. Rheinmetall confirmed it will work closely with Czech defence industry partners to fulfil the deal, with subcontracts expected to go to local companies. A letter of intent was signed the same day with the state-owned VOP CZ s.p., outlining cooperation in maintenance and repair operations, along with the transfer of specialised technical know-how. This partnership comes after the Czech Armed Forces recently received the Leopard 2A4 tanks and Büffel vehicles, refurbished and supplied by Rheinmetall under separate agreements. The deliveries were part of a defence cooperation framework between the Czech Republic and Germany, in which Berlin has supported Prague’s modernisation efforts as a gesture of solidarity following Czech military aid to Ukraine. The Leopard 2A4, originally developed in the late 1970s but upgraded extensively over time, is renowned for its firepower, armour protection, and battlefield survivability. The Büffel armoured recovery vehicle, based on the Leopard chassis, provides critical battlefield support by towing, repairing, or recovering disabled tanks in combat zones. By securing long-term maintenance, the Czech Ministry aims to ensure these platforms remain combat-ready for decades, while also building domestic technical capabilities through industrial cooperation. Defence analysts note that such agreements are not just about hardware upkeep — they strengthen NATO interoperability, improve logistics resilience, and ensure that frontline assets remain fully operational during periods of heightened security tensions in Europe. With this deal, the Czech Republic continues its steady modernisation drive, replacing older Soviet-era equipment with Western-standard platforms, a move widely seen as bolstering the country’s role within NATO’s collective defence posture.
Read More → Posted on 2025-08-15 15:22:26
World
Hezbollah’s deputy leader Naim Qassem has issued a stark warning to Lebanon’s government, accusing it of “handing the country to Israel” by pressing ahead with plans to disarm the group. Speaking in a televised address on Friday, Qassem vowed that Hezbollah would not give up its weapons and was ready to fight to preserve its arsenal if necessary. The remarks came after Qassem met Ali Larijani, Iran’s top security chief, whose country has long been a major backer of Hezbollah and a central player in the so-called “axis of resistance” — a coalition of Iran-aligned groups across the Middle East. The Lebanese government, under strong US pressure, has tasked the army with drafting a plan to disarm Hezbollah by the end of the year. This follows last year’s devastating war with Israel, which left the group significantly weakened both militarily and politically. Qassem accused the authorities in Beirut of following “an American-Israeli order to end the resistance”, warning that such a move could plunge the country into civil war and internal strife. “The resistance will not surrender its weapons while aggression continues, occupation persists, and we will fight… if necessary to confront this American-Israeli project no matter the cost,” Qassem declared. He further urged the government “not to hand over the country to an insatiable Israeli aggressor or an American tyrant with limitless greed”, framing Hezbollah’s weapons as essential to defending Lebanon’s sovereignty. The latest tensions come at a time when Iran itself has been weakened by a series of setbacks, most notably during its recent confrontation with Israel, which saw US forces strike Iranian nuclear sites. Hezbollah’s position within Lebanon has also been under growing strain, with critics blaming the group for dragging the country into wars and crippling its economy. Despite the pressure, Qassem’s speech made clear that Hezbollah sees its arsenal as non-negotiable — not only as a means of deterring Israel, but as a symbol of its political power within Lebanon.
Read More → Posted on 2025-08-15 15:17:16Search
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