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WASHINGTON, — March 1, 2026 : U.S. Central Command (CENTCOM) has confirmed that American forces deployed one-way attack drones during ongoing military operations against Iran under the campaign designated Operation Epic Fury. The confirmation marks the first acknowledged combat use by the United States of kamikaze-style loitering munitions. Operation Epic Fury began on February 28, 2026, at the direction of the President of the United States and is being conducted in coordination with Israel. According to CENTCOM, the campaign has targeted Islamic Revolutionary Guard Corps (IRGC) command and control facilities, Iranian air defense systems, missile and drone launch sites, military installations, and airfields. The one-way attack drones were employed during both the initial and follow-on phases of the strikes, alongside munitions launched from air, land, and sea platforms. The broader operation remains ongoing. Platform Design and Development The drone system used in the operation is designated the Low-cost Unmanned Combat Attack System (LUCAS). U.S. defense officials stated that the platform was developed after the U.S. military obtained a captured Iranian Shahed-136 loitering munition and reverse-engineered its design. Production of the American variant was contracted to Arizona-based defense firm SpektreWorks. The LUCAS drone retains the core delta-wing configuration characteristic of the Shahed-136 but incorporates modifications introduced by U.S. engineers. These include enhanced fuel efficiency and a reduced acoustic signature. The system has an operational range of approximately 500 miles (800 kilometers) and is capable of carrying a 40-pound explosive payload. Analysts assess that the payload produces roughly twice the explosive force of a standard Hellfire missile. The modular design allows the platform to be launched from multiple configurations. During Operation Epic Fury, the drones were primarily deployed from ground-based launch systems. However, the platform is compatible with naval and vehicle-mounted launch mechanisms. The system was previously test-fired from a U.S. Navy Littoral Combat Ship in late 2025. Task Force Deployment The LUCAS drones were fielded by Task Force Scorpion Strike, a specialized unit established by CENTCOM in December 2025. The task force was created to integrate low-cost autonomous weapons systems into frontline operations and to expand the use of networked strike capabilities. CENTCOM stated that the one-way attack drones formed part of a broader precision strike package used during the campaign. The strikes targeted Iranian military installations, air defense nodes, and command facilities. No details were released regarding the number of drones deployed, specific launch locations, or the individual outcomes of the strikes. Cost and Strategic Considerations At an estimated unit cost of approximately $35,000, the LUCAS platform represents a lower-cost alternative to traditional precision-guided munitions such as Tomahawk cruise missiles, which cost several million dollars per unit. Defense officials indicate that the adoption of one-way attack drones expands operational flexibility by enabling scalable strike options and swarm tactics. The use of a system modeled after the Iranian-designed Shahed-136 reflects a shift in procurement and tactical planning, incorporating low-cost autonomous platforms into conventional strike operations. CENTCOM confirmed the employment of the drones as part of its regular operational update issued March 1, 2026. No additional operational details have been released.
Read More → Posted on 2026-03-01 18:30:05
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WASHINGTON, — March 1, 2026 : The United States Department of Defense has rejected claims by Iran’s Islamic Revolutionary Guard Corps (IRGC) that it successfully struck the aircraft carrier USS Abraham Lincoln with ballistic missiles, stating that the projectiles failed to reach the vessel and caused no damage. In an official statement, U.S. Central Command (CENTCOM) confirmed that Iranian forces launched ballistic missiles directed toward the Nimitz-class carrier operating in the Arabian Sea. However, the command stated that the missiles “didn’t even come close” to the ship and that the carrier remains fully operational. Iranian Claim and U.S. Denial Earlier Sunday, Iranian state media carried a statement from the IRGC asserting that four ballistic missiles had hit the USS Abraham Lincoln. Iranian officials described the launch as a retaliatory measure following the start of coordinated U.S. and Israeli military operations against Iranian targets. CENTCOM dismissed the claim in a public statement posted on the social media platform X, stating: “The Lincoln was not hit. The missiles launched didn’t even come close. The Lincoln continues to launch aircraft in support of CENTCOM operations.” U.S. defense officials confirmed that there was no impact on the carrier, no structural damage, and no reported casualties aboard the vessel. Operational Status of the Carrier According to the Pentagon, the USS Abraham Lincoln continues to conduct standard flight operations in support of U.S. Central Command activities in the region. The carrier is deploying F/A-18E Super Hornet and F-35C fighter aircraft as part of ongoing missions. Officials did not disclose the precise distance between the missiles’ trajectories and the carrier’s location, nor did they specify the number of missiles launched beyond acknowledging the attempted strike. Defensive and Technical Factors While the Pentagon did not detail the defensive measures employed, military officials indicated that the failure of the missiles to approach the carrier could be attributed to several factors, including interception by naval air and missile defense systems, inaccurate targeting data, or missile guidance limitations. Carrier Strike Groups typically operate with layered air defense systems designed to detect, track, and neutralize incoming threats at extended ranges. These systems are intended to prevent hostile projectiles from breaching the inner defensive perimeter of high-value naval assets. Defense officials declined to provide additional technical specifics regarding radar tracking data, interception timelines, or engagement distances. Broader Operational Context The attempted missile strike occurred amid escalating military activity following the launch of U.S. Operation Epic Fury and Israel’s Operation Roaring Lion on February 28, 2026. The operations targeted sites within Iran and resulted in the death of Iranian Supreme Leader Ayatollah Ali Khamenei, according to previously released information. The Pentagon confirmed that the broader conflict has resulted in U.S. casualties. CENTCOM reported that three American service members have been killed in action and five others seriously wounded during ongoing combat operations against Iranian forces. Additional personnel sustained minor shrapnel injuries and concussions. The identities of the deceased are being withheld for 24 hours pending notification of next of kin. Separately, U.S. forces conducted strikes against Iranian naval assets. CENTCOM stated that an Iranian Jamaran-class corvette was struck at the beginning of the operation. The vessel is reported to be sinking at a pier in the southern Iranian port city of Chah Bahar in the Gulf of Oman. No Damage Reported to USS Abraham Lincoln The Department of Defense reiterated that the USS Abraham Lincoln was not struck and that its operational capacity remains unaffected. Officials emphasized that the missiles launched toward the carrier did not pose a direct threat to the ship or its crew. No further details have been released regarding missile launch locations, engagement sequences, or additional retaliatory measures. The Pentagon stated that U.S. forces in the region remain on operational footing as military activities continue.
Read More → Posted on 2026-03-01 18:02:36
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RIYADH, Saudi Arabia — March 1, 2026 : Saudi Arabia’s Crown Prince Mohammed bin Salman has authorized the Kingdom’s armed forces to undertake retaliatory military strikes against Iran if deemed necessary, according to official statements from Riyadh. The authorization comes amid a rapidly escalating regional conflict following a series of Iranian drone and missile attacks targeting Gulf countries, including Saudi territory. Background to Escalation The authorization follows Iranian attacks in response to coordinated military operations by the United States and Israel against Iranian targets that began on February 28, 2026. These operations, known respectively as Operation Epic Fury by the U.S. and Operation Roaring Lion by Israel, involved air and missile strikes on multiple military and strategic sites across Iran and reportedly resulted in the death of Iran’s Supreme Leader, Ayatollah Ali Khamenei. In retaliation, Iran launched an extensive campaign of missile and drone strikes across the Gulf region, hitting or attempting to hit installations and populated areas in the United Arab Emirates, Qatar, Kuwait, Bahrain, Jordan and Saudi Arabia. Intercepted projectiles were also reported over Riyadh and in eastern Saudi provinces. Saudi Statement and Position Crown Prince Mohammed bin Salman publicly condemned the Iranian attacks, describing them as unjustified aggression. Riyadh has reiterated that Saudi Arabia did not permit its territory or airspace to be used for U.S. or Israeli military operations against Iran — a point stressed by the Crown Prince in official remarks. In its public communications, the Saudi leadership reaffirmed that its armed forces have been placed on high alert and that defensive and counter-strike capabilities have been prepared should further violations of Saudi sovereignty occur. Specific criteria or timing for any retaliatory action were not disclosed. Regional Coordination and Diplomatic Engagement In response to the Iranian offensive, Crown Prince Mohammed bin Salman engaged in consultations with regional leaders. Telephone discussions were held with the presidents and monarchs of neighbouring Gulf states, including leaders from the United Arab Emirates, Bahrain, Qatar, Kuwait, and Jordan. In these calls, Riyadh reaffirmed its support for collective security measures and expressed readiness to assist in defensive responses to Iranian aggression. Conversations also extended to global statesmen, including the French president and Pakistan’s prime minister, who voiced support for Saudi Arabia’s position. Saudi officials have underscored solidarity with Gulf Cooperation Council (GCC) members that have reported Iranian strikes, sharing a unified stance against what they describe as violations of international law and national sovereignty. Current Situation and Outlook The situation in the Gulf region remains highly volatile, with continued military operations on multiple fronts and diplomatic efforts underway to prevent further escalation. Saudi Arabia’s authorization for potential retaliatory strikes reflects heightened tensions and marks a calibrated shift in the Kingdom’s strategic posture in response to cross-border attacks. Further developments are anticipated as regional and global leaders assess the unfolding conflict and seek avenues for de-escalation.
Read More → Posted on 2026-03-01 17:38:41
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Tampa, Florida — March 1, 2026 : U.S. military forces struck an Iranian naval vessel identified as a Jamaran-class corvette during the opening phase of a coordinated military offensive designated “Operation Epic Fury,” U.S. Central Command (CENTCOM) announced March 1, 2026. The vessel is sinking at a dock in the southeastern Iranian port city of Chah Bahar, located on the Gulf of Oman. According to the CENTCOM statement posted on the social media platform X, the strike occurred on February 28, 2026, and aligns with stated operational objectives to systematically degrade elements of Iran’s naval capabilities as part of the broader campaign. The command reiterated a previously issued ultimatum from the U.S. President directed at members of Iran’s armed forces, including the Islamic Revolutionary Guard Corps (IRGC) and law enforcement personnel. “As the President said, members of Iran’s armed forces, IRGC and police ‘must lay down your weapons.’ Abandon ship,” the CENTCOM statement read. The announcement did not provide specific details on the methods employed in the strike, the number of U.S. forces involved, or the status of personnel aboard the Iranian vessel at the time of the attack. Vessel Specifications and Classification The Iranian naval vessel struck by U.S. forces is part of the Jamaran class, also referred to by Iranian sources as the Moudge class. While Tehran often designates these ships as destroyers, international naval observers typically classify them as light frigates or corvettes based on size and displacement. Key technical characteristics of the Jamaran-class include: Displacement: Approximately 1,420 to 1,500 tons Length: 94 meters Primary Armament: Four Noor (C-802) surface-to-surface cruise missiles Air Defense: Four Fajr surface-to-air missiles and a 40mm Fateh-40 autocannon Main Gun: One 76mm Fajr-27 dual-purpose rapid-fire cannon Anti-Submarine Warfare: Triple 324mm light torpedo launchers Aviation Support: Flight deck capable of accommodating an AB 212 anti-submarine warfare helicopter with helicopter in-flight refueling (HIFR) support The lead ship of the class entered service in 2010 and has been among the principal domestically produced surface combatants in the Iranian Navy. Strategic Location: Chah Bahar Port The strike took place at Chah Bahar, a deep-water port in Iran’s Sistan and Baluchestan province on the Makran coast. Chah Bahar is Iran’s only oceanic port with direct access to the Indian Ocean and the Gulf of Oman, enabling maritime traffic to bypass the Strait of Hormuz. The port complex includes the Konarak Naval Base, which serves as a primary docking and operational facility for regular Iranian naval units. Intelligence reports cited in operational briefings indicate that multiple Iranian naval assets had recently docked at Chah Bahar following completion of international maritime exercises immediately preceding the launch of Operation Epic Fury. Operation Epic Fury: Broader Context Operation Epic Fury, launched at 1:15 a.m. ET on February 28, 2026, is a coordinated military campaign conducted by U.S. forces in conjunction with Israeli military elements. The operation targets a series of Iranian military infrastructure nodes, including command and control centers, air defense systems, missile and drone production and launch facilities, and strategic naval assets. The campaign follows a public directive from the U.S. administration aimed at neutralizing perceived imminent threats stemming from Iran’s nuclear program, long-range missile capabilities, proxy networks, and naval fleet operations. The strike on the Jamaran-class corvette constitutes one of the early reported naval engagements in the operation. As of March 1, 2026, Iranian government officials have not issued a formal response or confirmation regarding the incident. CENTCOM has indicated that further operational updates will be provided in due course but has not released additional information on subsequent engagements or broader impacts on naval activity in the region. U.S. Central Command Update In its March 1 update, CENTCOM stated that the Jamaran-class vessel was struck and is currently sinking at a pier in Chah Bahar. The statement forms part of regular operational communications detailing force actions and campaign progress for Operation Epic Fury. No additional data on casualties, damage assessments beyond the vessel, or potential civilian impact within the port area were provided in the announcement.
Read More → Posted on 2026-03-01 17:14:41
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Abu Dhabi, — March 1, 2026 : An Iranian drone strike targeted a warehouse facility at the Al Salam Naval Base in Abu Dhabi on Sunday, causing a localized fire but resulting in no casualties, according to an official statement issued by the United Arab Emirates Ministry of Defence. The attack took place on the second consecutive day of hostilities involving Iran and multiple regional states, following a wave of coordinated military operations between the United States and Israel against Iranian territory on Saturday. Those strikes reportedly resulted in the death of Iran’s supreme leader, triggering expanded Iranian military responses across the Gulf region. Incident at Al Salam Naval Base In its official statement, the UAE Defence Ministry confirmed that two unmanned aerial vehicles (UAVs) launched by Iranian forces struck a warehouse area at the Al Salam Naval Base — also known as Camp de la Paix. The facility is primarily an Emirati military installation that currently hosts French military personnel under an official agreement between the UAE and France. The Ministry said that specialised response teams were dispatched immediately following the incident and that the strikes “caused a fire in two containers of general materials, but there were no casualties.” Emergency crews brought the fire under control and no injuries were reported among base personnel. French authorities have so far declined to issue an official comment regarding the strike or the status of their deployed forces at the base. Wider Regional Escalation The drone strike on the Abu Dhabi base comes amid a broader escalation in the Middle East that began on Saturday when U.S. and Israeli forces conducted coordinated military operations against Iranian targets. Iranian state media confirmed the death of Supreme Leader Ayatollah Ali Khamenei during those strikes, a development widely reported by international news agencies and corroborated by U.S. and Israeli officials. In retaliation for the loss of their leader, Iranian military forces launched multiple waves of drone and missile attacks across the Gulf region on Sunday. The UAE Defence Ministry reported that its air defence systems had tracked and engaged a large number of incoming threats, including hundreds of drones and scores of ballistic missiles since the start of Iran’s retaliatory campaign. At least three foreign nationals have been confirmed killed and 58 others injured in various Iranian strikes within UAE territory, according to UAE official figures. Airspace closures in the region have also forced the suspension of operations at major airports, including in Dubai and Abu Dhabi, impacting international and regional flight schedules. UAE Response and Security Operations The UAE Defence Ministry has described the attacks as violations of the nation’s sovereignty and affirmed the ongoing efforts by its defence and civil response units to secure critical infrastructure and protect civilian populations. The ministry stated that it reserves the right to act in accordance with international law to defend national security. Regional partners, including governments in the Gulf Cooperation Council (GCC), have also reported heightened alert levels across military and civil defence systems amid the wider conflict.
Read More → Posted on 2026-03-01 17:05:42
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Washington / Tel Aviv / Tehran : March 1, 2026 : Crucial intelligence provided by the United States Central Intelligence Agency (CIA) enabled Israel to carry out a targeted daylight strike in central Tehran that killed Iran’s Supreme Leader, Ayatollah Ali Khamenei, along with several senior political and military officials. The operation was executed on February 28, 2026, after months of surveillance and a late-stage adjustment in operational timing based on newly obtained intelligence. According to reporting by The New York Times, U.S. intelligence agencies had been tracking Khamenei’s movements for several months, developing what officials described as a detailed “pattern of life” assessment. Surveillance efforts mapped his routines and movement cycles with a high degree of confidence, allowing analysts to identify potential windows of vulnerability. Intelligence Breakthrough and Operational Shift The decisive development occurred when U.S. intelligence obtained confirmation that Khamenei would attend a rare Saturday morning meeting of Iran’s top political and military leadership at a government compound in central Tehran on February 28. The gathering was described as a high-level coordination meeting involving senior national security and military officials. Because the opportunity to target multiple senior figures simultaneously was limited, the intelligence was immediately relayed to Israeli defense authorities. Prior planning between the United States and Israel had envisioned a strike conducted under cover of darkness. However, once confirmation of Khamenei’s presence at the morning meeting was received, military planners adjusted the timeline. The operation was shifted from a nighttime strike to a daylight strike to coincide with the scheduled meeting. Officials cited the confirmed presence of the Supreme Leader and other senior officials as the determining factor in recalibrating the mission profile. Strike Execution and Weapons Employed Israeli fighter jets carried out the attack as part of a broader coordinated military campaign. Israel designated its component of the operation as “Operation Roaring Lion,” while the United States referred to its parallel campaign as “Operation Epic Fury.” The aircraft reportedly took off at approximately 6:00 a.m. Israel time. The munitions struck the targeted government compound in Tehran at approximately 9:40 a.m. local time. The primary weapons used in the strike were “Blue Sparrow” aeroballistic missiles. These long-range precision munitions have an operational range of up to 2,000 kilometers, enabling launch from stand-off distances outside Iranian airspace. The missiles were designed to penetrate hardened targets and deliver high-precision impact on designated structures within the compound. Operational reports indicate that the strike successfully penetrated the central Tehran leadership complex while the meeting was underway. Casualties and Leadership Impact Ayatollah Ali Khamenei was killed in the strike. Several senior regime officials attending the meeting were also killed. Among the confirmed casualties were General Mohammad Pakpour, head of the Islamic Revolutionary Guard Corps (IRGC) ground forces, and Ali Shamkhani, a senior national security adviser. Additional high-ranking military and security figures present at the gathering were reported killed, though full casualty details were still being compiled at the time of publication. Iranian state media confirmed Khamenei’s death on March 1, 2026, and announced a 40-day period of national mourning. U.S.–Israel Coordination According to The New York Times, the CIA’s role focused on intelligence collection, surveillance, and confirmation of Khamenei’s presence at the Saturday meeting. The intelligence-sharing arrangement allowed Israeli planners to adjust targeting timelines and execute the strike during a confirmed convergence of senior leadership. The strike marked the opening phase of coordinated military operations conducted by the United States and Israel against targets in Iran beginning February 28, 2026. While Israel executed the direct strike on the Tehran compound, the broader campaign reportedly included additional strikes on multiple sites across Iran. Officials characterized the operation as a significant disruption to Iran’s senior leadership structure due to the simultaneous loss of top political, military, and national security figures gathered in one location. Further developments regarding succession, internal security adjustments, and potential regional responses were expected as Iranian authorities continued to assess the impact of the strike.
Read More → Posted on 2026-03-01 15:49:23
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Jerusalem/Washington — March 1, 2026 : The Israel Defense Forces (IDF) on Sunday released aerial drone footage showing a precision strike on a building in central Tehran, describing it as the first direct attack in the Iranian capital since the launch of its new military campaign, Operation Roaring Lion. The strike forms part of a coordinated United States–Israeli military effort targeting Iranian military, command, and regime-linked infrastructure across multiple cities. The video, published on the IDF’s official X account, shows a structure in a densely populated urban area being hit, followed by a plume of smoke rising from the site. The IDF described the target as a “headquarters of the Iranian terror regime” and referred to the strike as the “dismantlement” of regime infrastructure. In its accompanying statement, the military said: “For the first time since the start of Operation ‘Roaring Lion,’ the IAF is striking targets belonging to the Iranian terror regime in the heart of Tehran.” The statement added that over the previous day, the Israeli Air Force (IAF) carried out large-scale strikes to establish aerial superiority and “pave the path to Tehran.” While official statements referred broadly to “regime infrastructure,” “military command centres,” and “regime targets,” multiple independent reports have linked the building shown in the footage to the headquarters of Islamic Republic of Iran Broadcasting (IRIB), Iran’s state broadcaster. The IDF has not explicitly confirmed that the structure was an IRIB facility. According to operational details released by the IDF, the Tehran strike was part of a broader series of attacks targeting leadership and command nodes. Among the sites reportedly struck were the General Headquarters of the Internal Security Forces, described as a command-and-control center responsible for coordinating government forces and internal security operations. The IDF also stated that the Tharallah headquarters in Tehran was destroyed. The Tharallah headquarters functions as a defense command structure for Tehran and is affiliated with the Islamic Revolutionary Guard Corps (IRGC), with responsibility for security in the capital region. Additional strikes reportedly targeted the Interior Ministry headquarters, which coordinates IRGC and Basij militia activities, including responses to domestic unrest. Israeli military updates indicated that dozens of other headquarters were hit in an effort to disrupt organizational capacity and remove heavier weaponry. The stated objective of these strikes was to degrade the regime’s ability to suppress domestic protests and coordinate security operations. Scale and Scope of Operation Roaring Lion Operation Roaring Lion is described by Israeli military officials as a multi-stage campaign aimed initially at securing aerial superiority over Iranian airspace. According to IDF figures, approximately 200 Israeli Air Force fighter jets participated in what was described as the largest flyover in IAF history. During the opening phases of the campaign, aircraft dropped hundreds of munitions on roughly 500 identified objectives concentrated in western and central Iran. Targets included air-defense systems, missile launch arrays, military command centers, and other regime-linked infrastructure. Across the broader campaign, more than 1,200 bombs and rockets have reportedly been dropped on Iranian military and security sites. Coordinated US Operation: “Epic Fury” The Israeli operation is running parallel to United States military actions designated by the US Department of Defense as Operation Epic Fury. On February 28, 2026, US and Israeli forces conducted synchronized strikes across several major Iranian cities, including Tehran, Isfahan, Qom, Karaj, and Kermanshah. According to statements from both governments, the operations were conducted in full coordination and aimed at degrading Iran’s capacity to project military power and manage strategic command networks. US President Donald Trump described the American role as “major combat operations” against Iran, calling Operation Epic Fury a “massive and ongoing operation” intended to eliminate imminent threats. He linked the campaign to longstanding US concerns regarding Iran’s nuclear development, ballistic missile programs, and support for regional proxy groups. Israeli Prime Minister Benjamin Netanyahu stated that Operation Roaring Lion and the parallel US action are intended to remove immediate security threats emanating from Tehran. He also framed the campaign as an effort to empower the Iranian population in opposition to the regime. Additional Reported Damage in Tehran Reports and satellite imagery circulating after the strikes indicate that political and security-related targets in Tehran were also hit, including the residence compound of Iran’s Supreme Leader. Satellite images reportedly show structural damage within the compound, including collapsed buildings and visible smoke in the aftermath of the strikes. Israeli military officials have not provided further operational details regarding that specific location, and Iranian authorities have not released a comprehensive damage assessment. Ongoing Campaign Military statements from both Israel and the United States indicate that operations remain ongoing. The initial phase continues to prioritize the suppression of Iranian air-defense systems and missile infrastructure, alongside targeted strikes on command and security headquarters. Both Operation Roaring Lion and Operation Epic Fury are described as multi-stage efforts, with additional operational updates expected as the campaign progresses.
Read More → Posted on 2026-03-01 15:30:49
Ukraine’s Fire Point Conducts First Test Flight of FP-7 Tactical Ballistic Missile with 200 Km Range
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KYIV, — March 1, 2026 : Ukrainian defense manufacturer Fire Point LLC has conducted a test flight of its new FP-7 tactical ballistic missile, marking the first public confirmation that the program has reached the live testing stage. The company’s co-owner and chief designer, Denys Shtilierman (also referred to as Denis Sztilerman), published footage of the launch on the social media platform X on February 27, 2026. Two videos were shared, captioned “Вітаємо FP7)” and “We welcome ballistic missile FP7).” The footage shows the missile launching from a ground-based platform during flight tests. According to Shtilierman, the FP-7 is produced entirely using Ukrainian components. Fire Point stated that it has achieved domestic production of solid-fuel engines manufactured from composite materials, eliminating reliance on foreign suppliers for this subsystem. The company also reported that its engineers independently recreated and adapted the design of a module used in Russia’s S-300 and S-400 surface-to-air missile systems as the foundation for the new surface-to-surface weapon. The external configuration of the FP-7 resembles the 48N6 missile used in the S-400 system. Technical Specifications Based on data disclosed by the manufacturer, the FP-7 tactical ballistic missile has the following characteristics: Operational range: Up to 200 kilometers Maximum flight altitude: 65 kilometers Maximum speed: 1,500 meters per second Maximum flight time: Up to 250 seconds Warhead weight: 150 kilograms Accuracy: Circular error probable (CEP) of 14 meters The missile is intended to target and destroy components of Russian air defense systems. It has been described as a low-cost, short-range ballistic missile analogous in role to the U.S.-made ATACMS system, pending integration with European radar systems. Development Timeline and Program Status Development of the FP-7 was first announced in September 2025. In December 2025, Shtilierman stated that Fire Point intended to complete all formal procedures required to officially introduce the missile into service in the near future. In early February 2026, he indicated in an interview that testing had been delayed from the end of 2025 due to a series of events, with the company aiming to complete tests in February. The February 27 publication of launch footage confirms that flight testing has taken place, though there is currently no information indicating that the FP-7 has been deployed operationally. Fire Point has previously gained attention for its FP-1 long-range strike drones and the development of the FP-5 “Flamingo” cruise missile. The company has also outlined plans to present a ballistic missile designated FP-9, with a projected range of up to 850 kilometers, by the end of the year. The ballistic version of the FP-7 is planned to carry the name “Pelikan.” The recent test represents the first publicly available evidence that the FP-7 program has advanced to live flight trials as part of Ukraine’s broader domestic missile development efforts.
Read More → Posted on 2026-03-01 15:17:09
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JERUSALEM, — March 1, 2026 : The Israeli Air Force (IAF) conducted coordinated airstrikes on February 28 against Iranian surface-to-air missile infrastructure in the Kermanshah region as part of the ongoing multinational military campaign designated Operation Epic Fury. Among the systems struck was a medium-range air defense battery that independent technical analysis identifies as Iran’s domestically developed Khordad-3. The IAF initially described the destroyed asset as an “advanced SA-65” system. However, defense analysts, including observers from the Army Recognition Group, assessed released 3D operational footage and concluded that the configuration corresponds to the Khordad-3, also known as Sevom Khordad. Technical Identification of the Targeted System Footage released by the IAF depicted a transporter-erector-launcher mounted on a tactical chassis carrying three vertically aligned cylindrical missile canisters. The launcher operated in conjunction with a separate radar vehicle equipped with a flat-panel phased-array antenna. Analysts noted that this three-canister vertical launch configuration aligns directly with the Khordad-3 system. The layout differs from Russian Buk variants, which typically employ four exposed rail-mounted missiles, and from the S-300 family, which uses larger quad-canister launch units and distinct radar architectures. The designation “SA-65” does not correspond to any publicly documented NATO reporting name, which traditionally follow sequences such as SA-6, SA-10, SA-17, or SA-21. Analysts assess that “SA-65” is likely an internal Israeli military intelligence classification rather than an established international designation. Capabilities of the Khordad-3 System The Khordad-3 forms part of Iran’s Raad family of air defense systems and is positioned within the country’s layered defensive structure between long-range strategic systems and short-range point defenses. The system is assessed to deploy Sayyad-2 or Taer-2B interceptor missiles, with an engagement range estimated between 50 and 75 kilometers and an altitude envelope of approximately 25 to 30 kilometers. It employs an active phased-array radar capable of tracking multiple aerial targets and guiding several interceptors simultaneously. The Khordad-3 is designed to engage aircraft, cruise missiles, and unmanned aerial vehicles. In June 2019, the Islamic Revolutionary Guard Corps used the system to shoot down a U.S. Navy RQ-4A Global Hawk high-altitude surveillance drone over the Strait of Hormuz, demonstrating its operational capability. Strategic Importance of the Kermanshah Sector Western Iran, including the Kermanshah region, functions as a defensive belt protecting critical infrastructure located deeper within the country. Military and strategic assets in this corridor include missile infrastructure, air bases, logistics hubs, and command facilities. The geographic position also covers western air approaches linking Iraq to central Iran. Medium-range systems such as the Khordad-3 provide overlapping engagement coverage intended to intercept incoming threats before they reach high-value targets. The removal of a battery in this sector eliminates a cohesive engagement node composed of radar, fire control, and launcher elements from Iran’s integrated air defense network. Scope of Operation Epic Fury Operation Epic Fury began at 1:15 a.m. Eastern Time on February 28, 2026, and involves coordinated action by U.S. and Israeli forces. The operation was directed by the President of the United States and targets Islamic Revolutionary Guard Corps command and control facilities, air defense systems, missile and drone launch sites, and military airfields. Precision munitions were launched from air, land, and sea platforms. Israel employed F-35 and F-15 aircraft in the strikes and conducted attacks on hundreds of targets across Iran, including in Tehran. According to U.S. Central Command, there were no U.S. combat casualties and only minimal damage to U.S. installations during the initial phase of the operation. Iranian Response and Regional Air Defense Activity Following the strikes, Iran launched drones and ballistic missiles at Israel and at U.S. military installations in Bahrain, Kuwait, and Qatar. Air defense systems in Israel, the United Arab Emirates, Kuwait, and Qatar intercepted incoming missiles. Debris from intercepted projectiles resulted in one fatality on the ground. U.S. officials described the operation as representing the largest regional concentration of U.S. military firepower in a generation. Leadership Impact The strikes included operations in Tehran and resulted in the death of Iranian Supreme Leader Ayatollah Ali Khamenei. Satellite imagery and further battle damage assessments are expected to provide additional clarity regarding the extent of degradation inflicted on Iran’s integrated air defense architecture, including the impact of the destruction of the Khordad-3 battery in Kermanshah.
Read More → Posted on 2026-03-01 15:08:39
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JERUSALEM, — March 1, 2026 : The Israeli Air Force (IAF) has conducted a series of coordinated airstrikes on Iranian military assets, including fighter aircraft, ballistic missile launchers, radar systems, and associated defense infrastructure at Tabriz Air Base in East Azerbaijan Province, northwestern Iran. The strikes form part of a broader Israeli campaign identified as “Operation Lion’s Roar,” also referred to as “Operation Genesis,” launched on February 28, 2026, in coordination with U.S. forces under a parallel operation named “Operation Epic Fury.” The Israel Defense Forces (IDF) released aerial footage confirming precision strikes on at least two Iranian fighter jets—an F-4 Phantom II and an F-5 Tiger II—positioned on the runway and prepared for immediate takeoff at the time of the attack. According to the IDF, the aircraft were struck before they could be deployed. Both the F-4 Phantom II and F-5 Tiger II are U.S.-manufactured aircraft delivered to Iran prior to the 1979 Islamic Revolution. Iran has since maintained and upgraded these legacy platforms for patrol, interception, and ground-support roles. Sources cited in the aftermath of the strikes indicated that some of the targeted aircraft may have been in unserviceable condition, though the IDF did not provide technical assessments regarding their operational readiness. In addition to the fighter aircraft, Israeli strikes targeted ballistic missile launchers, a truck transporting ballistic missiles, radar systems, air defense nodes, and an unmanned aerial vehicle (UAV) at or near the Tabriz facility. Israeli military officials stated that the objective was to degrade Iran’s aerial and missile capabilities and to disrupt operations of the Iranian Air Force before potential threats could be launched toward Israeli territory. The Tabriz site was described by Israeli sources as hosting a ballistic missile unit from which dozens of missiles were planned to be launched toward Israel. The operation focused on neutralizing launch platforms and associated command and control infrastructure. The strikes on Tabriz were part of a wider operational wave involving approximately 200 Israeli fighter jets targeting around 500 military objectives across western and central Iran. The IDF stated that hundreds of munitions were dropped in coordinated, near-simultaneous strikes against air defense systems, missile launchers, military headquarters, drone facilities, and airfields. On March 1, a subsequent wave of strikes involved dozens of Israeli aircraft targeting more than 30 additional sites, including air defenses and missile infrastructure. Israeli military officials indicated that operations would continue against air defense installations, missile sites, command centers, and other military facilities. Israeli authorities characterized the campaign as pre-emptive, citing concerns regarding Iran’s ballistic missile and nuclear programs. Military officials confirmed that the joint U.S.-Israeli strikes had been planned for months and included targets where senior Iranian figures were believed to be located. The operation has been described by Israeli officials as one of the largest coordinated uses of military firepower in the region in recent decades. Iran responded with missile launches directed toward Israel and U.S. bases in the region. Reports indicated strikes or attempted strikes in areas including Tehran, Kermanshah, Minab, Bushehr, and near Chabahar. There were also unconfirmed reports of strikes affecting Iranian naval assets, including the IRGC Navy frigate Jamaran. Iranian authorities activated air defense systems across northwestern regions following the airspace incursions but have not issued detailed public statements regarding material losses at Tabriz Air Base. The current escalation follows the June 2025 Israel-Iran war, during which the IDF reported destroying at least one-third of Iran’s ballistic missile launchers and approximately 35 percent of its ballistic missile stockpile. Israeli officials have stated that Iran has since reconstituted much of its missile inventory in recent months. Operation Lion’s Roar and the parallel U.S. Operation Epic Fury continue to target Iranian command and control facilities, air defense systems, missile and drone launch sites, and military airfields as part of the ongoing campaign.
Read More → Posted on 2026-03-01 14:32:48
World
LONDON, March 1, 2026 — UK Defence Secretary John Healey has confirmed that British military personnel stationed in Bahrain and Cyprus were not injured following Iranian missile and drone strikes conducted across parts of the Middle East. The incidents occurred amid heightened regional tensions after coordinated United States and Israeli operations targeting Iranian infrastructure and senior leadership in Tehran. The Ministry of Defence stated that all UK service members in the affected areas have been accounted for and remain safe. Missiles Fired Toward Cyprus According to Healey, two Iranian missiles were launched in the general direction of Cyprus, which hosts British Sovereign Base Areas including RAF Akrotiri and Dhekelia. British Forces Cyprus maintains a significant presence on the island, with thousands of personnel stationed there. UK military intelligence assessments indicate that the missiles were “almost certain” not intended to strike the British bases directly. A source familiar with the situation reported that the projectiles either fell short or landed in the sea before reaching the island. Healey stated that while there was no direct threat to British installations, the launches demonstrate the broader risks posed by the current regional escalation. A spokesperson for the Cypriot government said there was no indication of a direct threat to the country. Cyprus President Nikos Christodoulides confirmed that Prime Minister Keir Starmer had communicated clearly that Cyprus was not a target. British Personnel Near Strike Zone in Bahrain The most immediate proximity to Iranian strikes involved UK personnel in Bahrain. Approximately 300 British service members are currently stationed in the country. Healey confirmed that some were located just a few hundred yards from sites struck by Iranian missiles and drones. No British bases were directly hit, and there were no UK casualties reported. The Defence Secretary emphasized that the safety of UK Armed Forces personnel remains the Ministry of Defence’s highest priority. Defensive Air Operations in the Region British aircraft, including Typhoon and F-35 jets operated by the Royal Air Force, are conducting defensive patrols across Middle Eastern airspace. These missions include monitoring potential threats and intercepting aerial targets when necessary. A British unit based in Iraq reportedly intercepted an Iranian drone heading toward a coalition installation housing UK personnel. Healey reiterated that UK forces are operating strictly in a defensive capacity and are not participating in offensive US or Israeli strikes against Iran. The United Kingdom continues to coordinate with allies, including the US Air Force, as part of broader regional security commitments. Background and Previous Deployments During a previous escalation in 2024, UK aircraft participated in regional air defence operations, intercepting approximately 38 Iranian drones and missiles aimed at Israel. At that time, the UK deployed four Eurofighter Typhoon jets to Qatar under the joint UK–Qatari No. 12 Squadron arrangement. The current escalation follows large-scale US-Israeli strikes conducted on February 28, 2026, which killed Iran’s Supreme Leader Ayatollah Ali Khamenei and targeted multiple military sites. Iran subsequently launched missile and drone attacks across several locations in the Middle East, including areas near US and UK facilities. Government Position Healey reiterated the UK government’s longstanding position that Iran must not be permitted to obtain nuclear weapons. He also echoed Prime Minister Starmer’s call for all parties to halt missile activity and reduce the risk of further escalation. Airspace across parts of the region remains restricted as military operations continue. UK officials stated that British troops and civilians in the Middle East remain at elevated risk, and protective measures are under continuous review.
Read More → Posted on 2026-03-01 14:19:01
World
TAMPA, Florida — March 1, 2026 : United States Central Command (CENTCOM) on March 1 released declassified footage showing an M142 High Mobility Artillery Rocket System (HIMARS) launching Army Tactical Missile System (ATACMS) tactical ballistic missiles at targets inside Iran as part of Operation Epic Fury. The unclassified video, posted by CENTCOM on X, shows a single HIMARS vehicle conducting a nighttime launch sequence. The launcher pod is elevated before missile departure, with a visible exhaust plume and shockwave as the solid-fuel rocket motor ignites. CENTCOM stated that Iranian leadership had received prior warning and described the strikes as conducted under presidential direction. The command did not disclose the launch location, the specific targets struck in that salvo, or any battle damage assessment results. Operation Timeline and Objectives Operation Epic Fury began on February 28, 2026, at 1:15 a.m. Eastern Time at the direction of the President of the United States. According to CENTCOM, U.S. and partner forces initiated coordinated strikes aimed at dismantling elements of the Iranian regime’s security apparatus, prioritizing locations assessed as posing imminent threats. The initial wave targeted facilities and infrastructure associated with the Islamic Revolutionary Guard Corps (IRGC), including command-and-control nodes, Iranian air defense systems, missile and drone launch sites, and military airfields. Precision-guided munitions were delivered from air, land, and sea-based platforms during the opening phase of the campaign. CENTCOM has characterized the operation as the largest regional concentration of U.S. military firepower in a generation. The broader objective is to degrade Iranian command-and-control networks, air defense assets, and missile and drone infrastructure. The command stated that the campaign is being conducted jointly with partner forces, including coordination with Israel, though specific details regarding individual engagements remain limited. Adm. Brad Cooper, commander of CENTCOM, said the operation was ordered by the President and is being executed by U.S. service members across all branches. Following the initial strikes, Iranian forces launched hundreds of retaliatory missile and drone attacks, according to CENTCOM. U.S. and partner air and missile defense systems intercepted the incoming threats. The command reported no U.S. casualties or combat-related injuries and stated that damage to U.S. installations was minimal and did not affect operational capabilities. ATACMS System Overview The ATACMS is a long-range, guided surface-to-surface tactical ballistic missile used by the U.S. Army to deliver precision strikes at extended distances. Each missile is housed in a standard Multiple Launch Rocket System (MLRS) launch pod compatible with both the M142 HIMARS and the M270 MLRS platforms. The system uses a Global Positioning System (GPS)-aided inertial navigation system for guidance. The variant described by CENTCOM carries a WDU-18/B 500-pound-class blast fragmentation unitary warhead. The missile has a maximum range of 300 kilometers and is powered by a solid-fuel rocket motor. ATACMS launch pods are externally similar to standard MLRS rocket pods. Lockheed Martin has produced more than 3,800 ATACMS missiles since the program’s inception. Prior to Operation Epic Fury, more than 600 rounds had been expended in combat operations, according to program data cited by CENTCOM. In August 2017, the U.S. Army awarded a contract under a Service Life Extension Program (SLEP) to modernize 150 ATACMS rounds. The upgrade replaced older cluster-munition payloads with WDU-18/B unitary warheads and extended the storage life of the missiles by at least ten years, in accordance with Department of Defense policy regarding unexploded ordnance and munitions safety. Strategic Context The release of the HIMARS launch footage marks a public confirmation of ground-launched deep-strike systems being employed during the early stages of Operation Epic Fury. CENTCOM has stated that the campaign remains ongoing and that additional operational details will be released as appropriate. The command has not provided specific geographic details regarding HIMARS deployment locations, target coordinates, or post-strike assessments.
Read More → Posted on 2026-03-01 14:05:00
World
TEHRAN, — March 1, 2026 : Iranian state television has confirmed the death of Supreme Leader Ayatollah Ali Khamenei, who was killed on February 28 in a joint United States–Israel airstrike targeting his office within his residential compound in Tehran. He was 86. State media outlets, including Fars News Agency and ISNA, reported that Khamenei was at his office carrying out official duties at the time of the strike. Satellite imagery released following the attack showed extensive structural damage to multiple buildings inside the secured compound. Iranian authorities have not disclosed the specific weapon systems used or provided full details regarding additional casualties. The strike formed part of coordinated military operations launched on February 28 by the United States and Israel. Officials from both countries stated that the operation targeted senior Iranian leadership figures and strategic sites. U.S. President Donald Trump announced the strike hours before Iranian state confirmation, describing it as based on precise intelligence. According to reports from Fars, several individuals were killed in the attack in addition to Khamenei, including senior military officials and family members. Among those reported dead was Mohammad Pakpour, identified as a commander within the Islamic Revolutionary Guard Corps. The Iranian government declared a 40-day national mourning period and announced a seven-day public holiday. State institutions have lowered flags and suspended regular programming in observance. Formation of Interim Leadership Council Following confirmation of Khamenei’s death, Iranian authorities activated Article 111 of the Constitution, which provides procedures for the temporary exercise of the Supreme Leader’s powers in the event of death or incapacitation. ISNA reported the immediate formation of a three-member interim Leadership Council. The body consists of cleric Alireza Arafi as the jurist member, President Masoud Pezeshkian, and Chief Justice Gholam-Hossein Mohseni-Ejei. The Expediency Discernment Council confirmed Arafi’s appointment to the interim body. The council will collectively exercise the constitutional powers of the Supreme Leader until a permanent successor is selected. Under the Constitution, the responsibility for appointing a new Supreme Leader rests with the Assembly of Experts, an 88-member clerical institution. The Assembly is expected to convene in the coming weeks to deliberate on succession. Profile of Alireza Arafi Arafi, 67, has held several senior religious and institutional positions within Iran’s clerical establishment. He previously headed Iran’s nationwide Islamic seminary system and is a current member of the Guardian Council. He also serves as a member of the Assembly of Experts. From 2008 to 2018, Arafi served as president of Al-Mustafa International University, an institution overseeing religious education and outreach activities abroad. Iranian sources had previously identified him as a potential successor to Khamenei. Operational Context and Ongoing Monitoring The February 28 strikes reportedly targeted multiple military installations, air defense systems, and government facilities across Tehran. Satellite assessments indicated concentrated damage within the Supreme Leader’s secured residential and administrative complex. Iranian authorities have not released comprehensive casualty figures beyond confirmed senior officials. No additional technical details regarding the strike platforms or munitions have been disclosed. Regional governments and international observers are continuing to monitor developments, particularly the internal transition process and any potential geopolitical consequences arising from the operation. The interim Leadership Council will manage state affairs during the transitional period until the Assembly of Experts elects a permanent Supreme Leader in accordance with constitutional procedures.
Read More → Posted on 2026-03-01 13:49:02
World
JERUSALEM — March 1, 2026 : The Israeli Air Force (IAF) has confirmed the destruction of an Iranian Shahab-3 medium-range ballistic missile (MRBM) system and associated launch infrastructure during ongoing air operations under Operation Lions Roar. The campaign, launched on February 28, 2026, is being conducted in coordination with the United States, which is operating in parallel under the name Operation Epic Fury. The operation began following the collapse of nuclear negotiations between the United States and Iran in Geneva. Israeli Prime Minister Benjamin Netanyahu announced the start of Operation Lions Roar, stating that the objective is to address threats linked to Iran’s nuclear program and long-range strike capabilities. U.S. forces simultaneously conducted strikes on designated targets in Tehran, Isfahan, and additional locations. Strike Confirmation and Operational Scope In a statement published on its official X account, the IAF said the Israel Defense Forces (IDF) are continuing strikes against Iran’s missile arrays and air defense systems. According to the statement, the strikes are intended to enhance the Air Force’s operational freedom and prevent missile launches that pose risks to Israel and other regional areas. Operational imagery and a 3D rendering of the destroyed missile system were released by the IAF. The material shows a ballistic missile mounted on a six-axle transporter erector launcher (TEL), consistent with known Shahab-3 configurations. The strike reportedly included suppression of Iranian air defense systems in the vicinity to reduce risks to follow-on missions and maintain air superiority. The IDF reported that dozens of military targets were struck during the initial phase of the campaign, including missile launchers, air defense batteries, and facilities described as linked to nuclear infrastructure. Explosions were reported in Tehran and other Iranian cities following the strikes. Iranian authorities closed national airspace and issued a Notice to Airmen (NOTAM) after the attacks. Israeli forces employed F-16I Sufa aircraft during long-range strike missions. The aircraft were armed with RAMPAGE stand-off missiles, designed for precision engagement of high-value ground targets from extended distances. Additional footage released by the Israeli military showed strikes on ballistic missile launch systems in western Iran identified as operational threats. Technical Identification of the Missile System Defense analysts from the Army Recognition Group conducted an independent assessment of the released imagery and technical data. The evaluation concluded that the destroyed system matches the Shahab-3 family or an evolved derivative such as the Ghadr variant. According to the assessment, the missile has a reported range between 800 and 1,650 kilometers and carries a warhead weighing approximately 640 kilograms. These specifications correspond with extended-range Shahab-3 variants that achieve increased reach through reduced payload weight and structural refinements. The Shahab-3 is a single-stage, liquid-fueled MRBM derived from the North Korean Nodong design. Introduced in the early 2000s, the system has undergone incremental modifications, including improvements in structural materials, propulsion efficiency, and reentry vehicle configuration. The missile features a slender cylindrical fuselage and a conical reentry vehicle. Analysts noted that the airframe shown in the IAF imagery is narrower than Iran’s Khorramshahr ballistic missile, which is based on the Musudan lineage and requires a heavier multi-axle launch platform. The absence of the larger dimensions and platform associated with the Khorramshahr system supports the identification of the destroyed asset as belonging to the Shahab-3 family. Operational and Strategic Considerations Liquid-fueled missile systems such as the Shahab-3 require fueling and erection shortly before launch. This process creates a detectable preparation window, making them vulnerable to surveillance and pre-emptive strikes. By targeting launchers and support infrastructure before missile deployment, Israeli forces aim to reduce the number of systems available for sustained ballistic operations. Iran’s medium-range missile inventory forms a central component of its deterrence posture. With a maximum range of approximately 1,650 kilometers, the Shahab-3 enables Iranian forces to target Israeli territory and other regional locations without forward deployment. The destruction of launch infrastructure limits Iran’s capacity to conduct large-scale retaliatory salvos. Israeli defensive systems were activated following the initial offensive phase amid reports of Iranian retaliatory missile activity. Tehran designated its response as Operation True Promise 4. Israeli multi-layered missile defense systems, including Arrow and David’s Sling, were placed on alert to intercept incoming threats. Defense assessments indicate that sustained attrition of liquid-fueled MRBMs could increase Iran’s reliance on solid-fueled systems such as the Sejjil. Solid-fueled missiles require shorter launch preparation times but are assessed to exist in smaller operational numbers compared to legacy liquid-fueled platforms. Ongoing Campaign Operation Lions Roar continues to focus on ballistic missile infrastructure, air defense networks, and facilities identified as contributing to Iran’s long-range strike capabilities. The long-term impact of the campaign will depend on the scale of launcher and infrastructure destruction, the survivability of dispersed missile units, and Iran’s capacity to regenerate production while under sustained military pressure. Israeli officials have stated that operations will proceed based on evolving intelligence assessments. The coordinated campaign represents a targeted effort to degrade missile capabilities assessed as posing direct risks to Israel and regional security.
Read More → Posted on 2026-03-01 13:37:24
World
MUSANDAM, Oman — March 1, 2026 : Iranian forces struck the Palau-flagged oil tanker Skylight in the Strait of Hormuz on Sunday morning, causing the vessel to catch fire and begin sinking, according to Omani maritime authorities. The incident occurred approximately five nautical miles (about 9.3 kilometers) north of Khasab Port in Oman’s Musandam Governorate. Iranian authorities reportedly targeted the vessel on the grounds that it was “illegally passing” through the strategic waterway. Crew Evacuated, Four Injured Oman’s Maritime Security Centre coordinated the emergency response to the distressed tanker. The Skylight was carrying a crew of 20 personnel, including 15 Indian nationals and five Iranian nationals. Maritime officials confirmed that all 20 crew members were safely evacuated from the vessel. Four mariners sustained injuries of varying severity and were transferred to regional medical facilities for treatment. Authorities did not release additional medical details. The Maritime Security Centre did not specify the type of weapon or method used in the strike. No further information regarding salvage operations or the vessel’s final condition was immediately available. Vessel Profile and Sanctions Status Maritime databases identify the Skylight as an 11,262 deadweight-ton refined products carrier. The vessel had reportedly been anchored in Oman’s Musandam Governorate since February 22, 2026, prior to the incident. The United States Department of the Treasury designated the Skylight under its sanctions program in December 2025. According to U.S. authorities, the tanker is part of Iran’s “shadow fleet,” a network of vessels used to transport Iranian oil and petroleum products through the Persian Gulf in circumvention of international energy sanctions. The vessel is managed by Red Sea Ship Management LLC, which was also sanctioned by the U.S. Treasury Department in December 2025 in connection with the same network. Regional Security Context The strike on the Skylight comes amid heightened regional tensions. In recent days, joint U.S.–Israeli military operations in Iran have prompted Tehran to initiate retaliatory actions across multiple areas in the region. Military activities and strikes have reportedly affected Bahrain, the United Arab Emirates, Cyprus, and Oman. On Saturday, Iran’s Islamic Revolutionary Guard Corps (IRGC) announced that the Strait of Hormuz was closed to international navigation. The Strait is a critical maritime corridor for global energy supplies, handling a significant share of the world’s seaborne oil trade. Iranian state media has not provided additional operational details regarding the strike. Omani authorities stated they are continuing to monitor the situation in coordination with relevant maritime and security agencies. No further official statements were immediately available from Iranian authorities, the vessel’s management company, or U.S. officials regarding the incident.
Read More → Posted on 2026-03-01 13:27:41
World
WASHINGTON — The United States Department of Defense is advancing the development of artificial intelligence-driven cyber capabilities designed to identify and exploit vulnerabilities in Chinese critical infrastructure, as part of broader preparations for potential future conflict scenarios, according to officials familiar with the program. The initiative centers on integrating advanced AI systems into military cyber operations to automate and accelerate reconnaissance, network mapping, and vulnerability assessment processes. Defense officials say the technology is intended to streamline the identification of external network weaknesses linked to strategic infrastructure, including power grids and other sensitive civilian systems assessed as critical to national resilience. Under the program, AI models are being adapted to analyze large volumes of open-source and technical network data, enabling faster detection of configuration flaws, exposed services, and potential access points. By automating tasks traditionally conducted by human cyber operators, the systems are designed to reduce operational timelines and improve targeting precision in contingency planning. One former Central Intelligence Agency official familiar with the concept compared the AI-enabled approach to systematically testing digital entry points across networks to determine which systems may be vulnerable to intrusion. The objective, officials say, is to create scalable reconnaissance capabilities capable of mapping complex infrastructure environments across multiple sectors. To support these efforts, the Pentagon has awarded approximately $200 million in government contracts to leading artificial intelligence firms. Companies identified as contract recipients include OpenAI, Anthropic, Google, and xAI. The funding is intended to support research, model adaptation, cybersecurity hardening, and integration of AI systems into defense workflows. However, the expanding partnership between the Defense Department and Silicon Valley has generated friction over the permissible scope of military deployment. Several AI laboratories have expressed reservations regarding unrestricted military use of their foundational models, citing internal safety frameworks and governance policies governing high-risk applications. Executives and policy teams within some of the companies have raised concerns about the potential use of advanced AI systems in active cyber operations targeting civilian infrastructure. These concerns are tied to corporate commitments related to responsible AI deployment, model misuse prevention, and risk mitigation protocols. According to individuals familiar with discussions between government and industry representatives, the Defense Department has sought broad operational latitude in the use of contracted AI technologies. A senior U.S. official reportedly warned Anthropic that refusal to comply with Pentagon deployment terms could result in consequences affecting the company’s government engagement. Defense officials maintain that operational flexibility is a core requirement in contingency planning and that constraints limiting real-time deployment could undermine mission effectiveness. One person familiar with the U.S. position stated that unrestricted access to contracted AI systems is considered necessary in crisis conditions. The development effort reflects a wider shift within the U.S. military toward incorporating advanced artificial intelligence into cyber, intelligence, and operational planning frameworks. Cyber Command and other defense agencies have increasingly prioritized automation, machine learning–driven analytics, and large-scale data processing capabilities to manage complex threat environments. The focus on Chinese infrastructure aligns with longstanding U.S. assessments that cyber capabilities will play a central role in any major state-on-state conflict. Planning efforts involving infrastructure analysis are typically part of deterrence strategy, scenario modeling, and operational preparedness. The disagreements between defense authorities and AI developers highlight a broader debate over the governance of dual-use technologies, particularly large language models and other advanced AI systems capable of both civilian and military applications. While technology firms continue to expand federal partnerships, internal compliance teams and external advisory boards are evaluating how existing safety policies apply to national security contracts. At present, the Pentagon continues to expand its AI integration initiatives, while discussions with private-sector partners remain ongoing regarding contractual terms, deployment parameters, and oversight mechanisms.
Read More → Posted on 2026-02-27 18:16:35
India
CHANDIPUR, ODISHA : The Defence Research and Development Organisation (DRDO) on Friday successfully carried out three consecutive flight trials of the indigenously developed Very Short Range Air Defence System (VSHORADS) from the Integrated Test Range (ITR) at Chandipur, off the Odisha coast. The trials were conducted in the system’s final deployment configuration and validated its capability to intercept high-speed aerial threats under varied operational conditions. According to the Ministry of Defence, the tests were aimed at revalidating the missile system’s performance parameters against targets flying at different speeds, ranges and altitudes. During the trials, the missiles successfully intercepted and destroyed high-speed aerial targets simulating enemy unmanned aerial vehicles (UAVs), helicopters and fighter aircraft across multiple threat scenarios. The launch operations were executed by field operators to simulate real-time battlefield conditions. Target acquisition, tracking and missile firing procedures were carried out as per operational protocols. Comprehensive flight data was recorded through telemetry systems, electro-optical tracking instruments and radar assets deployed at ITR Chandipur. The collected data confirmed the missile’s accuracy, seeker performance, propulsion response and control system effectiveness at extreme engagement ranges. The VSHORADS missile tested during the trials has a weight of 20.5 kilograms and is designed for short-range air defence with an operational range of up to 6 kilometres. The missile is capable of achieving speeds up to Mach 1.5 and can engage aerial targets at launch altitudes of up to 3.5 kilometres above mean sea level. It is equipped with a 2-kilogram pre-fragmented (PF) warhead designed to ensure effective target neutralisation. The missile uses an Imaging Infrared (IIR) seeker for terminal guidance, enabling accurate tracking of heat signatures in varied environmental conditions. The propulsion system consists of a dual-thrust solid rocket motor that supports rapid acceleration and sustained flight stability. The system employs digital electro-mechanical actuators with reaction control for precise manoeuvrability during engagement. The launcher configuration is man-portable and tripod-based, enabling quick deployment in forward operational areas. The system is designed to meet the close-air defence requirements of the Indian Army, Indian Navy and Indian Air Force, particularly against low-altitude aerial threats. The VSHORADS has been designed and developed by Research Centre Imarat (RCI), a Hyderabad-based DRDO laboratory, in collaboration with other DRDO facilities and domestic industry partners. The development programme forms part of India’s broader efforts to strengthen indigenous air defence capabilities and reduce dependence on imported systems. Defence Minister Rajnath Singh congratulated DRDO, the Armed Forces and industry partners on the successful completion of the three flight trials. He stated that the consecutive successful tests indicate that the system is progressing towards induction into the armed forces. Secretary, Department of Defence Research and Development and Chairman of DRDO, Dr. Samir V. Kamat, also commended the scientists, engineers and associated teams involved in the design, development and testing of the system. With the completion of these three consecutive validation trials at ITR Chandipur, the VSHORADS missile system moves closer to operational deployment as a short-range air defence solution for India’s armed forces.
Read More → Posted on 2026-02-27 18:05:52
World
JAKARTA : The Indonesian Ministry of Defense (MoD) has formally received two DRASS DS8 Swimmer Delivery Vehicles (SDVs) as part of the first phase of an ongoing procurement program aimed at strengthening the Indonesian Navy’s special operations capabilities. The submersibles, manufactured by Italian defense company DRASS, will be operated by KOPASKA (Komando Pasukan Katak), the elite frogman unit of the Indonesian Navy. The newly delivered DS8 platforms will complement KOPASKA’s existing fleet of Swedish-built SEAL Carrier SDVs. According to defense officials, the introduction of the DS8 is intended to expand the unit’s operational capacity for underwater infiltration, maritime reconnaissance, intelligence collection, patrol missions, and asymmetric countermeasures across Indonesia’s coastal and littoral zones. Platform Design and Configuration The DRASS DS8 is classified as a “wet” swimmer delivery vehicle, meaning its crew operates in a flooded hull environment while remaining connected to onboard breathing and communication systems. The platform is specifically engineered for shallow-water and stealth operations in complex maritime environments. The vehicle measures approximately 8.5 to 8.6 meters in length, with a beam of 1.6 meters and a height of 1.72 meters. Its empty weight ranges between 3,500 and 4,000 kilograms. The DS8 is configured to transport up to eight fully equipped personnel, including two pilots and six combat divers. Operational depth for the DS8 is rated at a maximum safe depth of 50 meters of seawater (msw) with a crew onboard. Structurally, the platform can withstand depths of up to 100 msw during transit when transported by a larger surface vessel or submarine. Pressure-resistant components, designed to remain watertight at the 100-meter transit depth, are constructed from aluminum and stainless-steel containers. Propulsion and Endurance The DS8 is powered by an electrical propulsion system supported by a battery bank with a total capacity of 60 kWh. On the surface, the vehicle can reach speeds of 7 to 8 knots, depending on sea conditions. Submerged cruising speed is approximately 4.5 knots, with a maximum underwater speed of 6.5 knots. An onboard compressed air system totaling 528 liters at 300 bar supports both crew breathing requirements and the ballast tank blowing subsystem. The pneumatic system enables buoyancy adjustments and emergency surfacing operations. A pressure-resistant Hydraulic Power Unit (HPU) located at the stern operates the vehicle’s maneuvering actuators, including the rudder, ballast ventilation valves, and the deployable sensor mast. Navigation, Sensors, and Communications The DS8 integrates an advanced navigation and platform control system developed by DRASS, incorporating electronic nautical charts and a 3D autopilot capability to assist with underwater navigation and route planning. For surface observation while submerged, the vehicle is equipped with a 360-degree gyrostabilized optronic mast. This periscope suite includes daytime optics, thermal imaging, and CCTV capabilities. The communication architecture consists of a dual-channel communication system. Inside the hull, crew members utilize an integrated wired communication network during underwater transit. Once divers detach from the platform, they switch to a wireless communication system designed for diver-to-diver and diver-to-vehicle coordination. Payload Capacity and Combat Integration The DS8 features a modular payload bay designed to transport combat equipment, naval mines, and general logistics. The standard configuration provides 250 liters of cargo volume. A High Load (HL) variant increases storage capacity to 500 liters, supporting approximately 280 kilograms of gear. Through a partnership between DRASS and Leonardo, the DS8 can be configured with optional light torpedo launch capabilities. The platform accommodates two launch tubes for Leonardo’s Black Scorpion 5-inch light torpedoes. This integration provides a localized Anti-Submarine Warfare (ASW) capability, enabling engagement of fast-moving surface vessels, midget submarines, or unmanned underwater vehicles. Operational Integration With the addition of the DS8 platforms, KOPASKA’s underwater operational infrastructure receives a mechanical and systems-level update. The new vehicles are expected to operate in coordination with existing SEAL Carrier SDVs, expanding mission flexibility and logistical reach across Indonesia’s maritime domain. The Indonesian Ministry of Defense has not disclosed the delivery schedule for the second phase of the procurement program or the total number of platforms planned under the acquisition framework.
Read More → Posted on 2026-02-27 17:58:38
World
ARLINGTON, Va. : AeroVironment, Inc. has secured a $186 million delivery order from the U.S. Army for its next-generation Switchblade loitering munition systems, including the Switchblade 600 Block 2 and Switchblade 300 Block 20 variants equipped with explosively formed penetrator (EFP) payloads. The award was issued under the Army’s existing five-year, $990 million Indefinite Delivery, Indefinite Quantity (IDIQ) contract for Lethal Unmanned Systems (LUS), which was originally awarded to AeroVironment in August 2024. The IDIQ structure enables the Army to place task and delivery orders for specified systems and capabilities as operational requirements evolve. First Army Procurement of EFP-Equipped Switchblade Variants The $186 million order represents the first procurement of AeroVironment’s next-generation Switchblade product line intended for infantry and maneuver formations under the LUS framework. It also marks the first U.S. Army Switchblade acquisition to include explosively formed penetrator payloads. The EFP configuration is designed to increase effectiveness against armored targets by shaping the explosive charge into a high-velocity penetrator capable of defeating protective armor. Its integration into the Switchblade 300 Block 20 expands the system’s lethality while maintaining the portability associated with the original platform. Brian Young, Senior Vice President of Loitering Munitions at AeroVironment, stated that the order reflects continued Army confidence in the Switchblade family and its alignment with current battlefield requirements. He noted that the Block 2 and Block 20 configurations incorporate upgrades in autonomy, resilience, and lethality derived from operational experience. Switchblade 600 Block 2: Extended-Range, Multi-Domain Capability The Switchblade 600 Block 2 is designed as an extended-range loitering munition capable of supporting multi-domain operations. Developed in collaboration with United States Special Operations Command (SOCOM), the system incorporates upgraded avionics and advanced Automatic Target Recognition (ATR) to enable faster identification and engagement of threats. The Block 2 variant also integrates resilient communications architecture, including Silvus MANET radios, to maintain connectivity in contested or GPS-challenged environments. These features are intended to support operations where electronic warfare, signal disruption, or degraded navigation conditions are present. The system is structured to provide increased operational endurance and improved survivability in complex engagement scenarios, expanding its role in anti-armor and long-range precision strike missions. Switchblade 300 Block 20: Modular Payload and Enhanced Lethality The Switchblade 300 Block 20 builds on the original backpackable configuration widely used by small tactical units. The updated variant introduces a modular payload architecture, allowing for integration of different warhead options, including the newly incorporated EFP payload. With the EFP warhead, the Block 20 configuration provides enhanced lethality against armored threats while preserving its lightweight, single-operator deployable design. Additional upgrades include improved sensor performance, refined user interfaces, and extended-range options for engaging targets beyond the operator’s line of sight. These enhancements are intended to provide infantry units with expanded engagement flexibility without significantly increasing logistical burden. Scalable Capability for Infantry and Maneuver Units The combined procurement of the Switchblade 600 Block 2 and Switchblade 300 Block 20 systems provides the Army with scalable loitering munition capabilities. The 300 Block 20 supports lightweight, rapidly deployable missions conducted by small units, while the 600 Block 2 offers extended-range, anti-armor and multi-domain operational reach. The delivery order falls within the broader LUS contract framework, which enables the Army to incrementally modernize its unmanned lethal systems portfolio over the five-year contract period. The inclusion of EFP-equipped variants signals an expanded focus on armored target engagement within maneuver formations. With this $186 million task order, AeroVironment advances the fielding of its next-generation Switchblade systems under the Army’s ongoing Lethal Unmanned Systems acquisition program.
Read More → Posted on 2026-02-27 17:51:04
Space & Technology
MÖLNDAL, Sweden — February 26, 2026 : Kvaser has announced the global release of Kvaser Edge, a Linux-based edge computing platform designed for automotive and industrial data logging applications. The system is engineered to process, filter, and store data directly at the source — on vehicles, test benches, and industrial machines — reducing reliance on continuous PC connections and large-scale raw data transfers. Headquartered in Mölndal, Sweden, Kvaser brings more than 30 years of experience in Controller Area Network (CAN) and Local Interconnect Network (LIN) technologies. The company supplies machine-to-machine (M2M) communication solutions across automotive, aerospace, agriculture, industrial automation, marine, defense, medical, mining, bus and truck, and rail sectors. Edge Processing Designed for Modern Data Demands Kvaser Edge is built to address increasing data volumes generated during vehicle development, validation testing, and industrial machine monitoring. Traditional data logging workflows typically capture complete CAN traffic streams, producing extensive raw datasets that require post-processing on external computers. The new platform shifts analytics to the edge. It performs real-time filtering, data aggregation, anomaly detection, and event-based logging directly on the device. Instead of storing continuous full-stream data, the system records predefined relevant events, reducing storage requirements and network bandwidth usage. Processed data can be transmitted to cloud or local servers for further analysis when required. Primary application areas include real-time and remote diagnostics, predictive maintenance, intelligent event-based logging, fleet monitoring, off-highway telematics, and iterative test and development workflows. The device supports remote monitoring, troubleshooting, and secure remote access across distributed vehicle fleets or testing environments. Hardware Architecture and Environmental Design Kvaser Edge is a compact, rugged ARM-based Linux computer engineered for harsh operational environments. The unit carries an IP67 rating, providing resistance against dust and water ingress, and is designed to withstand extreme temperature variations typical in automotive and industrial settings. The platform includes: 256 GB eMMC internal storage Four galvanically isolated CAN/CAN FD channels implemented in FPGA Wi-Fi 6 connectivity Gigabit Ethernet USB ports supporting external storage, audio, and video peripherals Integrated 6-axis inertial measurement unit (IMU) GPS/GNSS support (external antenna required and sold separately) The device is rated for automotive-grade power conditions and is built to tolerate sudden voltage drops, engine cranking fluctuations, and abrupt shutdown scenarios. Both hardware and operating system components are designed to prevent data corruption during unexpected power loss. Hardware-Based Security and Regulatory Compliance Security is integrated at the hardware level through the inclusion of an NXP SE051C2 Secure Element. This dedicated cryptographic component provides a hardware root of trust, isolates credentials, and protects proprietary software, test algorithms, and collected data stored on the device. The hardware-based security architecture supports compliance with current European cybersecurity regulations, including the Cyber Resilience Act (CRA) and the Radio Equipment Directive (RED). The platform is therefore positioned for deployment in both early-stage prototyping environments and large-scale commercial applications where cybersecurity certification is required. Location-based security tracking is enabled through integrated GPS functionality, supporting fleet visibility and asset management use cases. Kvaser Edge OS and Containerized Workflows Kvaser Edge operates on Kvaser Edge OS (KEOS), a dedicated Linux-based operating system optimized specifically for data acquisition and edge analytics. KEOS supports containerized applications using Linux Containers (LXC). This architecture allows developers and test engineers to create isolated runtime environments layered on top of the base operating system. Within these containers, users can deploy preferred Linux distributions and specialized testing tools. Containerization enables multiple software versions to operate concurrently on the same device and allows application updates without modifying the underlying operating system. If a containerized application encounters an error, the issue remains isolated from the base system and other containers. This approach supports reproducible testing conditions across different vehicles and test rigs while avoiding software dependency conflicts. Industry Positioning and Ecosystem Integration The release of Kvaser Edge places the company within a competitive landscape of automotive edge computing and data logging providers. Companies such as Intrepid Control Systems offer solutions including the neoVI FIRE 3 COMPUTE platform for edge AI and Python-based CAN logging, while other vendors provide Raspberry Pi-based Docker-enabled telemetry systems. Kvaser Edge differentiates itself through its full open Linux environment combined with hardware-rooted security and deep integration with CAN and LIN communication systems. The company’s long-standing specialization in CAN technology supports precise, microsecond-level network timing requirements that are critical in automotive and industrial control environments. To facilitate system integration, Kvaser has launched a developer ecosystem that includes software development kits (SDKs), technical documentation, and example projects. Early adopters include software partner Alkit, which integrates Kvaser Edge into testing systems such as WICE for in-vehicle data collection workflows. Availability Kvaser Edge will be available for global distribution beginning in February 2026. Technical specifications, setup instructions, and developer resources are accessible through the Kvaser Edge Platform website and the company’s KEOS web-help portal. The platform represents Kvaser’s expansion from traditional CAN interface hardware into secure, containerized edge computing systems designed for modern vehicle and machine data processing requirements.
Read More → Posted on 2026-02-26 17:32:41Search
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