U.S
YORKTOWN, Va. — The U.S. Navy is planning a specialised hypersonic missile storage and maintenance facility at Naval Weapons Station (NWS) Yorktown, Virginia, to support its Conventional Prompt Strike (CPS) weapon system. The Naval Facilities Engineering Systems Command (NAVFAC) Mid-Atlantic has released project requirements for the facility, which will support CPS-equipped Zumwalt-class destroyers and Block V and Block VI Virginia-class submarines. The CPS is a conventional boost-glide hypersonic weapon. Its larger size and diameter require specialised storage, handling equipment and temperature- and humidity-controlled conditions that existing Navy magazines cannot adequately provide. Yorktown's location north of Newport News Shipbuilding and the Naval Station Norfolk complex will support CPS-equipped vessels operating in the Atlantic. It also aligns with the expected basing of Virginia Payload Module (VPM)-equipped submarines near Norfolk and the possibility of a Zumwalt-class destroyer moving its home port to the East Coast. Facility Design and Construction The project combines two efforts: P-1417, a Containerized Long Weapons Storage Magazine, also called Containerized Large Weapons Storage (CLWS), and P-1418, a CPS Weapons Maintenance and Storage Facility. A sources-sought notice published in late October 2026 under solicitation N4008527R0019 estimates construction costs at $100 million to $250 million. Responses are due by November 6, 2026, with a contract award anticipated around April 2027. P-1417 includes a two-bay, earth-covered magazine designed to store up to 28 CPS All-Up Rounds (AURs) in shipping canisters. Each bay will have a 25-ton overhead bridge crane, while two mechanical buildings will provide climate control and electricity. A dedicated emergency generator facility will provide backup power. P-1418 includes a high-bay maintenance and storage building with reinforced mat foundations, structural steel framing, a 50-ton bridge crane, compressed-air systems and a photovoltaic system. The projects also include reinforced concrete structures and loading aprons where specified, ordnance bonding and grounding, lightning protection, cybersecurity, physical security, Department of Defense antiterrorism measures, ground improvements, civil and utility infrastructure, and Low Impact Development practices. Zumwalt-Class Destroyer Modernisation All three Zumwalt-class destroyers must undergo modernisation before carrying CPS missiles. The work involves removing their Advanced Gun System (AGS) mounts and installing Advanced Payload Modules for the hypersonic weapons. A July 2026 Government Accountability Office (GAO) report stated that DDG-1000 programme modernisation costs had increased by approximately $200 million to around $2 billion. Unplanned work and specialised equipment requirements have contributed to delays. USS Zumwalt (DDG-1000) faces a 10-month delay and is expected to return to service later in 2026. The first CPS flight test from a Zumwalt-class destroyer is planned for 2027, about two years later than originally scheduled. USS Lyndon B. Johnson (DDG-1002) is expected to complete its Mission Systems Activation period in the fourth quarter of fiscal year 2028, following a 12-to-15-month delay. USS Michael Monsoor (DDG-1001) is scheduled to begin conversion in early 2027 and return to service in the third quarter of fiscal year 2029. Virginia-Class Submarine Integration The Navy will also deploy CPS on Block V and Block VI Virginia-class submarines equipped with the Virginia Payload Module (VPM). The module adds an 84-foot mid-body section containing four large-diameter vertical-launch canisters. Each canister can hold seven standard Tomahawk cruise missiles or three CPS rounds, providing a total capacity of 12 hypersonic missiles per submarine. VPM-equipped submarines have been redesignated as nuclear-powered guided-missile submarines (SSGNs) to reflect their expanded conventional strike capability. The Navy views the Zumwalt conversions as a risk-reduction step because the surface and submarine payload modules share significant design commonality. Recent photographs showed the first VPM structure being transported to General Dynamics Electric Boat's facility in Groton, Connecticut, for final assembly. The Navy plans to induct the first of nine VPM-equipped Block V submarines in 2028. The first Block V boat, USS Oklahoma (SSN-802), will not receive the module. The future USS Arizona (SSN-803) will be the first VPM-equipped submarine and is expected to be commissioned in 2029. The Navy plans to operate 19 VPM-equipped Virginia-class submarines, comprising nine Block V and ten Block VI boats. The Yorktown facility will provide the specialised storage, maintenance and handling infrastructure needed to support CPS deployment across the Navy's surface and submarine fleets.
Read More → Posted on 2026-10-27 16:28:05
Europe
PARIS — French aerospace and defence company Safran plans to double its defence sales between 2025 and 2030 by expanding production of guided bombs, missile engines, aircraft engines, navigation systems and land-based weapons. According to French financial publication La Tribune, Safran invested approximately €850 million in production facilities between 2022 and 2026 and plans to invest around €1 billion in seven industrial expansion projects between 2025 and 2028. The projects include new factories and expansions of existing facilities in Europe and the United States. CEO Olivier Andriès expects defence sales to grow by around 20% annually during this period. AASM Hammer Bomb Production Increases A key priority is the AASM (Armement Air-Sol Modulaire) guided bomb, marketed internationally as Hammer. Production increased from approximately 200 units in 2022 to 500 in 2023 and 830 in 2024, exceeding 1,000 in 2025. Safran expects to produce around 1,400 in 2026 and aims to reach 2,000 bombs annually from 2027. This represents roughly a tenfold increase from 2022 levels, while production cycles have been halved in recent years. The AASM family includes 250 kg, 500 kg and 1,000 kg versions, with a reported range of more than 70 kilometres. The weapons equip French Rafale and Mirage 2000 aircraft, as well as Ukrainian combat aircraft. France ordered nearly €210 million worth of AASM weapons in 2026, with further funding planned. Missile Engines and Aircraft Propulsion Safran's rocket and missile engine production tripled between 2022 and 2026. The company aims to increase output to seven times its 2022 level by 2030, with broader reports describing a target of seven to ten times current output. These engines support SCALP/Storm Shadow cruise missiles, Exocet MM40, Naval Strike Missile (NSM), RBS-15 anti-ship missiles and BQM jet-powered target drones. Safran also plans to double M88 turbofan engine production between 2025 and 2029. The M88 powers the Dassault Rafale fighter. Production is also increasing for engines used in the NH90, Tiger, H225M and H145M military helicopters. Over the past four years, production of optoelectronic missile seekers has increased sixfold, while output of Geonix inertial navigation systems has risen sevenfold. Thundart Rocket System Development Safran and European missile manufacturer MBDA have been selected to develop the Thundart multiple-launch rocket system (MLRS) under France's long-range land-strike programme. Designed to engage targets at ranges of up to 150 kilometres, the system is intended to replace France's existing Unitary Rocket Launcher and provide a sovereign long-range precision-strike capability. The initial programme includes 26 launchers and 300 munitions for French forces. A demonstration firing took place in April 2026. The partners plan to establish a 50/50 joint venture for development, production and support, with operational systems targeted around 2030. They also anticipate export demand from allied countries. New Factories in Germany and the United States In Ludwigsburg, Germany, Safran is investing nearly €50 million in a new factory expected to become operational in early 2028. It will manufacture optoelectronic equipment, navigation systems—including fibre-optic gyroscopes and positioning, navigation and timing equipment—and portable optronic systems for soldiers. The facility is expected to create approximately 200 jobs, transferring and expanding activities from the existing Murr site. In the United States, Safran plans to double production capacity for small turbojet engines. A new assembly line for TR40 engines is scheduled to open at its Grand Prairie, Texas, facility by 2028. These engines power Norway's Naval Strike Missile, and demand for the TR40 family has quadrupled in recent years. Safran's seven planned industrial projects and wider production expansion are intended to meet growing defence demand and support its target of doubling defence sales between 2025 and 2030.
Read More → Posted on 2026-10-27 16:21:34
U.S
WASHINGTON, — Lockheed Martin has been selected to develop and test prototypes for the U.S. Army’s Precision Strike Missile (PrSM) Increment 4, a next-generation missile designed to strike targets at least 1,000 kilometres (621 miles) away. The company is developing a ramjet-powered version intended to roughly double the range of the baseline PrSM. The Increment 4 variant is being designed to engage both moving maritime targets, including warships, and relocatable land targets. Its extended range could give the U.S. Army additional options for striking targets from greater distances. Compatibility with Existing Launchers A key feature of Lockheed Martin’s design is its compatibility with existing Army launch systems. The missile is designed to use the same transport container and fire-control interface as earlier PrSM variants. This would allow it to be launched from the M142 High Mobility Artillery Rocket System (HIMARS) and the M270A2 Multiple Launch Rocket System (MLRS) without requiring new launch platforms. The approach is intended to simplify integration with existing Army equipment and reduce the need for additional launcher-related changes. It could also support deployment from dispersed coastal positions for missions against maritime targets. Ramjet Propulsion and L3Harris Partnership To achieve the targeted range of 1,000 kilometres, Lockheed Martin is incorporating an advanced air-breathing ramjet propulsion system supplied by L3Harris. A ramjet uses the missile’s forward motion to compress incoming air, supporting sustained high-speed flight during the powered phase. The technology is intended to provide the propulsion performance needed for the extended-range missile. In June 2026, Lockheed Martin and L3Harris successfully demonstrated a booster-to-ramjet handoff during advanced ground testing at a specialised high-speed propulsion facility. This test addressed the transition between the booster phase and ramjet-powered flight. Lockheed Martin Invests in Development and Production Lockheed Martin is competing for the final PrSM Increment 4 production contract against a joint team formed by Raytheon and Northrop Grumman. To advance its proposal, Lockheed Martin has invested more than $300 million, alongside industry partners, to mature the missile’s propulsion system, sensor suite and manufacturing technologies. The company is also developing the factory capacity required to support future production. The investment is intended to advance the technologies needed for prototype development and demonstrate the missile’s readiness for the Army’s evaluation process. Flight Tests Planned for 2027 and 2028 The U.S. Army plans to evaluate the competing designs through flight tests and fly-off competitions scheduled for 2027 and 2028. These evaluations will help determine which design progresses towards the final production contract. Randy Crites, vice president of Lockheed Martin Advanced Programs, said the company was combining an established missile foundation with its industrial base to develop and demonstrate prototypes. “Warfighters need precision strike capabilities that can reach farther and give them more options when the mission demands it,” Crites said. He added that Lockheed Martin was working to develop and demonstrate prototypes that meet the Army’s requirements. The PrSM Increment 4 programme aims to extend the missile’s reach while retaining compatibility with existing launch systems. The upcoming competitions will assess the competing designs before the Army makes its production decision.
Read More → Posted on 2026-10-27 16:12:56
U.S
WASHINGTON, — U.S. Representative Jamie Raskin (D-Md.), the top Democrat on the House Judiciary Committee, has warned American oil companies that purchasing Russian diesel could expose them to civil and criminal penalties despite sanctions relief granted by President Donald Trump’s administration. In a letter dated October 26, Raskin warned the American Petroleum Institute (API), the American Fuel & Petrochemical Manufacturers (AFPM) and the U.S. Chamber of Commerce that importing Russian fuel could violate the Ending Importation of Russian Oil Act of 2022. “Those who choose to act in this way proceed at their own risk and will undoubtedly be held accountable to the fullest extent of the law, whether in this Administration—or the next,” Raskin wrote. Dispute Over Russian Energy Sanctions The warning follows an arrangement announced by Trump earlier in October to allow Russian diesel supplies to reach the United States and global markets to help reduce fuel prices. The plan calls for more than 300,000 metric tons of diesel in October, another 500,000 metric tons in November, and a further 1 million metric tons afterward. The U.S. Treasury Department’s Office of Foreign Assets Control issued a general licence providing sanctions relief for related transactions. Raskin argued that the administration’s action cannot override the 2022 law, which prohibits Russian energy imports unless specified conditions are met. These include Russia ending hostilities and withdrawing its forces from Ukraine, no longer posing an immediate military threat to NATO members, and recognising Ukrainians’ right to choose their government. He said the required conditions had not been met. Three Tankers En Route to the United States Russia has confirmed that three tankers carrying diesel are currently en route to the United States, with a fourth expected to depart on October 28, according to Russian Deputy Prime Minister Alexander Novak. The first reported shipment, carrying approximately 40,000 metric tons of diesel, departed Russia’s Baltic port of Primorsk on October 22 and is expected to arrive in New York around November 7. Shipping reports indicate that three tankers carrying approximately 140,000 tonnes of Russian diesel are scheduled to arrive at U.S. ports in November. The shipments are part of the arrangement between Trump and Russian President Vladimir Putin. The first cargo would mark the return of direct Russian diesel imports to the United States following the 2022 ban. Potential Legal Penalties Raskin warned that companies violating the congressional ban could face criminal fines of up to $1 million, civil penalties of up to twice the transaction’s value, and prison sentences of up to 20 years for individuals involved. The law carries a 10-year statute of limitations, potentially allowing legal action after the current administration ends. The White House maintains that the arrangement complies with applicable laws and is intended to ease fuel costs. However, the conflicting positions of Congress and the executive branch have raised concerns for oil companies, shipping operators and financial institutions involved in the trade. The three industry organisations had not issued formal public responses to Raskin’s letter at the time of reporting. Separate warnings have also been directed at banks and port authorities over their potential involvement in Russian diesel shipments. Market analysts have cautioned that the additional supplies may have a limited effect on U.S. fuel prices because of Russian production constraints and continuing global supply pressures. The legal dispute remains unresolved as the tankers continue their journeys to the United States.
Read More → Posted on 2026-10-27 16:06:49
World
TEL AVIV, — Israeli advertising technology company Discover-Tech is suspected of using digital advertising systems to track SpaceX’s Starlink users across more than 100 countries, potentially identifying their locations and collecting sensitive information. Researchers at TrendAI, a unit of Tokyo-based cybersecurity firm Trend Micro, identified unusual advertising activity that appeared more consistent with tracking than a conventional commercial campaign. Advertising Data Used for Suspected Tracking Digital advertising platforms run automated auctions in which advertisers compete for website and app advertising space. These transactions can expose user-related data to bidders, which may be combined with other information to identify or locate individuals. TrendAI’s analysis found that Discover-Tech accounted for 12.9% of winning advertisements in its Starlink sample, compared with a 2.6% baseline share across general traffic. The company reportedly ranked as the leading bidder for Starlink-related advertisements in more than 100 countries, including Syria, Libya, Yemen and South Sudan, where Starlink is banned or restricted. It ranked second in Afghanistan and also recorded disproportionately high activity in Hungary, Israel, Egypt, Azerbaijan and Venezuela. Researchers questioned the commercial purpose of this activity in sanctioned and conflict-affected countries. However, the findings do not establish that individual users were successfully identified or that Starlink’s network was breached. Investigation Identifies Discover-Tech TrendAI published its findings on October 15, 2026, initially identifying the suspected operation as “Shadow-Earth-79” to reduce the risk of misidentification. Six people familiar with the research later told Reuters that the codename referred to Discover-Tech. The findings raise security concerns because Starlink operates outside conventional, locally controlled telecommunications networks and is used by government officials, journalists and military personnel. In Ukraine, the service supports military communications and drone operations. Exposing users’ locations could therefore create risks in sensitive areas. Cybersecurity Findings and Industry Response Canadian cybersecurity research group Citizen Lab and New York-based advertising technology firm Confiant have separately accused Discover-Tech of abusing advertising auctions to de-anonymise users on networks associated with governments, media organisations and technology companies. Following these disclosures, Alphabet, IAB Europe and Comcast’s Beeswax reportedly moved to cut off Discover-Tech from their networks in October 2026. At least one major U.S. technology company and an international organisation have also launched internal investigations into whether their employees were targeted. Earlier reports by Israeli newspaper Haaretz and Intelligence Online described other Israeli-linked companies offering tools to locate Starlink terminals and sometimes identify users through advertising identifiers and related commercial data. Those reports concerned companies other than Discover-Tech. Neither Discover-Tech nor its chief executive has responded to requests for comment. SpaceX has also not responded. The allegations concern the suspected misuse of commercial advertising data, and the extent to which individual Starlink users were successfully tracked remains unconfirmed.
Read More → Posted on 2026-10-27 15:47:10
U.S
BOSTON, — Teledyne FLIR Defense, a subsidiary of Teledyne Technologies Incorporated, has received a $48 million contract from the U.S. Army to supply Nuclear, Biological and Chemical Reconnaissance Vehicle (NBCRV) Sensor Suite Upgrades for Bulgaria’s incoming fleet of Stryker armored vehicles. The contract was awarded by the U.S. Army Contracting Command at Aberdeen Proving Ground, Maryland, under the Foreign Military Sales (FMS) programme. It supports Bulgaria’s military modernization efforts, which include acquiring nearly 200 U.S.-made Stryker vehicles to replace its aging Soviet-era tactical fleet and improve interoperability with NATO forces. Ten Stryker vehicles will receive the upgraded NBCRV sensor suites. Advanced CBRN Detection Capabilities Teledyne FLIR Defense serves as the lead integrator for modernizing the U.S. Army’s NBCRV systems. The upgraded sensor suites are designed to detect chemical, biological, radiological and nuclear (CBRN) threats from a distance, helping reduce risks to personnel and providing commanders with information to support operational decisions. The technology package includes the FLIR Defense R80D SkyRaider drone, equipped with a MUVE B330 biological detection payload designed for small unmanned aerial systems. A specialized command-and-control system developed by Teledyne FLIR connects the sensors and platforms, using sensor fusion and automation to reduce the workload on vehicle crews and support decision-making. After completing development and testing, the company began delivering the upgraded sensor suites to U.S. Army units in 2025. Earlier Contract for Bulgarian Stryker Fleet The new agreement follows a separate contract announced in January 2026, valued at up to $32 million, for thermal imaging sights and radar systems for Bulgaria’s Stryker vehicles. That equipment is designed to improve crew situational awareness through 360-degree visibility and long-range threat detection. Dr. JihFen Lei, President of Teledyne Defense and Aerospace Group and Senior Vice President of Teledyne Technologies, said the upgraded Strykers would provide Bulgaria with the most advanced mounted CBRN reconnaissance capabilities available in Europe. She also highlighted the company’s ability to supply sensor technologies that help NATO allies identify and respond to battlefield threats. Since 2024, Teledyne FLIR Defense has secured more than $240 million in contracts related to the broader Sensor Suite upgrade programme. Production and Installation Through 2028 Manufacturing and integration work for the Bulgarian programme will take place at multiple Teledyne FLIR facilities in the United States and is expected to continue through 2028. The final installation of the NBCRV sensor suites will be completed in Bulgaria after the Stryker vehicles arrive. The broader Bulgarian Stryker procurement covers 183 vehicles across several variants, including 10 M1135 NBCRV configurations, along with related support equipment. Deliveries under the wider Stryker package are planned to continue into 2028.
Read More → Posted on 2026-10-27 15:29:29
Space & Technology
SARDINIA, Italy, — The European Space Agency (ESA) is investigating a landing system failure after a full-scale test model of its reusable Space Rider spacecraft crashed during a drop test on October 6 at the Salto di Quirra military test range in Sardinia, Italy. During the test, a helicopter released the minivan-sized model from an altitude of approximately three kilometres. The initial drogue parachute deployed as planned and began slowing the descent, but the main steerable parafoil detached during deployment. Without the primary controlled-descent system, the model fell and struck the ground. The parafoil measures 27 metres long and 10 metres wide. The test model was designed to match the mass, shape and inertia of Space Rider’s approximately 4.6-metre-long re-entry module. The test aimed to validate the complete descent and landing sequence under representative conditions. ESA recovered the damaged model’s components and established an independent investigation board to determine the cause of the detachment. During an October 22 media briefing, Géraldine Naja, ESA’s Director of Space Transportation, said investigators had not yet identified the cause. She described the crash as an “unfortunate but important event,” noting that testing and validation are standard parts of space system development. The incident followed an earlier attempt in May 2026, which was aborted during the helicopter’s captive ascent after a sensor indicated a problem. The model was recovered safely, and testing resumed in October when the range became available again. Earlier qualification tests had successfully demonstrated individual landing-system functions, including parafoil deployment, autonomous guidance and the transition from the drogue parachute to the main parafoil. Those tests used simpler mass simulators rather than the full-scale model. Space Rider Development and Mission Space Rider is being developed as Europe’s first uncrewed reusable spaceplane and orbital laboratory. The wingless, lifting-body vehicle is designed to carry scientific experiments into orbit for up to approximately two months, then return payloads to Earth for recovery and reuse. After landing, the spacecraft is intended to be refurbished and flown again. Thales Alenia Space is the programme’s prime industrial contractor, working with partners including Avio. Space Rider is planned to launch aboard a Vega-C rocket. Despite the test failure, ESA currently does not expect the incident to delay the remaining qualification activities or the first orbital mission. Naja indicated that the outstanding landing-system work is not on the programme’s critical path, allowing other development activities to continue during the investigation. The spacecraft’s maiden orbital flight remains targeted for the first half of 2028. ESA will use the investigation’s findings to determine the next steps for completing landing-system qualification. The cause of the parafoil detachment remains under investigation.
Read More → Posted on 2026-10-27 15:20:47
Europe
STOCKHOLM, — Swedish defence and security company Saab has introduced the Sea Giraffe AMB D, an upgraded naval radar featuring modern hardware, software and processing capabilities. The C-band, multi-channel digital 3D radar uses Active Electronically Scanned Array (AESA) technology to improve surveillance, early warning and target tracking. According to Saab, the radar can detect air targets at distances of up to 250 kilometres and surface targets at up to 50 kilometres. It is designed to detect, track and classify aircraft, missiles, helicopters, drones and crewed or uncrewed surface vessels, supporting decision-making in distributed, multi-domain operations. Tracking and Drone Detection Capabilities The Sea Giraffe AMB D operates at 60 revolutions per minute, providing tracking updates every second. It can track more than 2,000 targets simultaneously across a search volume exceeding 80 degrees in elevation. Its specialised Drone Tracker analyses target behaviour and movement to distinguish small, slow and low-flying unmanned aerial vehicles from birds. Other functions include automatic air and surface surveillance, target classification, precision target indication for surface-to-air missiles and gun systems, and navigation support. Optional capabilities include secondary surveillance radar/identification friend or foe (SSR/IFF), rocket-artillery-mortar detection, and high-resolution surface surveillance with fire-control channels. Improved Detection and Electronic Protection The radar's low top-weight design allows its antenna to be mounted higher on a ship's mast, extending the radar horizon and improving opportunities to detect low-altitude threats, including sea-skimming missiles and unmanned aerial vehicles. It incorporates electronic counter-countermeasures (ECCM) to resist jamming, emission control methods to manage its electronic footprint, and built-in protection against unauthorised access and malware. Modular Design and Maintenance The radar uses a software-defined, modular architecture that supports integration with existing naval combat systems and future capability upgrades. Standardised components simplify maintenance, with Saab stating that its mean time to repair is less than 60 minutes, helping maintain operational readiness. Carl-Johan Bergholm, head of Saab’s Surveillance business area, said the system combines increased performance with a low footprint and an architecture designed for continuous development, allowing navies to adapt to future threats. The Sea Giraffe AMB D builds on more than 70 years of Saab radar development and over two decades of operational use of earlier Sea Giraffe AMB systems. Saab said its updated hardware and processing capabilities are designed to improve situational awareness in demanding maritime environments, from coastal waters to open-ocean operations. The system was announced on October 27, 2026.
Read More → Posted on 2026-10-27 15:11:34
World
FAYETTEVILLE, N.C. — European defence technology company Tekever has secured a contract to supply uncrewed aerial systems (UAS) to the United States Special Operations Command (USSOCOM), expanding its presence in the U.S. defence market. Announced on October 26, 2026, the procurement follows extensive flight trials at multiple locations, validation and acceptance testing, and hands-on training with USSOCOM personnel. Feedback from the trials helped refine the systems before acceptance. Tekever has not disclosed the contract value, number of aircraft ordered or exact configurations selected. The AR3 is the only Tekever aircraft previously publicly linked to USSOCOM, but the specific configuration covered by the new contract has not been confirmed. The systems are intended to provide intelligence, surveillance and reconnaissance (ISR) capabilities in demanding operational environments. AR3 Evolution Capabilities The AR3 Evolution is a modular, multi-role uncrewed aerial system that can operate as a fixed-wing aircraft or in vertical take-off and landing (VTOL) configuration. It can be prepared for flight in under five minutes once operators are trained and can operate from a 5-by-5-metre area, including ship decks and unprepared terrain. The platform has a maximum take-off weight of 25 kg, increasing to 30 kg in VTOL configuration, a wingspan of 4.2 metres, a payload capacity of 6 kg and a cruise speed of 46 knots. Its endurance reaches up to 22 hours in fixed-wing mode or 14 hours in VTOL mode, with a communications range of up to 230 kilometres. The aircraft supports interchangeable mission equipment, including electro-optical and infrared (EO/IR) cameras, synthetic aperture radar (SAR), signals intelligence sensors, mesh-network radios and electronic warfare antennas. Its modular architecture allows payloads, communications equipment and propulsion systems to be adapted to operational requirements. Propulsion options include electric, combustion and heavy-fuel engines, while launch and recovery methods include catapult, VTOL and parachute. The AR3 Evolution is designed for complex and contested environments, including GPS- and communications-denied conditions. USSOCOM Trials and Operational Experience In March 2025, Tekever reported completing an operational exercise with USSOCOM at Camp Roberts, California. The exercise assessed the AR3 in a contested electronic warfare environment and highlighted its VTOL capability, which removes the need for separate launch or recovery equipment, as well as its low acoustic and visual signature. Earlier versions of the AR3 have been used by Ukrainian forces since 2022 for ISR missions, accumulating more than 50,000 operational flight hours. Experience from these operations informed improvements to the Evolution variant. Ricardo Mendes, co-founder and chief executive of Tekever, said the procurement marked an important milestone in a relationship built through testing, open dialogue and a focus on operational capability. He praised USSOCOM personnel for their engagement and said the company looked forward to supporting the command's evolving requirements. Tekever Expands Its Defence Business Tekever operates a dedicated U.S. facility in Fayetteville, North Carolina, near Fort Bragg, a major centre for U.S. special operations forces. In September 2026, the company announced the first close of a $580 million Series D funding round, led by UC Investments and Baillie Gifford, valuing the business at $6.4 billion. The investment will support international expansion, increased manufacturing capacity and further development of autonomous systems. Tekever has also secured a contract worth up to £400 million to supply its larger AR5 surveillance drones to the British Army under the CORVUS programme, which is intended to replace the ageing Watchkeeper fleet. Founded in Portugal and now headquartered in Britain, Tekever employs more than 1,500 people and maintains facilities in Portugal, the United Kingdom, the United States, France, Germany, Estonia and Ukraine. The USSOCOM contract adds to the company's expanding presence in defence markets on both sides of the Atlantic.
Read More → Posted on 2026-10-27 15:04:19
World
JERUSALEM, — Israel is reportedly developing a three-layer physical protective screen to shield bridges, buildings and other critical infrastructure from heavy munitions carrying warheads weighing between 300 kilograms and 1 metric ton. According to reports by Scientica and Russian media citing Israeli sources, the proposed system uses a stationary barrier to reduce the effects of a direct strike. Three-Layer Protection Design The proposed system consists of three specialised layers: First layer: A spiked grid designed to trigger a warhead prematurely or mechanically disrupt it before it reaches the protected structure. Second layer: Angled slats intended to redirect explosive gases and shrapnel sideways, reducing the blast and fragments reaching the target. Third layer: Composite ceramic armour plates designed to absorb the remaining kinetic impact and shock. The design may incorporate high-density ceramic elements. The system requires a minimum gap of 1.5 metres between the outer spiked grid and the final ceramic plates. Its independently standing support frame is designed to avoid transferring additional weight or structural stress to the protected bridge or building. The system is passive and contains no explosive components of its own. Patents and Intended Applications The concept corresponds to patent documents associated with Israeli inventors Michael Cohen and Eliyahu Schwalm. These include Israeli patent IL271158B2, the related U.S. patent US11402177B2, granted in 2022, and the later U.S. application US20240210145A1, which focuses on protection against large explosive devices. A Russian media report published on October 27, 2026, described the proposed system for applications including bridge foundations and building roofs. The spacing between the layers is intended to encourage detonation away from the target, disperse blast energy and reduce the force reaching the protected structure. Complementing Israel’s Existing Air Defences Unlike active interception systems, the proposed shield would provide a passive, last line of defence for stationary infrastructure if a munition penetrates the air defence network. Israel’s existing systems include Iron Dome for short-range rockets and drones, David’s Sling for medium-range missile threats, Arrow-2 and Arrow-3 for long-range ballistic missiles, and the Iron Beam high-energy laser system against smaller aerial threats. U.S.-supplied THAAD batteries also strengthen Israel’s high-altitude missile defence capabilities. The physical barrier would serve a different purpose by protecting selected structures against the effects of heavy munitions that reach their targets. Development Status Not Independently Verified As of October 27, 2026, the system’s development status and real-world performance have not been independently verified. No public test data or official statements from Israeli defence authorities have confirmed operational deployment or demonstrated its effectiveness against warheads weighing between 300 kilograms and 1 metric ton.
Read More → Posted on 2026-10-27 14:42:10
World
TEHRAN, — Iranian businessman Babak Zanjani, head of the DotOne group, has announced plans to deploy 200 high-altitude platform station (HAPS) communication drones over Iran by the end of 2026. The proposed network would use aircraft operating above 20 kilometres in the stratosphere to provide internet and communication services across remote and hard-to-reach areas. According to Zanjani’s October 26 statement on X, the drones would be positioned at planned distances from one another to provide coverage across different parts of the country. The initiative is part of DotOne Cell’s broader plan to move some telecommunications base stations from the ground into the air. The company aims to allow users in villages and mountainous regions to access connectivity through ordinary mobile phones without large receivers or SIM cards. However, the technical details of the planned drones, their communication systems and the method for identifying users have not been publicly disclosed. How the HAPS Communication Network Would Work High-Altitude Platform Stations (HAPS) are communication platforms that operate in the stratosphere, generally between 20 and 50 kilometres above Earth, according to the International Telecommunication Union (ITU). They can use solar-powered fixed-wing drones, airships or balloons equipped with telecommunications systems. Unlike conventional mobile base stations, which provide coverage from the ground, HAPS platforms can transmit communication signals over much larger areas. They can connect with mobile devices on the ground while linking to the wider telecommunications network through ground stations or other network connections. Operating closer to Earth than orbital satellites can also reduce communication latency compared with many satellite systems. Their altitude allows them to cover areas where building conventional cellular infrastructure or laying communication cables is difficult. The proposed network could therefore help extend connectivity to remote villages, mountainous terrain and other areas with limited telecommunications infrastructure. Such platforms could also support communications when ground infrastructure is damaged, provided the necessary network links remain available. DotOne Also Announces LEO Satellite Launch Plan Alongside the HAPS project, Zanjani announced plans for the first satellite in DotOne’s low-Earth orbit (LEO) constellation. According to his announcement, the satellite is scheduled for launch on December 7, 2026, corresponding to 16 Azar 1405 in the Iranian calendar. He also said DotOne Cell aims to develop into a valuable regional communications infrastructure provider by the end of the year and support mining of its DOTO token on the company’s blockchain. Technical Challenges and Deployment Status The proposed 200-drone network faces several technical and regulatory requirements. These include communication capacity, spectrum permissions, coordination with existing networks and a system for authenticating users. Direct connectivity with ordinary smartphones is technically possible with suitable communication equipment and radio frequencies. However, operating without a SIM card would require an alternative method of identifying and authorising users. DotOne has not released detailed specifications for its planned drones or explained how these functions would work. International projects demonstrate that HAPS technology is advancing, although large-scale deployment remains challenging. In September 2026, Japan’s SoftBank and U.S.-based Sceye reported successful communication trials using a stratospheric platform, including voice calls and data connectivity with ordinary smartphones. SoftBank is targeting commercial services from 2027 onward. The International Telecommunication Union identifies HAPS as a potential way to extend broadband coverage to rural, mountainous and other underserved regions, while also supporting emergency communications when terrestrial infrastructure is disrupted. Zanjani’s business group operates across several sectors, including logistics, rail, ride-hailing and digital assets. The United States has imposed sanctions on parts of his business network over alleged links to sanctions evasion. As of late October 2026, the proposed 200-drone deployment remains a company announcement. Independent confirmation of production, testing and regulatory approval for the full network has not been reported in the supplied information. The planned deployment by the end of the year would therefore depend on the project's technical progress and the necessary approvals.
Read More → Posted on 2026-10-27 13:51:29
U.S
WASHINGTON — The U.S. Air Force has awarded Lockheed Martin a $694 million contract to produce and field the AGM-183A Air-Launched Rapid Response Weapon (ARRW), moving the service’s first hypersonic missile from testing into production. The Department of the Air Force announced the contract on October 26, 2026, after it was signed on September 29 under the Department of War’s Enterprise-Wide Agile Acquisition Contract. Citing operational security, the Air Force has not disclosed the number of missiles ordered or their expected delivery schedule. AGM-183A ARRW Capabilities The AGM-183A ARRW is an air-launched boost-glide weapon designed to strike time-sensitive, high-value and heavily defended targets at long range. A solid-fuel rocket booster accelerates the weapon to speeds exceeding Mach 5, approximately 3,800 miles per hour (6,100 km/h), before releasing a hypersonic glide vehicle. The unpowered glide vehicle manoeuvres towards its target, using its high speed and kinetic energy to destroy it on impact. Its manoeuvring flight path is intended to make interception more difficult for enemy air defence systems. The Air Force has listed the weapon’s range at approximately 1,000 miles. Because of its size, ARRW cannot be carried by most fighter aircraft. It will initially be deployed on the B-52 Stratofortress bomber. The missile has also been tested on the B-1 Lancer, with integration work continuing for that aircraft. Secretary of the Air Force Troy Meink said the move into production would provide combatant commanders with a high-speed strike weapon capable of penetrating advanced anti-access and area-denial systems. Air Force Chief of Staff Gen. Kenneth Wilsbach said the weapon would provide the Joint Force with a flexible, rapid-response option for striking targets in highly contested environments. Development History and Programme Reversal The programme began in 2018, when Lockheed Martin received an initial design contract worth up to $480 million, building on earlier joint research by the Air Force and the Defense Advanced Research Projects Agency (DARPA), including work related to the X-51. In 2019, captive-carry testing began on the B-52, and Lockheed Martin received a $988.8 million contract modification for the critical design review. Early plans called for initial operational capability in 2022. However, the first three flight tests, beginning in 2021, failed. The first successful flight test took place in May 2022. The programme subsequently faced funding cuts. Congress removed procurement funding for 12 ARRW missiles from the fiscal 2022 budget, and the Air Force requested no procurement funding for fiscal 2023. In March 2023, then-acquisition executive Andrew Hunter announced that the programme would conclude without production orders as the Air Force shifted its focus towards the smaller Hypersonic Attack Cruise Missile (HACM) and other systems. The decision changed in 2025, when then-Chief of Staff Gen. David Allvin informed Congress that the Air Force would procure ARRW. Budget and Future Funding ARRW received $362 million in the fiscal 2026 budget, while the Air Force requested an additional $452 million for production in fiscal 2027. That request remains stalled in Congress as the Pentagon operates under a continuing resolution tied to fiscal 2026 funding levels. The Department of Defense’s future-years budget plans project annual ARRW procurement funding of between $556 million and $621 million from fiscal 2028 through fiscal 2031. The $694 million contract formalises the transition to production for the Air Force’s first hypersonic weapon. However, the missile quantity and delivery schedule have not been disclosed, with quantities classified as controlled unclassified information.
Read More → Posted on 2026-10-27 13:43:21
Europe
LORIENT, France, — French autonomous underwater vehicle manufacturer SEABER has introduced RAVEN, a compact autonomous underwater vehicle (AUV) designed for naval mine countermeasures (MCM), seabed surveys and underwater inspections. The company aims to offer performance comparable to high-end conventional AUVs at approximately one-third of their price. RAVEN weighs 13 kilograms, has a hull diameter of 12 centimetres and measures between 131 and 137 centimetres in length. It can be deployed and recovered by a single operator, dive to depths of 300 metres, travel at speeds of 3–6 knots and operate for up to eight hours. Two Configurations for Underwater Detection SEABER offers RAVEN in two configurations, both equipped with side-scan sonar operating at either 600/1200 kHz or 900/1800 kHz to produce acoustic images of the seabed. RAVEN SCAN-MAG: Equipped with a magnetometer to detect and locate submerged metallic objects, including naval mines and shipwrecks. RAVEN SCAN-LUMEN: Features a high-definition camera and a 24,000-lumen lighting system to visually inspect objects previously identified on the seabed, including in dark underwater environments. During mine countermeasure missions, RAVEN can autonomously survey potentially mined waters and record the coordinates of suspicious objects. Clearance divers or specialised underwater disposal vehicles can then use this information to inspect and neutralise identified mines. The platform can also support seabed mapping, underwater inspections and scientific surveys. LYNX Navigation and Communication Systems RAVEN uses SEABER’s proprietary LYNX optical-based inertial navigation system (INS) alongside a Doppler velocity log (DVL), which measures the vehicle’s movement relative to the seabed. According to the company, positioning drift remains below 0.2 per cent of the distance travelled on straight-line trajectories, equivalent to approximately two metres per kilometre. The navigation system is designed to maintain accurate underwater positioning, where satellite navigation signals are unavailable. Before diving, a dual-antenna global navigation satellite system (GNSS) receiver establishes the vehicle’s initial position. The receiver includes anti-jamming features intended to support operations in contested environments. Underwater communication and tracking are provided by an acoustic modem with a reported range of 2–3 kilometres, using SEABER’s SEAPLAN software. When operating on the surface, RAVEN uses a UHF radio link with a range of up to five kilometres and Iridium satellite communications. The vehicle also features infrared LEDs to support discreet recovery at night. These lights are visible through night-vision equipment. SEABER Targets the Defence Market RAVEN follows SEABER’s YUCO range of micro-AUVs and its MARVEL range for defence applications. The company, based in Lorient in France’s Brittany region, reports having sold more than 200 unmanned underwater vehicles across international markets through its distributor network. It has also supplied lightweight mine-countermeasure systems to several European navies. SEABER President Vidal Teixeira said the company intends to make advanced underwater detection and inspection capabilities more accessible. “With RAVEN, our ambition is simple: to deliver the performance of the best conventional AUVs at one-third of their price,” Teixeira stated. The company has not announced a specific price, named launch customers or provided a delivery schedule for RAVEN. Its stated pricing target and combination of sonar, magnetic detection, visual inspection and navigation capabilities position the vehicle as a new option for naval mine-countermeasure and seabed survey operations.
Read More → Posted on 2026-10-27 13:37:25
U.S
WASHINGTON — British defence company Babcock has offered its Arrowhead 140 frigate design to the U.S. Navy as a potential alternative to, or option alongside, the existing FF(X) programme. According to The Telegraph and Navy Lookout, Babcock plans to submit a joint proposal with Huntington Ingalls Industries (HII), using technology transfer and intellectual property licensing to enable construction at an American shipyard. An expression of interest is expected before the end of October 2026, and initial discussions with Pentagon officials have reportedly taken place. Sir Nick Hine, head of Babcock’s marine business and a former Second Sea Lord, has supported entering the U.S. frigate market. Speaking to The Telegraph, he said, “We have a world class frigate, close links to the US and US industry. It would be insane for us not to respond.” Arrowhead 140 Design and Capabilities The Arrowhead 140 is the export design underpinning the Royal Navy’s Type 31 Inspiration-class frigates and is derived from Denmark’s Iver Huitfeldt-class design. The vessel measures approximately 138.7 metres in length, has a beam of 19.8 metres and displaces around 5,700 tonnes. Designed as a general-purpose frigate, it can support escort duties, independent operations, anti-surface warfare, anti-submarine warfare, maritime security and intelligence gathering. Its open architecture allows weapons, sensors and other mission systems to be adapted to different customer requirements. Five Type 31 frigates are under construction at Babcock’s Rosyth shipyard in Scotland. The Arrowhead 140 design has also been selected by Poland for its Miecznik programme, also referred to as Project 106, and by Indonesia for its Merah Putih (Red White) frigate programme. Additional design licences have also been agreed for Indonesia. Babcock and HII Partnership The proposed arrangement presents an unusual situation because HII already builds the existing FF(X), which is derived from the Legend-class Coast Guard cutters. HII also constructs those cutters. Under the proposed partnership, the company could support both the current FF(X) design and the Arrowhead 140 alternative. Babcock does not own a U.S. shipyard, making design licensing and engineering support a practical route into the American programme. The two companies already cooperate in naval manufacturing. In December 2025, Babcock secured a contract to supply HII with complex components for Virginia-class Block VI nuclear-powered submarines. They are also working on the ARMOR Force concept, under which a Type 31 frigate would act as a command vessel for large uncrewed surface vessels from HII’s Romulus family. This relationship provides a foundation for further cooperation but does not guarantee the selection of Arrowhead 140. U.S. Navy Reviews Foreign Alternatives Rear Adm. Casey Moton has confirmed that the Pentagon, the Navy and outside specialists are conducting a 90-day review of foreign frigate designs, expected to conclude by mid-November 2026. Other reported candidates include Japan’s modified Mogami-class, South Korea’s Chungnam-class and Turkey’s İstanbul-class frigates. Fincantieri Marine Group has also expressed interest in offering its FREMM Evo design. The review follows an August 13, 2026, presidential memorandum that used a national security waiver to open U.S. Navy procurement to allied ship designs and, in limited cases, overseas construction. Existing FF(X) Programme Continues The U.S. Navy continues to advance its existing FF(X) programme while evaluating alternatives. In late September 2026, Moton confirmed that the first-flight FF(X) design had completed its critical design review. Funding for long-lead materials was awarded earlier in 2026. The lead ship remains scheduled for delivery by the end of June 2030. The FF(X) programme followed the reduction of the earlier Constellation-class effort. No final selection, formal contract or construction site has been confirmed for the proposed Arrowhead 140 arrangement. The Navy’s review continues alongside development of the existing FF(X) programme.
Read More → Posted on 2026-10-27 13:28:22
World
ZAFRA (BADAJOZ), — ARMMO Defense Technologies and GDELS Santa Bárbara Sistemas have signed a cooperation agreement to integrate autonomous technologies into armoured vehicles and ground systems, strengthening Spain’s defence industry and its capabilities in mobile air defence and counter-unmanned aerial systems (C-UAS). The agreement combines GDELS Santa Bárbara Sistemas’ expertise in military vehicle engineering, manufacturing and integration with ARMMO’s work on autonomous aerial interceptors and counter-drone technologies. BANDIT-X Demonstrated During ATLAS 26 The first major demonstration took place during exercise ATLAS 26 in Huelva, directed by the Spanish Army’s Anti-Aircraft Artillery Command. The companies successfully integrated, launched and flew ARMMO’s BANDIT-X autonomous interceptor from GDELS’ ASCOD HMC tracked armoured platform. The demonstration showed the potential to deploy mobile counter-drone capabilities directly from armoured vehicles. The exercise also examined the integration of 5G technology into military command-and-control systems to improve coordination against unmanned aerial threats. Representatives of the Spanish Army, Navy and Air and Space Force attended the demonstration, alongside senior NATO officials, including Admiral General Manuel Teodoro López Calderón, Spain’s Chief of the Defence Staff (JEMAD), and Admiral Pierre Vandier, NATO’s Supreme Allied Commander Transformation (SACT). BANDIT-X Interceptor Capabilities Developed by ARMMO Defense Technologies, the BANDIT-X is a high-speed autonomous interceptor designed to neutralise hostile drones. It currently exceeds 360 km/h, with development targeting 420 km/h. Its operational range is approximately 40–50 kilometres, depending on mission profile and conditions, and its endurance is 20–25 minutes. The system currently supports a payload of approximately 0.8 kg, with development work aiming for 1 kg. Its capabilities include autonomous navigation in jammed or denied Global Navigation Satellite System (GNSS) environments, resistance to electronic interference, autonomous terminal guidance and support for collaborative swarm operations. In 2026, BANDIT-X was validated during NATO experimental activities in Slovakia under the Eastern Flank Deterrence Initiative. It has also received a NATO Stock Number (NSN) to support identification, cataloguing and logistical management among allied countries. ARMMO operates an industrial facility covering more than 30,000 square metres in Zafra, Badajoz province. Its activities also include unmanned ground and surface vehicles and electronic warfare systems. ASCOD HMC and Modular Mission Systems The ASCOD HMC (Heavy Mission Carrier) is a modular tracked armoured platform developed by GDELS Santa Bárbara Sistemas. It can accommodate different mission systems, including ground-based air defence, artillery, fire support, heavy recovery, logistics, electronic warfare, medical evacuation and counter-UAS equipment. During ATLAS 26, the vehicle carried launch containers capable of holding up to 20 BANDIT-X interceptors. The platform uses the NEVA open digital architecture, developed in line with the NATO Generic Vehicle Architecture (NGVA) standard. This architecture supports interoperability and the integration of new technologies without requiring a complete vehicle redesign for each new capability. The ASCOD HMC has a reported maximum speed of approximately 60 km/h and can accommodate mission modules with a capacity of around 17 tonnes. Its modular design allows configurations to be adapted to different military requirements. Further Development of Mobile Air Defence The cooperation agreement provides a framework for further development and integration of autonomous technologies across armoured vehicles and other ground platforms. By combining GDELS Santa Bárbara Sistemas’ industrial capabilities and international presence with ARMMO’s specialised technology, the companies aim to advance mobile air defence and counter-drone solutions for the Spanish Armed Forces and potential allied defence programmes. The ATLAS 26 demonstration establishes an initial example of integrating an autonomous interceptor with a tracked armoured vehicle. The companies have not specified a timetable for further development or operational deployment.
Read More → Posted on 2026-10-27 13:00:55
U.S
WASHINGTON, — The U.S. Department of Defense’s Defense Innovation Unit (DIU) has launched Sprint 2 of its Suitable Warfighting Adaptive Payloads–Unmanned Surface Vessel (SWAP-USV) challenge, seeking production-ready unmanned boats capable of detecting, tracking, and defeating airborne threats at sea. Conducted with the Direct Reporting Portfolio Manager for Unmanned Systems, the 12-month competition focuses on affordable maritime air defense against Group 1–3 unmanned aerial systems (UAS), explosive unmanned surface vessels, and rotary-wing aircraft. Selected systems must be suitable for potential forward operational fielding within 120 days. Operational Requirements and Weapons Participating vessels must meet these minimum requirements: Cruising speed: At least 10 knots (18.5 km/h). Operational range: At least 200 nautical miles (370 km). Engagement distance: Beyond 3 nautical miles (5.6 km). Systems must provide 360-degree detection and tracking of aerial and surface threats using sensors designed to handle clutter. They must support autonomous navigation, station-keeping, collision avoidance, and an open, modular command-and-control architecture compatible with Project AVO (Autonomous Vehicle Orchestrator). Weapons must remain under human supervision, with human-in-the-loop controls for arming, firing, and aborting engagements. Potential weapons include the AGM-114L Longbow Hellfire, AGM-179 Joint Air-to-Ground Missile (JAGM), Advanced Precision Kill Weapon System (APKWS), Stinger missiles, stabilized machine guns of 7.62 mm caliber or greater, high-power lasers, and other mature kinetic effectors already in production. Proposals must integrate the vessel, launcher, sensors, and weapon as a complete system. Platform-only and weapon-only submissions will not be considered. Desired features include continuous surveillance, low operating and logistics costs, transport by truck, container or cargo aircraft, GPS-independent navigation, and the ability to engage surface or land targets. Rapid field rearming by a small crew is also preferred. The competition is open to U.S. and international companies, individually or in teams. Applicants must demonstrate proven integration, past performance, active production lines, and the ability to increase production. The challenge prioritizes lifecycle cost-effectiveness, including production, operating hours, and maintenance, rather than standalone platform performance. Timeline and Funding Sprint 2 offers up to $40 million in prize funding. Pitch decks of up to 15 slides are due by November 29 or 30, 2026, according to the reports provided. Selected teams must be ready to demonstrate integrated systems within 30 days of down-selection. In-water testing is planned for early 2027, beginning with company-run demonstrations and followed by a government evaluation lasting approximately three weeks at Joint Expeditionary Base Little Creek, Virginia. Operators will assess performance against drone and rotary-wing targets in jammed environments, including simulated and live-fire engagements. The overall SWAP-USV challenge has up to $100 million across three sprints: $40 million each for Sprints 1 and 2 and up to $20 million for Sprint 3. An additional $200 million is budgeted for potential follow-on prototype or production agreements through other transaction authority. Sprint 1 began in July 2026, focusing on USVs integrated with aerial drones for strike missions and battle-damage assessment. Its testing is expected in fall 2026, while Sprint 3 is scheduled to begin in spring 2027. The program aims to accelerate the fielding of mature, affordable maritime defense systems rather than fund extensive new development. Final requirements and potential follow-on agreements remain subject to testing and evaluation.
Read More → Posted on 2026-10-26 16:37:24
Space & Technology
HAWTHORNE, California, — SpaceX has secured $40 billion in debt financing to purchase artificial intelligence chips, according to CEO Elon Musk, who warned that hundreds of specialized AI infrastructure companies could face financial difficulties as lending conditions tighten. In posts on the social media platform X on October 25, 2026, Musk said SpaceX had closed the financing package for graphics processing units (GPUs), primarily from Nvidia, expected to arrive in the first and second quarters of 2027. He described the financing as mostly callable debt and said it would not be a major factor in the company's current-quarter finances. Musk attributed SpaceX's ability to secure the funding to its investment-grade credit rating and established revenue from its Starlink satellite internet service and commercial rocket launch business. “SpaceX closed $40B of debt for GPUs, but we’re investment grade and have Starlink & launch revenue,” he wrote. Reports earlier in October indicated that SpaceX was discussing a financing package with banks and asset managers that could include approximately $10 billion in bank loans and $30 billion in investment-grade debt. However, the final pricing, participating lenders, interest rates, and collateral arrangements have not been publicly disclosed. Musk Warns of Neocloud Industry Consolidation Musk also warned that specialized AI computing providers, commonly known as neocloud companies, face increasing financial pressure. These businesses invest in large GPU clusters and data centres, then rent computing capacity to artificial intelligence developers. According to Musk, debt markets have almost entirely stopped providing financing to companies without substantial revenue outside their AI data-centre operations. He predicted that many of the more than 200 neocloud providers would fail or be absorbed through industry consolidation. “That means the 200+ neoclouds are going to see guppy-level death and consolidation. Some will make it through, but not many,” Musk said. He also ruled out SpaceX acquiring struggling neocloud companies, describing such acquisitions as “pointless.” Musk's comments were followed by declines in premarket trading in shares of several publicly traded AI infrastructure companies, including CoreWeave, Nebius Group, and IREN. Reported early losses ranged from 3.3% to more than 5%. Neocloud operators face substantial upfront costs for GPUs, data centres, and electricity infrastructure. Higher borrowing costs and stricter lending requirements can make it more difficult for companies that depend heavily on debt to finance expansion before generating sufficient customer revenue. SpaceX Expands Its AI Computing Business The financing supports SpaceX's broader expansion into artificial intelligence following its acquisition of Musk's xAI in February 2026. The company is developing computing infrastructure to support its Grok AI models and provide computing capacity to external customers, including Anthropic. SpaceX's third-quarter financial results highlight the scale of its investment. For the quarter ended September 30, 2026, the company reported $14.58 billion in total revenue, representing a 161% increase from the same period a year earlier. Its Super Intelligence AI segment generated approximately $7.56 billion in revenue, while connectivity and space operations contributed $5.2 billion and $1.8 billion, respectively, according to the reported figures. SpaceX also recorded $19.6 billion in capital expenditure during the quarter. Chief Financial Officer Bret Johnsen said the company expects capital expenditure to reach $35 billion to $40 billion in the fourth quarter of 2026. The company has also emphasized maintaining its investment-grade credit rating as it expands its computing capacity. The $40 billion financing highlights the difference between SpaceX's diversified business model and AI infrastructure providers that depend more heavily on external borrowing. Revenue from satellite communications and rocket launches gives SpaceX additional sources of income to support its AI investments, while the tightening credit market could make expansion more difficult for companies focused primarily on renting AI computing capacity.
Read More → Posted on 2026-10-26 16:26:06
World
TEHRAN, — Senior officials from Saudi Arabia, Pakistan and Turkey held high-level talks with Iranian leaders in Tehran on Monday to discuss regional security, diplomatic mediation and efforts to prevent further escalation amid rising tensions between the United States and Iran. The visiting officials include Saudi Defence Minister Prince Khalid bin Salman, Pakistani Army Chief Field Marshal Asim Munir, and Turkish intelligence chief Ibrahim Kalin. They are meeting Iranian President Masoud Pezeshkian and senior security official Mohsen Rezaei, identified in the supplied reports as secretary of Iran’s Supreme National Security Council. Iranian deputy security official Ali Bagheri Kani confirmed the visit, describing the discussions as consultations on regional security and “endogenous security” in West Asia, referring to a security framework led by regional countries. A senior Iranian official said Pakistan initiated the meeting during Munir’s visit to Tehran the previous week. Saudi Deputy Minister for Public Diplomacy Rayed Krimly said the visit forms part of efforts by the Mecca Pact countries to reduce tensions, promote dialogue and support diplomatic solutions, including mediation efforts by Pakistan and Qatar. Mecca Pact and Mutual Defence Commitments Saudi Arabia, Pakistan and Turkey signed the Mecca Joint Defence Agreement, also known as the Mecca Pact or Makkah Defence Alliance, in August 2026. Under the agreement, an armed attack on one member is treated as an attack on all, with members committed to addressing threats to each other’s territorial integrity, sovereignty and borders. Earlier in October, the pact’s Strategic-Political and Defence Committee held an emergency meeting in Riyadh, agreeing on collective deterrence measures and steps toward the rapid deployment of agreed military forces and capabilities to Saudi Arabia. Houthi Attacks and Regional Security The talks follow recent waves of missile and drone attacks claimed by Yemen’s Iran-aligned Houthi rebels against Saudi Arabia. Saudi forces have intercepted recent attacks, raising concerns about the security of infrastructure, energy facilities and shipping routes. Iranian Foreign Ministry spokesperson Esmaeil Baghaei said the discussions would also address Israeli policies, developments in the Palestinian territories and Lebanon, and the effects of US and Israeli military actions involving Iran. The meeting comes amid heightened US-Iran tensions and reports that both sides have considered further military options. Pakistan and Qatar have been involved in mediation efforts aimed at reducing the risk of a wider conflict. Reports of Possible Iranian Integration Reports citing Israeli intelligence assessments suggest that Pakistan has been mediating on behalf of Saudi Arabia to explore the possibility of bringing Iran into the Mecca Alliance. However, no formal agreement to include Iran has been announced. Israeli officials have reportedly raised concerns that closer Saudi-Iranian cooperation could accelerate Saudi Arabia’s ballistic missile programme. Claims that Iranian technology transfers could eventually enable Saudi Arabia to develop nuclear warheads remain reported concerns, not a confirmed outcome of the talks. Ali Vaez, deputy director of the Middle East and North Africa Program at the International Crisis Group, described the visit as an attempt to encourage compromise before further escalation, adding that its success would depend on a credible proposal to bridge differences between Washington and Tehran. Iranian officials have presented the discussions as a step toward a regional security framework independent of foreign intervention. The Tehran meeting marks the first high-level contact between Iran and all three Mecca Pact members since the recent intensification of attacks on Saudi Arabia. No detailed outcomes from Monday’s meetings had been publicly released at the time of reporting.
Read More → Posted on 2026-10-26 16:20:50
Europe
GULF OF OMAN, — The French Navy tested a laser anti-drone system aboard its flagship aircraft carrier, Charles de Gaulle, between June 4 and 8, 2026, during the La Fayette 26 mission. The trial took place on the flight deck while the carrier was docked in the Gulf of Oman. According to the French Navy’s official magazine, Cols Bleus, as reported by Zone Militaire, a joint team from the Centre for Military Aviation Expertise (CEAM) in Mont-de-Marsan and the ground-based air defense squadron (EDSA) in Istres conducted the trial. Installing the equipment took approximately four hours. The setup included a laser emitter, camera turret, LIDAR sensor, cooling unit, and control console. Although Cols Bleus described the event as the Navy’s first shipboard test of the system, published photographs matched the equipment to the HELMA-P demonstrator, developed by French company CILAS. The experimental deployment aimed to assess the laser’s performance in maritime conditions, with no indication that the system remained permanently installed aboard the carrier. HELMA-P Capabilities HELMA-P (High Energy Laser for Multiple Applications – Power) is a directed-energy weapon designed to counter small drones and other asymmetric threats. Development began in 2017 under France’s L2AD (Laser de lutte antidrone) program, involving CILAS and Ariane Group. The system weighs approximately 80 kilograms and uses a 2-kilowatt laser combined with automated target detection and tracking. It focuses a laser beam on a target to heat and damage its structure, sensors, or electronics, potentially neutralizing small drones within seconds. Its reported engagement range is approximately one kilometre, depending on conditions. It does not require conventional ammunition for each engagement but needs electrical power and cooling. Previous Testing and Operational Use HELMA-P completed ground trials in 2020 and 2021 at the DGA missile testing centre in Biscarrosse. In June 2023, the French Navy tested it aboard the Horizon-class air-defense frigate Forbin in the Mediterranean Sea. The French Ministry of the Armed Forces subsequently highlighted its accuracy and effectiveness in maritime conditions. The system was also deployed for anti-drone security during the Paris 2024 Olympic Games. The latest trial aboard Charles de Gaulle provided another opportunity to evaluate its potential for naval protection against unmanned aerial vehicles. La Fayette 26 and International Developments The La Fayette 26 mission centred on the Charles de Gaulle carrier strike group and lasted 166 days, ending on July 11, 2026, when the carrier returned to Toulon. Operations covered the North Atlantic, Baltic Sea, Mediterranean, and areas near the Gulf of Oman. Other navies are also testing laser weapons for ship protection. In October 2025, the U.S. Navy conducted live-fire trials of AeroVironment’s palletized LOCUST laser weapon system aboard the aircraft carrier USS George H.W. Bush, reportedly engaging multiple drone targets in the same region. France is continuing directed-energy weapon development, including the SYDERAL demonstrator, intended for broader short-range air-defense roles in the coming years. The HELMA-P trial forms part of the Navy’s ongoing evaluation of laser weapons for countering small drones and other asymmetric aerial threats.
Read More → Posted on 2026-10-26 16:09:23
India
NEW DELHI, — The Defence Acquisition Council (DAC) is set to consider the Indian Navy’s Project 18/Project 18A Next Generation Destroyer (NGD) programme at its meeting on October 26, 2026. The project, estimated to cost around ₹75,000 crore, envisages the indigenous construction of eight to ten advanced destroyers to strengthen India’s maritime capabilities. The proposed warships are expected to displace approximately 13,000–14,000 tonnes, making them significantly larger than the Navy’s existing Visakhapatnam-class destroyers, which displace roughly 7,400–8,000 tonnes. The larger platforms are intended to accommodate advanced weapons and sensor systems. Weapons, Propulsion and Development Timeline Conceptual plans indicate that the destroyers could feature up to 144 vertical launch system (VLS) cells for missiles, including BrahMos, long-range land-attack cruise missiles and advanced surface-to-air weapons. Proposed technologies also include hybrid propulsion or Integrated Electric Propulsion (IEP) and upgraded X-band and S-band active-array radar systems. The programme places strong emphasis on Aatmanirbhar Bharat, with construction planned at Indian shipyards and a high level of indigenous content envisaged for the ships and their systems. The project remains at the conceptual stage. Detailed design work could take four to five years, followed by an estimated eight to ten years for construction, with the first destroyers expected to enter service in the mid-2030s. The DAC, chaired by Defence Minister Rajnath Singh, includes senior defence and military officials. If the proposal receives approval, it would be granted an Acceptance of Necessity (AoN), an early step in the procurement process, before moving to the Cabinet Committee on Security (CCS) for final approval. Project 18A forms part of the Indian Navy’s long-term effort to modernise its surface fleet and develop more capable warships for future operational requirements.
Read More → Posted on 2026-10-26 15:53:03Search
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