U.S
WASHINGTON, — U.S. intelligence agencies have identified Alice Huang, also known as Huang Le, a senior executive at Singapore-based data center company Megaspeed, as a suspected Chinese intelligence asset who maintained a close relationship with Nvidia CEO Jensen Huang, according to The New York Times. The findings emerge as Megaspeed faces a U.S. investigation into the alleged diversion of restricted AI chips to China. Alice Huang, a Chinese citizen, was reportedly monitored by U.S. intelligence agencies for approximately a year. Officials concluded that she was passing information to Beijing. Her relationship with Jensen Huang raised concerns about possible access to Nvidia’s business plans and discussions concerning U.S. chip export policies. The two are not related. Megaspeed Faces U.S. Chip Export Investigation Megaspeed purchases Nvidia-powered computing equipment and rents data center capacity to businesses, including China’s Alibaba. Its Malaysian sister company purchased at least $4.8 billion worth of advanced AI equipment containing Nvidia technology between June 2024 and February 2026, according to trade records. The investigation began in late 2024 after a U.S. Commerce Department official visited a Megaspeed-operated data center in Malaysia and found Nvidia equipment still packed in boxes, raising suspicions of possible unauthorized shipments. Singaporean authorities questioned Alice Huang in 2025 before releasing her. Earlier in 2026, the Commerce Department transferred the investigation to the U.S. Justice Department. Investigators are examining whether chips or computing capacity reached China in violation of export restrictions. Trump Briefed on Intelligence Findings President Donald Trump was briefed on the intelligence findings in 2025 but reportedly took no direct action. Officials were concerned about disrupting Nvidia’s business operations and complicating trade relations with China. U.S. authorities reportedly did not provide Jensen Huang with a defensive briefing, a warning issued to Americans believed to be targets of foreign intelligence operations. Officials assessed that the Nvidia CEO was unaware of Alice Huang’s alleged activities. Surveillance of Alice Huang has continued, while companies affiliated with Megaspeed have continued purchasing Nvidia products. Nvidia and Megaspeed Respond Nvidia spokesperson John Rizzo said Jensen Huang’s interactions with Alice Huang were normal business engagements, noting that the CEO speaks with thousands of customer executives annually. Rizzo said Megaspeed receives ordinary business information, not sensitive trade secrets or information relevant to national security. Nvidia also stated that allegations of Megaspeed diverting chips to China were investigated and debunked the previous year. The company continues to list Megaspeed as a cloud partner. Megaspeed said it takes the allegations seriously, has retained outside legal counsel to conduct an internal investigation and will cooperate with the U.S. government. The Chinese government rejected the espionage allegations. Liu Chang, a spokesperson for the Chinese Embassy in Washington, described them as "groundless smears and slanders." Investigation Continues Photographs and accounts from industry events reportedly show Alice Huang and Jensen Huang attending the same gatherings, including a Taipei bar in June 2024 and business dinners in the region. Alice Huang previously held positions connected to Chinese state media and investment firms before joining Megaspeed, which was spun out of a Chinese gaming company in 2023. The intelligence findings are based on information from people briefed on the matter. No public evidence has been presented that Jensen Huang shared classified or sensitive national security information, and Nvidia has denied any improper disclosure. The Justice Department investigation remains ongoing.
Read More → Posted on 2026-10-29 17:03:04
World
TEHRAN, — Iran has used a network of more than 5,000 defense-linked agencies to import billions of dollars in military hardware, explosives and heavy-duty trucks despite Western sanctions and a U.S. naval blockade, according to a Reuters investigation published on October 29. The investigation, conducted with Israeli-American risk consultancy 240 Analytics, analysed thousands of Iranian government and banking documents, corporate filings and approximately 19,000 import records. It found that the network imported at least $2 billion in military-related goods since January 2025. Iran's MOD Procurement Network The agencies operate under names beginning with MOD, representing the Ministry of Defense, followed by five- or six-digit numbers. All share a registered address in Tehran belonging to Iran’s Ministry of Defense and Armed Forces Logistics (MODAFL). Although registration documents list February 11, 1979, as their establishment date, most agencies were reportedly established in 2013 as Iran faced increasing international sanctions. The investigation identified links between some agencies, the Islamic Revolutionary Guard Corps (IRGC) and major Iranian foundations known as bonyads. Phone numbers associated with 91 agencies matched Bank Sepah records connected to IRGC personnel. Noam Binstok, a senior analyst at 240 Analytics, first identified the numbered agencies in June 2025 while reviewing leaked Bank Sepah documents circulated on Telegram and the opposition website WikiIran. Reuters found no evidence that the numbered agencies had been individually designated under Western sanctions lists. MOD 346428 Imported $2.3 Billion in Military Hardware One agency, MOD 346428, accounted for $2.3 billion in military-related imports between January 2025 and June 2026. The goods included rocket fuel chemicals, explosives, drone and missile components, aircraft parts, industrial machinery and heavy-duty trucks. Shipments originated from China, Russia, Germany and other countries and reached Iran by land, sea and air. Between January and April 2025, the agency imported 886 tonnes of chemicals through the Bandar Abbas port complex. Customs records identified sodium chlorates and other perchlorates, which are key precursors for solid rocket fuel. Three days after the final shipment, a major explosion occurred at the port. Two people familiar with the incident told Reuters that sodium perchlorate ignited in dockside shipping containers. In February 2026, Iran also imported 93 metric tonnes of Chinese titanium and hundreds of tonnes of additional chemicals that can be used in rocket propellants and explosives. The investigation also recorded approximately $7.6 million in Russian detonator imports since January 2025, including a $1.9 million delivery in June. Trucks, Weapon Components and Foreign Suppliers MOD 346428 imported 435 Iveco heavy-duty trucks between January 2025 and June 2026. These vehicles can be adapted for military transport or mobile missile-launching platforms. Satellite imagery, social media posts and import records tracked some trucks to a customs lot outside Tehran in February 2025. Vehicle identification numbers helped match several vehicles to import records. UK-based defence intelligence firm Janes confirmed that certain trucks matched models previously associated with Iranian military use as launchers or transport platforms. Iveco said the presence of its vehicles in Iran occurred beyond its control and that the trucks had originally been destined for Central Asia. The company also said its official distributors must ensure products are not used for prohibited military purposes. Other imports included components for drones, missiles and aircraft engines, largely originating from China, Russia and Germany. Hundreds of millions of dollars in trucks, aircraft engine parts and electronics were also recorded as originating in Germany and other European Union countries. The identified end-users included the military unit responsible for Iran’s ballistic missile programme and Sahara Thunder, a U.S.-sanctioned entity accused of manufacturing and supplying drones to Russia. Financial Network and U.S. Blockade Financial records showed that 97 percent of the reviewed shipments were settled without conventional cross-border currency transfers. Foreign intermediaries and shell companies, sometimes described as trustees, used funds held abroad, often linked to Iranian oil sales, to purchase and ship the goods. Miad Maleki, a former U.S. Treasury official who helped design American sanctions on Iran, reviewed the network’s structure and described it as an integrated military procurement system. The U.S. naval blockade of Iranian ports was suspended in mid-June 2026 and reinstated in mid-July. It remained in effect at the time of the Reuters report, while deliveries continued during the conflict period covered by the investigation. The investigation identified the numbered agencies as a major part of Iran’s military procurement and sanctions-evasion infrastructure, enabling continued imports through domestic entities, foreign intermediaries and international suppliers.
Read More → Posted on 2026-10-29 16:52:44
Space & Technology
HEFEI, — Chinese researchers have developed a new catalyst capable of converting carbon dioxide from the Martian atmosphere into methanol, a liquid fuel that could support future human missions to Mars by reducing the need to transport fuel and other supplies from Earth. The research was conducted by scientists at China’s state-funded Deep Space Exploration Laboratory in Hefei. The findings were published online in the Journal of Deep Space Exploration in 13 October 2026 in a paper titled “In-Situ Conversion of Martian Atmospheric Carbon Dioxide into Fuel (methanol).” Ling Lili is among the lead authors, while Zhang Zhe is the corresponding author. New Catalyst Improves Methanol Production Mars’ atmosphere contains more than 95 percent carbon dioxide, providing a potential raw material for fuel production. However, carbon dioxide is chemically stable, making it difficult to convert into other substances. To address this challenge, researchers developed a dual-site catalyst called MOF-808-NaCu, which uses a porous metal-organic framework known as MOF-808 as its support. The catalyst combines sodium and copper atoms. Sodium sites help attract and activate carbon dioxide molecules, while nearby copper sites facilitate the hydrogenation process that converts carbon dioxide into methanol. Hydrogen for the reaction could be obtained from water ice available on Mars. The researchers tested sodium, potassium and cesium as alkali-metal components, with sodium delivering the best performance. In laboratory tests conducted at 275°C and 3.2 MPa, the sodium-copper catalyst produced approximately 245 grams of methanol per kilogram of catalyst per hour. This was around 11 times higher than the 22 grams per kilogram per hour achieved by the copper-only catalyst. The catalyst maintained steady performance during a 12-hour continuous test and reduced unwanted by-products, including carbon monoxide. Methanol Could Support Future Mars Operations Methanol offers several potential advantages for future Mars missions. Unlike methane, which requires cooling to approximately −161°C to remain liquid under standard pressure, methanol remains liquid at ordinary temperatures and pressures, making it easier to store and handle. The researchers identified several potential applications for methanol produced on Mars, including: Generating electricity and providing heating for a Martian base. Powering Mars rovers and other surface vehicles. Serving as a chemical feedstock for producing antifreeze and construction materials. The technology is part of the broader concept of in-situ resource utilization (ISRU), which involves producing essential materials using resources available on Mars rather than transporting everything from Earth. However, several engineering challenges remain. Mars has less than 1 percent of Earth's atmospheric pressure, meaning engineers would need lightweight compressors to collect and process its thin atmosphere. A reliable method of extracting hydrogen from Martian water ice would also be required. The researchers described the process as technically feasible to a certain extent, while noting that further engineering development is needed before it can be used on Mars. Connection to China's Tianwen-3 Mars Mission The research comes as China prepares for its Tianwen-3 Mars sample-return mission, which is currently planned for launch around 2028. The mission aims to collect at least 500 grams of Martian surface samples and return them to Earth around 2031. If successful, it would achieve the first return of samples from Mars to Earth. Although the methanol-production technology is not identified as part of the Tianwen-3 mission, the research supports China's broader efforts to develop technologies for future Mars exploration. Producing fuel from Martian resources could eventually reduce the amount of material that missions need to carry from Earth and support longer-duration robotic and human exploration.
Read More → Posted on 2026-10-29 16:06:21
U.S
HONOLULU, — Gen. Xavier Brunson, commander of United Nations Command, Combined Forces Command and U.S. Forces Korea (USFK), has warned that traditional military communication networks could fail within 48 hours of a conflict on the Korean Peninsula if they rely on uninterrupted satellite communications, unlimited bandwidth and fiber-optic infrastructure. Speaking at the AFCEA TechNet Indo-Pacific 2026 conference in Honolulu, Hawaii, on October 27, Brunson described the peninsula as one of the world's most heavily contested electromagnetic environments, where U.S. and allied forces face daily electronic attacks. “Our adversaries practice electronic attack daily. They jam GPS in the West Sea. They attempt to blind our servers, our sensors, and our networks,” Brunson said. He highlighted the threat from North Korea, which considers South Korea its principal enemy, and noted that China also possesses advanced electronic attack capabilities in the region. U.S. Military Develops Resilient Communication Networks Brunson said communication systems dependent on uninterrupted satellite links, unlimited bandwidth and fiber-optic connections would not survive 48 hours on the peninsula during a conflict. To address these vulnerabilities, the U.S. military is deploying proliferated low-Earth-orbit (LEO) satellite networks, high-frequency (HF) radio systems and terrestrial mesh networks. The layered approach is designed to maintain command and control when primary communication links are jammed or disrupted. He stressed that information must move at the “speed of relevance,” measured in milliseconds rather than minutes or hours, leaving no 10-minute buffer to troubleshoot communication failures during a crisis. Data-Centric Security and Faster Information Sharing Brunson called for a shift from network-centric security to data-centric security, explaining that military systems must “tag the payload and not the pipe.” Under this approach, information from allied sensors can be verified and shared across combined networks without creating new secure communication pathways for every exchange. Brunson said a South Korean radar detecting an incoming missile should have its track verified and transmitted to a coalition fires network within milliseconds. He also called for lightweight, jam-resistant waveforms with low probability of intercept (LPI) and low probability of detection (LPD), open application programming interfaces (APIs), and edge sensors that integrate with joint mission networks without vendor lock-in. Defense Industry Urged to Design for Combined Operations Brunson urged defense technology companies to visit the Korean Peninsula to understand its operational environment. He stressed that systems must be designed for combined U.S. and allied operations from the beginning rather than adding partner interfaces after contracts are signed. “We can no longer design exquisite systems for pure US enclaves and then try to bolt on partner interface after the contract is signed. We must design combined from the first line of code,” he said. Addressing artificial intelligence and decision-making, Brunson said adversaries are counting on bureaucratic policies, classification silos and proprietary architectures to slow down U.S. and allied forces. The command seeks to accelerate the kill chain, improve decision-making and keep humans involved in military operations. He also compared defense innovation with Vlasic pickles, explaining that the company recognised the need for sliced pickles that fit on burgers rather than selling only whole pickles. Brunson challenged defense companies to develop their own “sliced pickle” technologies designed for the demanding conditions of the battlefield. The remarks highlight the growing importance of electronic warfare, jam-resistant communications and resilient command-and-control networks in the Indo-Pacific, where maintaining reliable information exchange has become a daily operational requirement.
Read More → Posted on 2026-10-29 15:57:03
Europe
MADRID, — The European Hypersonic Defence Interceptor (EU HYDEF) consortium has completed the preliminary development phase of a European interceptor designed to counter hypersonic threats. The follow-on effort, known as HYDEF2, has expanded the consortium to 41 participating entities from 16 European countries. The three-year initial phase had an estimated budget of €110 million and was co-funded by the European Defence Fund (EDF) and five participating nations: Belgium, Germany, Norway, Poland and Spain. The Organisation for Joint Armament Co-operation (OCCAR) manages the programme on behalf of the European Commission and the participating states. The programme aims to develop an endo-atmospheric interceptor capable of engaging hypersonic glide vehicles, hypersonic cruise missiles and highly manoeuvrable ballistic missiles inside the atmosphere. The system is intended to address advanced airborne threats expected from 2035 onward. HYDEF Completes Preliminary Development Phase The consortium established the interceptor concept in August 2025, followed by the approval of the Preliminary System Requirements in August 2026. This approval marked the completion of the technical work planned for the first phase. According to the consortium, all subsystems achieved technical maturity above the project's initial targets. The work established the interceptor's technical concept, system architecture and development foundation, while the industrial cooperation developed during the programme provides a basis for further engineering. The first phase officially concluded on October 22, 2026, when HYDEF presented its findings at Spain’s Centre for National Defence Studies (CESEDEN) in Madrid. The meeting was attended by OCCAR officials and representatives from Spain, Germany, Poland, Belgium and Norway. Participants also outlined a short-term roadmap for the interceptor's continued development. HYDEF2 Expands European Defence Cooperation Spanish company Sistemas de Misiles de España (SMS) serves as programme coordinator, while Germany's Diehl Defence is the technical coordinator. The original consortium included industrial partners from Belgium, Germany, Norway, Poland and Spain. The first phase received approximately €100 million from the European Defence Fund and €10 million from the five participating nations. OCCAR signed the contract for the phase with the Spanish coordinator on October 31, 2023. The project was launched following a 2021 European Defence Fund call focused on protection against high-velocity aerial threats. Its work included simulations, technical analysis and functional testing to validate the interceptor concept. The Block 0 configuration achieved at least Technology Readiness Level (TRL) 3 across critical technologies, with several technologies reaching TRL 4 to 6. The programme's technology roadmap targets a TRL 6 demonstrator by 2030. HYDEF is also linked to the broader European defence effort under the PESCO TWISTER initiative, which focuses on theatre missile defence and early-warning capabilities. The expanded HYDEF2 consortium is expected to support the next stage of development under the European Defence Fund's follow-on effort, known as EATMI II. However, the latest announcements have not specified the follow-on programme's funding allocation, detailed development schedule or expected operational service-entry date.
Read More → Posted on 2026-10-29 15:45:46
World
GRAFENWOEHR, Germany, — U.S. Army soldiers and U.S. Air Force airmen are conducting joint training at the Grafenwoehr Training Area in Germany, focusing on the Rapidly Deployable Small-Unmanned Air Defense System (RD-SUADS) to improve responses to small drone threats. The system is developed by Trust Automation, a defense manufacturer based in San Luis Obispo, California. According to U.S. Army Europe and Africa, the training is designed to test how different military services can integrate their counter-drone operations. The participating units, duration of the exercises and any plans for deployment in Europe have not been disclosed. The training builds on an earlier effort at Grafenwoehr in February 2026, when U.S. Air Forces in Europe and Air Forces Africa conducted a Joint Multi-Domain Counter Unmanned Aircraft Systems Operator Course. The course brought together soldiers, airmen and Marines to assess the feasibility of a unified, multi-service training programme. RD-SUADS Capabilities and Deployment RD-SUADS is the air-transportable variant of Trust Automation’s Small-Unmanned Air Defense System (SUADS) family. It is designed to detect, track, identify and neutralize small uncrewed aerial systems (sUAS) using electronic attack rather than kinetic munitions. The system integrates electronic warfare tools, including the NINJA and DroneBuster electronic attack systems, to defeat incoming drone threats. RD-SUADS is self-contained and designed to fit on a standard 463L cargo pallet, allowing it to be transported by military cargo aircraft such as the C-130 and C-17. It includes a built-in diesel generator capable of supporting four continuous days of operation before refueling. A shore power interface also allows the system to connect to standard Department of Defense generator connections or existing base power grids. The SUADS family also includes a fixed-site variant for permanent military installations and an expeditionary version compact enough to fit inside a large SUV or be transported as standard checked baggage. The systems are listed in the U.S. Department of War’s Joint Interagency Task Force 401 counter-small drone quick reference guide for 2026. Radar Integration and U.S. Army Testing Radar is a central component of the RD-SUADS sensor suite. The system uses Echodyne’s EchoShield radar, with the rapidly deployable variant capable of carrying up to four radar units simultaneously. In April 2026, the U.S. Air Force awarded Trust Automation a $490 million indefinite-delivery, indefinite-quantity (IDIQ) contract to develop, prototype and produce counter-drone systems through 2030. The contract allows the military to order systems in different quantities and configurations over the coming years. The system also underwent a U.S. Army operational assessment during a rotation at the National Training Center at Fort Irwin, California, in October 2026. During the assessment, SUADS detected and engaged drones at distances ranging from approximately 2 to 6 kilometers, with radar coverage reaching up to 7 kilometers under favorable weather conditions. The evaluation used radar, electro-optical and infrared sensors to track targets before neutralizing them through electronic attack. The SUADS family is designed under a modular open systems approach, allowing sensors and electronic attack components to be added or upgraded as requirements change. Trust Automation is also developing a mobile variant for tactical units that frequently change positions.
Read More → Posted on 2026-10-29 15:36:25
Space & Technology
GOLDEN, Colo., — U.S. startup Rendezvous Robotics has raised $20 million in seed funding to develop modular spacecraft that can autonomously assemble, expand and reconfigure themselves in orbit. The technology aims to overcome rocket fairing size limitations and enable the construction of larger space infrastructure. The oversubscribed funding round was led by MaC Venture Capital and Toyota Ventures, with participation from the University of Michigan Endowment, Astera, Industrious Ventures, Aurelia Foundry, ATX Venture Partners and Mana Ventures. The company previously raised $3 million in pre-seed funding in 2025. The new funding will support spacecraft development, flight demonstrations and engineering team expansion. How the Technology Works Rendezvous Robotics is developing one-meter-wide hexagonal spacecraft tiles equipped with sensors, onboard processing, electromagnetic actuators and mechanical latches. The tiles will launch as compact, independent units that fit inside rocket fairings. Once in orbit, they use electromagnetic forces to maneuver, align and connect without astronauts or external robotic arms. Connected tiles form larger structures with power and data connections, allowing operators to expand solar arrays, antennas and computing systems after launch. Damaged components can also be replaced by sending new tiles instead of launching an entirely new spacecraft. The technology builds on nearly a decade of research into TESSERAE (Tessellated Electromagnetic Space Structures for the Exploration of Reconfigurable, Adaptive Environments), invented by co-founder and board chair Dr. Ariel Ekblaw at MIT. Earlier versions have been tested aboard Blue Origin’s New Shepard rocket and during two missions to the International Space Station (ISS). Co-founded by Ekblaw and CEO Joe Landon, Rendezvous Robotics is commercializing the technology, with an initial focus on modular satellites. Landon said the long-term goal includes spacecraft capable of supporting megawatt-scale power generation and large communication platforms that can adapt to changing mission requirements. Upcoming Testing Schedule The company has outlined three major demonstrations: November 2026: A parabolic flight campaign will test electromagnetic actuation and tile mobility during short periods of microgravity. December 2026: A payload of 32 fifth-generation TESSERAE tiles is planned to launch to the ISS, where the tiles will autonomously assemble into a three-dimensional structure. April 2028: A free-flying demonstration in low Earth orbit will involve seven independent tiles deploying, autonomously assembling into a spacecraft, separating and reconnecting in a different configuration without external robotic assistance. The company has reserved a rideshare launch for the 2028 demonstration, which is intended to prove autonomous assembly and reconfiguration in open space. Rendezvous Robotics will use the new funding to develop larger next-generation tiles, conduct flight demonstrations and expand its engineering team. The company is based in Golden, Colorado, and has shifted its near-term focus from large habitats and space stations toward modular satellites.
Read More → Posted on 2026-10-29 15:03:09
World
TEHRAN, — Iran’s Islamic Revolutionary Guard Corps (IRGC) Navy has claimed that its electronic warfare unit took control of a US-made MQM-170 Outlaw reconnaissance and decoy drone over the western part of the Strait of Hormuz and landed it intact. According to an official statement carried by Iranian state media, including IRNA and Mehr News Agency, the IRGC detected and identified the uncrewed aerial vehicle (UAV) during an electronic warfare operation. Iranian forces said they seized control of the drone’s guidance and control systems and brought it down without using anti-aircraft fire. However, US Central Command (CENTCOM) has denied the claim, and there has been no independent confirmation of the reported capture. Iran Claims Drone Was Mapping Air Defense Networks The IRGC said its military specialists had begun examining the data recovered from the aircraft. According to Iranian officials, the drone was conducting a mission to identify and map Iranian air defense networks along the Persian Gulf coastline and around the Strait of Hormuz. The recovered flight data reportedly indicates that the drone took off from a country on the southern coast of the Persian Gulf. Iranian officials have not identified the country. Iranian forces said the intact recovery would allow technicians to examine the aircraft’s equipment, sensor capabilities, stored data and operational methods used in the region. Iran hijacks 'American spy drone' over Strait of Hormuz and lands it intact The IRGC says it detected an MQM-170 reconnaissance drone over the western part of the strait, seized control of its guidance systems, and brought it down safely https://t.co/Ngd0rbACGw — RT (@RT_com) October 29, 2026 MQM-170 Outlaw Drone and Its Capabilities The MQM-170 Outlaw, manufactured by US-based Griffon Aerospace, is primarily designed to simulate aerial threats, support air defense training and test radar systems. Depending on the variant, the drone can also carry cameras, sensors and other specialised payloads. Its recovery could provide Iranian technicians with an opportunity to study its equipment and mission data. Images released by the IRGC Navy reportedly show the white fixed-wing drone on the ground. Iranian media described the operation as an electronic warfare interception rather than a conventional shoot-down. US Central Command Rejects Iranian Claim US Central Command rejected the Iranian account. CENTCOM spokesman Tim Hawkins described the report as false. “In the past weeks and months, the IRGC has repeatedly lied out of desperation, and today is no different,” Hawkins said. The US military did not provide further details about any specific aircraft activity in the area. The IRGC statement also did not specify the exact time of the alleged operation or explain the electronic warfare methods used. Previous Drone Interceptions in the Region The reported incident follows an earlier IRGC claim that Iranian air defenses shot down an MQ-1 drone east of the Strait of Hormuz. Iran described that interception as the 14th aircraft of its kind brought down by its air defense systems. The incidents come amid heightened military readiness in the region following conflicts earlier in 2026. The Strait of Hormuz remains a strategically important maritime route for global energy shipments. The latest claims highlight continuing military activity and disputes over aerial operations in the Persian Gulf region. Iranian forces have said they will continue analysing the recovered aircraft, although the reported capture of the MQM-170 remains unconfirmed independently.
Read More → Posted on 2026-10-29 14:26:13
U.S
WHITE SANDS, N.M., — Lockheed Martin and the U.S. Army have successfully demonstrated the ability to redirect a Guided Multiple Launch Rocket System (GMLRS) rocket while it is in flight, allowing it to strike and destroy a moving target. The live-fire test at White Sands Missile Range, New Mexico, marked the first in-program demonstration of the capability. The test showed that target coordinates can be updated after launch, giving military commanders greater flexibility to respond when battlefield conditions change. GMLRS Receives Target Updates During Flight During the demonstration, a GMLRS rocket was launched from an M142 High Mobility Artillery Rocket System (HIMARS). While the rocket was airborne, engineers used Lockheed Martin’s Strigo datalink and Remote Interceptor Guidance-360 (RIG-360) system to transmit updated target coordinates. The rocket received the new information, adjusted its trajectory and successfully destroyed the moving target. The integration was funded internally by Lockheed Martin. The capability allows the existing GMLRS inventory to receive updated targeting information without requiring fundamental design changes to the rocket. By connecting existing sensors, launchers and targeting systems, the Army can improve coordination between different elements of its precision fires network. Randy Crites, vice president of Lockheed Martin Advanced Programs, said integrating GMLRS, RIG-360 and Strigo provides commanders with more flexible options and supports faster, more effective responses on the modern battlefield. Capability Could Extend to ER-GMLRS and PrSM Lockheed Martin stated that the datalink package is also applicable to other precision-fire systems, including the Extended-Range GMLRS (ER-GMLRS) and the Precision Strike Missile (PrSM). This could extend networked targeting capabilities across multiple rocket and missile systems, allowing target information to be updated during flight. GMLRS Platform and Operational Capabilities The GMLRS is a surface-to-surface precision-guided rocket artillery system that uses GPS-aided inertial navigation. It can be launched from two primary platforms: M142 HIMARS: A wheeled launcher carrying one pod of up to six rockets. M270 MLRS: A tracked launcher carrying two pods with a total capacity of 12 rockets. The standard GMLRS has a maximum range exceeding 70 kilometers (43.5 miles), while the ER-GMLRS is designed to reach approximately 150 kilometers (93 miles). Current GMLRS variants include the M30/M30E1 Alternative Warhead, which uses preformed tungsten fragments for area effects, and the M31 Unitary variant, equipped with a 200-pound (90-kilogram) high-explosive warhead for precision strikes against point targets. Recent Testing and Production The in-flight retargeting demonstration follows two ER-GMLRS operational tests conducted at White Sands Missile Range in late September and early October 2026. Those trials evaluated alternative and unitary warhead variants launched from an upgraded M270A2 tracked launcher and supported the Army’s Milestone C decision for production and fielding. In June 2026, Lockheed Martin secured a $3 billion contract under the fiscal year 2026 procurement cycle to continue manufacturing standard and extended-range GMLRS rockets. The contract supports ongoing production, capacity expansion and munitions readiness. The rockets are manufactured and assembled at Lockheed Martin’s facility in Camden, Arkansas, where defense contractor L3Harris also produces the solid rocket motors used by the system. The latest demonstration builds on earlier development work, including a 2023 captive-carry test of the RIG-360 uplinker prototype at White Sands. That demonstration provided target updates to a datalink on an aircraft simulating a GMLRS trajectory. The successful live-fire test supports the Army’s development of networked precision fires, connecting sensors, launchers and targeting systems to provide greater flexibility against changing battlefield threats.
Read More → Posted on 2026-10-29 14:16:16
U.S
WASHINGTON, — The U.S. Space Force plans to award Boeing a sole-source contract worth up to $945.9 million to sustain and modernize military satellite communications systems. The decision follows Boeing’s exclusive ownership of the proprietary technical data and software required to maintain the satellites and their ground control systems. The Space Systems Command (SSC) published a presolicitation notice on SAM.gov on October 27, 2026, for the Wideband and Narrowband Global SATCOM Sustainment (WNGSS) programme. The planned indefinite-delivery, indefinite-quantity (IDIQ) contract includes a five-year base ordering period valued at approximately $480.6 million and a 10-year extension option worth about $465.3 million. The total potential value is $945.9 million if the option is exercised. Boeing's Proprietary Data Rights Prevent Competition Boeing is the original equipment manufacturer for the Wideband Global SATCOM (WGS) and Ultra High Frequency Follow-On (UFO) satellite constellations and critical components of their ground control systems. According to the procurement notice, Boeing owns proprietary technical data, software and specialised infrastructure, including design documentation for its 702HP and 702MP satellite platforms, flight software source code, high-fidelity satellite simulators and ground control software. The Space Force does not have sufficient data license rights to allow another contractor to perform the work. Boeing has repeatedly declined government requests to sell those rights. Space Systems Command concluded that using another contractor would cause substantial duplication of costs, unacceptable delays and additional risks to operational satellites. Market research identified Boeing as the only company capable of meeting the full requirement without a break in service. Satellite Sustainment and Modernization Work The contract will cover life-cycle engineering, sustainment, cybersecurity, modernization and operational support for the WGS and UFO satellite networks. Boeing will provide 24/7 monitoring, real-time anomaly analysis, fault isolation and recovery, factory engineering support, telemetry trending, orbital analysis, maneuver planning, collision avoidance and end-of-life disposal planning. The work also includes software maintenance for satellite flight systems, simulators, operational databases and the Global SATCOM Configuration and Control Element ground system. Boeing will support the integration of new space vehicles and hosted payloads, including WGS-11, WGS-12 and the Protected Tactical SATCOM Prototype payload. WGS Satellites Support U.S. and Allied Forces The WGS constellation provides wideband satellite communications for U.S. military forces, allied militaries and NATO. Ten WGS satellites were launched between 2007 and 2019. Boeing is currently building WGS-11 under a previous contract, while WGS-12 is projected for launch no earlier than 2028. The Space Force assumed responsibility for WGS and related satellite communications systems from the U.S. Army in 2022. Earlier this fiscal year, it also took control of the Wideband Satellite Communications Operational Management System to centralize satellite planning and payload control. The planned contract is being pursued under statutory authority permitting sole-source awards when only one responsible contractor can meet the government's requirements. Responses to the procurement notice are due by November 17, 2026. The $945.9 million figure represents the maximum contract ceiling over its potential 15-year period, rather than a fixed upfront payment.
Read More → Posted on 2026-10-29 14:03:40
U.S
SAN DIEGO, — General Atomics Aeronautical Systems, Inc. (GA-ASI) and Swedish defense company Saab have successfully completed advanced flight tests of an Airborne Early Warning (AEW) system integrated onto the MQ-9B uncrewed aircraft. The tests used Saab’s LoyalEye radar and were conducted at GA-ASI’s Desert Horizon flight operations facility in Southern California. The flight evaluations demonstrated the system’s ability to detect, track and classify multiple airborne and maritime targets over long distances. The MQ-9B simultaneously tracked commercial aircraft and instrumented red fighter jets simulating adversary aircraft. Stakeholders observed the capability in real time during a representative operational scenario. The testing follows the system’s first flight on May 19, 2026. The partnership between GA-ASI and Saab was announced in June 2025, with plans to demonstrate the uncrewed AEW capability during 2026. MQ-9B Gains Airborne Early Warning Capability The LoyalEye radar is installed in external payload pods, allowing the MQ-9B to carry the system without permanent structural modifications. The integration combines the drone’s long endurance with Saab’s radar technology to provide persistent air and maritime surveillance. Airborne early warning operations have traditionally relied on large crewed aircraft. The uncrewed MQ-9B configuration offers an alternative for monitoring large areas while reducing aircrew exposure in high-risk environments. According to Saab, the system can operate independently or alongside existing crewed AEW&C platforms, including Saab’s GlobalEye aircraft. It is designed to support Battle Management Command and Control (BMC2) from ground stations, ships or other aircraft using existing network infrastructure. MQ-9B Variants and Potential Customers The MQ-9B is a medium-altitude, long-endurance uncrewed aircraft offering more than 40 hours of endurance, all-weather performance and type certification. The AEW capability is intended for GA-ASI’s MQ-9B family, including the SkyGuardian, SeaGuardian, UK Protector and STOL versions. The STOL variant is under development for naval aircraft carrier operations. GA-ASI President David R. Alexander said the flight test was one of the company’s most highly anticipated evaluations, adding that international customer interest in the MQ-9B AEW capability was extremely high. Carl-Johan Bergholm, head of Saab’s Surveillance business area, said LoyalEye adds flexibility, extends surveillance reach and enables more efficient use of resources in demanding environments. GA-ASI confirmed that it is discussing the uncrewed AEW capability with several international customers. The UK Royal Navy has been identified as a potential candidate as it seeks a replacement for its ageing Crowsnest helicopter radar systems, which are expected to retire at the end of 2029. However, no specific customer, production contract or operational service-entry date has been announced. The new system is intended to complement existing crewed airborne early warning aircraft while providing persistent surveillance and allowing human aircrews to remain outside the aircraft during missions.
Read More → Posted on 2026-10-29 13:55:22
U.S
KITTERY, Maine, — The U.S. Navy’s Virginia-class attack submarine USS Washington (SSN 787) undocked on schedule at Portsmouth Naval Shipyard in Maine on October 27, 2026, completing the drydock phase of its scheduled maintenance and modernization period. The submarine will now proceed to the next stage of operational testing. USS Washington arrived at the shipyard on September 27, 2024, for an extensive overhaul involving structural inspections, mechanical and electrical system upgrades, and routine maintenance. Shipyard personnel used traditional repair methods alongside modern manufacturing techniques, including additive manufacturing, to support the work. In March 2026, Portsmouth Naval Shipyard completed a significant milestone by inspecting, testing, and installing the first welded additively manufactured copper-nickel flange on an in-service U.S. Navy submarine. The component was welded at a public shipyard for the first time and installed aboard USS Washington. The initiative supports the Navy’s efforts to expand additive manufacturing for submarine components and address supply requirements. Portsmouth Naval Shipyard Commander Capt. Jesse Nice highlighted the coordinated efforts of the shipyard workforce in completing the undocking on schedule. “Washington’s undocking is an achievement that represents a coordinated effort across the shipyard to return a renewed and combat-ready submarine back to the fleet,” Nice said. He also credited the shipyard’s workforce for overcoming challenges through traditional shipyard expertise and modern technical innovations. USS Washington Commanding Officer Cmdr. Keith Turnbull also praised the collaboration between the submarine’s crew and the civilian shipyard workforce. “I’m proud of the incredible work done between our crew and the project team, whose exceptional collaboration and vigilance led us to this undocking on time,” Turnbull said. He added that the collective effort is laying the groundwork for returning the submarine as a fully mission-capable platform operated by a skilled crew. USS Washington Submarine: Capabilities and Specifications USS Washington is a Block III Virginia-class nuclear-powered attack submarine commissioned on October 7, 2017, at Naval Station Norfolk, Virginia, which remains its homeport. The submarine measures approximately 377 feet in length and 34 feet in beam, with a displacement of roughly 7,800 to 7,900 tons. It is the 14th Virginia-class submarine and the third U.S. Navy ship named after the state of Washington. As a Block III submarine, USS Washington features two large-diameter Virginia Payload Tubes that replaced the earlier vertical launch arrangement. Each tube can accommodate up to six Tomahawk cruise missiles, providing the submarine with a total capacity of up to 12 missiles in these tubes. Next Steps Toward Fleet Operations The completion of the docking phase marks an important step toward restoring USS Washington to operational service. The submarine must now proceed through the next stage of testing before returning to fleet operations. The U.S. Navy has not announced an official return-to-service date for the submarine. Portsmouth Naval Shipyard is a primary U.S. Navy facility responsible for the maintenance, repair, and modernization of attack submarines. The work on USS Washington supports the Navy’s broader efforts to maintain undersea fleet readiness and improve the operational availability of its submarine force.
Read More → Posted on 2026-10-29 13:47:34
World
Huludao, China — China is testing a new type of semi-submersible arsenal ship featuring a distinctive trimaran design and multiple missile launch tubes. The vessel is believed to operate primarily underwater but must surface to deploy its weapons. Originally constructed at the Huangpu shipyard in Guangzhou, southern China, the approximately 65-meter-long vessel was transported north through the port of Dalian earlier this year. Commercial satellite imagery captured on May 12, 2026, showed the vessel at Dalian, while subsequent observations indicate that it is undergoing trials in Huludao on the Bohai Sea. The vessel has no officially announced Chinese designation or Western reporting name. Open-source analysis suggests it represents a separate development from China's known uncrewed surface vessel (USV) and extra-large uncrewed underwater vehicle (XLUUV) programs. Trimaran Design and Propulsion The vessel features a trimaran hull, consisting of a central body and two outriggers positioned toward the stern. The configuration is designed to provide stability when the ship surfaces, particularly during missile launch operations. Despite its semi-submersible design, the vessel relies on diesel propulsion. A prominent snorkel mast allows it to operate its diesel engines while running just below the surface. The outriggers are fitted with ducted propellers, potentially pumpjets, while the central hull is expected to house the primary propulsion system. Ship design specialist Dr. Rachel Pawling of K39 Consulting estimates the vessel's submerged displacement at approximately 900 tonnes. According to Pawling, the internal volume is largely occupied by weapons bays, leaving limited space for a human crew. A small, open navigation bridge on top of the sail is believed to be used primarily by a human pilot during harbor entry and exit, suggesting the vessel is designed to operate without a crew during missions. Missile Capacity and Potential Weapons The central hull appears to contain two large horizontal weapons hangars holding missile tubes arranged in circular clusters. Satellite imagery and open-source analysis indicate at least eight tubes, with the total estimated at approximately 16 to 18 strike-length missile tubes if both hangars have similar configurations. To launch its weapons, the vessel must surface, open the hangar doors, and raise the missile tubes into a vertical or near-vertical position. The missiles are expected to be heavy anti-ship or land-attack weapons designed for surface launch rather than underwater firing. One potential candidate is China's YJ-20 hypersonic missile, a weapon associated with the Type-055 cruisers and also reported to have been launched from Type-052D destroyers. The YJ-20 is estimated to have a range of approximately 1,000 to 1,500 km (620 to 930 miles) and is designed to engage sea and land targets. However, the missile type intended for the new vessel has not been officially confirmed. Operational Concept and Development The vessel's operating concept has similarities to Cold War-era Soviet Juliett-class cruise missile submarines, which also had to surface to launch heavy anti-ship missiles. The Chinese platform, however, is assessed to have a substantially larger missile capacity. Its long-range weapons would also require external targeting information to engage distant targets accurately. As a result, analysts believe the vessel would operate as a forward-deployed missile transporter and launcher, relying on targeting data from China's wider network of sensors, aircraft, and satellites rather than operating independently. The design combines characteristics of surface ships and submarines, providing a platform that can remain below the surface during transit but surface when required to launch its weapons. China has not released official details about the project, including its intended missile types, operational status, or deployment timeline. Current assessments remain based on commercial satellite imagery and technical analysis. Main Source : navalnews
Read More → Posted on 2026-10-28 16:06:34
U.S
Washington, D.C., — The U.S. Defense Intelligence Agency (DIA) has warned that Russia is developing a satellite designed to carry a nuclear weapon into orbit, potentially threatening thousands of military, commercial, and civilian satellites worldwide. The assessment appears in the agency's latest unclassified report, Challenges to Security in Space 2026, released on October 26. The report is the third in the DIA's series of space threat assessments and covers information current as of July 2026. According to the report, Russia is pursuing the capability despite its obligations under the 1967 Outer Space Treaty, which prohibits placing nuclear weapons and other weapons of mass destruction in orbit around Earth. Nuclear Detonation Could Damage Thousands of Satellites The DIA assessment warns that a nuclear explosion in space could cause widespread electromagnetic disruptions and create artificial radiation belts. These high-energy radiation zones could persist for years, progressively damaging or destroying satellites even after the initial explosion. The effects would extend beyond military spacecraft to civilian and commercial satellite networks supporting GPS navigation, telecommunications, weather forecasting, financial transactions, scientific activities, and national security services. The report notes that a nuclear anti-satellite (ASAT) weapon could cause the rapid loss or degradation of thousands of satellites operated by countries and companies worldwide. However, the DIA has not confirmed that Russia has deployed a nuclear weapon into orbit. The system remains under development. Russia's Space-Based Nuclear Weapon Development The report also discusses Russia's Cosmos 2553 satellite, launched in February 2022. Moscow described the satellite as a platform for testing the effects of space radiation on electronic components. U.S. officials have previously linked related Russian activities to research and development for a potential nuclear anti-satellite capability. The DIA assessment also highlights the growing importance of commercial satellite communications during the Russia-Ukraine conflict. The effectiveness of commercial satellite networks supporting Ukrainian forces has contributed to Moscow's view that commercial space infrastructure can be a legitimate military target. A nuclear ASAT capability could potentially threaten large constellations of commercial satellites that would be difficult to destroy individually using conventional missiles. DIA Assessment on China's Space Weapons The report also examines China's space capabilities, stating that there is no indication that China plans to actively test or develop a nuclear anti-satellite weapon for use in space. China is also a party to the Outer Space Treaty. The broader assessment examines the space and counterspace strategies of China, Russia, Iran, and North Korea. It highlights the expansion of dual-use space capabilities, growing cooperation among these countries, the increasing role of commercial satellites in national security, and hazards such as orbital debris. The DIA warns that introducing a nuclear weapon into orbit would create a serious challenge for the safety and sustainability of international space operations, particularly as the number of active satellites continues to increase.
Read More → Posted on 2026-10-28 16:01:57
World
San Diego, California, — The United Kingdom will lead the development of three new payloads for uncrewed underwater vehicles (UUVs) under the AUKUS security partnership, with the systems planned to become available across Australian, British and American naval fleets from 2027. Announced by the UK Ministry of Defence on October 27, the initiative advances AUKUS Pillar II, which focuses on advanced technologies, autonomous systems and shared capabilities among the three countries. The development follows the conclusion of the Maritime Big Play exercise in San Diego, where Australian, British and U.S. forces tested crewed and uncrewed maritime systems together. Three UK-Led Undersea Payloads The UK-led programme focuses on three systems designed to expand the surveillance, detection and operational capabilities of allied underwater drones. Synthetic Aperture Sonar: Produces high-resolution imagery of the seabed and underwater objects for reconnaissance, threat identification and monitoring of critical underwater infrastructure. Deployable Anti-Submarine Warfare Sensors: Allow UUVs to position sensors away from the host vehicle, extending the monitoring area for detecting and tracking hostile submarines. Deployable Non-Kinetic Effectors: Designed to produce underwater effects without conventional explosive weapons. The UK Ministry of Defence has not disclosed their specific operating mechanisms. The systems are intended to improve underwater surveillance, threat detection and protection of critical infrastructure across the Indo-Pacific, Euro-Atlantic and High North regions. Maritime Big Play Exercise Tests Allied Systems The announcement followed the Maritime Big Play exercise in San Diego, which covered four areas: anti-submarine warfare, lethality, contested resupply, and subsea and seabed warfare. The UK led the anti-submarine warfare segment and contributed 13 uncrewed surface vehicles, two anti-submarine warfare targets and four underwater gliders from six industry partners. The exercise supported efforts to integrate autonomous systems into allied naval operations and improve cooperation between crewed and uncrewed platforms. Australia’s Ghost Shark Expands Payload Options The UK announcement follows Australia's recent disclosure of new payload capabilities for Anduril's Ghost Shark extra-large autonomous underwater vehicle (XLAUV). Australia has outlined capabilities including carrying up to 12 naval mines, placing underwater logistics supply caches on the seabed, and launching Anduril's ALTIUS aerial drones from beneath the surface. Other Australian platforms involved in the broader programme include C2 Robotics' Speartooth and Ocius's Bluebottle. Some Australian payloads also participated in the San Diego exercise. Although the three UK-led payloads have not been specifically confirmed for Ghost Shark, the Australian platform's modular design is intended to accommodate different payloads as mission requirements evolve. AUKUS Pillar II Focuses on Interchangeable Payloads The developments highlight the AUKUS approach of integrating interchangeable mission payloads rather than requiring all three navies to operate identical underwater vehicles. Under this approach, a UUV developed in Australia could carry a British-developed sensor or another allied payload without requiring a completely new vehicle design. The partnership is also working on shared standards, common control systems and operational concepts to allow crewed and uncrewed platforms to function together. The long-term objective is to distribute surveillance, sensing, logistics and other capabilities across a larger number of autonomous platforms. This would allow conventional submarines to operate alongside uncrewed systems, with autonomous vehicles taking on selected high-risk missions. The first AUKUS Pillar II signature project for advanced undersea payloads and enabling systems was announced in May 2026, with deliveries scheduled to begin in 2027. Show less
Read More → Posted on 2026-10-28 15:45:17
U.S
FORT KNOX, Kentucky, — The U.S. Defense Advanced Research Projects Agency (DARPA) successfully demonstrated four autonomous ground vehicles at Fort Knox’s St. Vith Range on October 15, showcasing their ability to navigate complex terrain, detect potential threats, and coordinate simulated battlefield operations. Observed by approximately two dozen military and government representatives, the exercise marked the first end-to-end demonstration by DARPA’s Robotic Autonomy in Complex Environments with Resiliency (RACER) program linking satellite imagery directly to tactical ground operations. During the demonstration, a human operator identified a simulated threat using satellite imagery and dispatched the four unmanned vehicles to investigate. The lead vehicle, carrying a drone in an enclosed box, climbed a hill and used onboard sensors to scan the terrain. After detecting a potential target, it stopped and waited for further instructions. Two other vehicles advanced along the road to provide simulated cover and support, while the fourth moved forward as the lead vehicle approached the hilltop. The sequence concluded with a simulated rocket strike against a target on an adjacent hill approximately 300 yards away. Autonomous Vehicles and Drone Integration The vehicles were developed under DARPA’s RACER program, which has spent approximately five years developing software for high-speed autonomous movement across difficult off-road terrain, targeting performance comparable to human drivers. The demonstration used autonomous ground vehicles developed by Overland AI, integrated with one-way attack drones developed by defense technology company Anduril. Three of the four vehicles carried drone payloads. The drones could potentially inspect targets at close range or conduct strikes if equipped with munitions. However, the demonstration involved simulated strikes. The RACER vehicles use onboard sensors and autonomous software to navigate terrain, assess environmental conditions, and coordinate movements. The software is designed to operate across different platforms equipped with suitable sensors and does not rely solely on GPS or pre-mapped routes. Human Control and Military Applications Despite their autonomous navigation and coordination capabilities, human operators retain authority over all engagements. Detected targets are transmitted to mission commanders for review, and explicit human approval is required before an attack can be initiated. DARPA technical adviser Jason Gregory said the demonstration marked the first successful connection between satellite imagery and tactical ground operations. He emphasized that vehicle movement and target detection were autonomous, but the systems could not initiate attacks without human authorization. The test followed a request from U.S. European Command (EUCOM) to examine how robotic systems could operate ahead of friendly troop lines to detect threats early. Fort Knox was selected because its terrain represents conditions similar to the European theater. The modular RACER vehicles can carry weapons, drones, rockets, and other payloads. Potential missions include reconnaissance, food and ammunition delivery, and casualty evacuation. Their operational effectiveness will depend on payload capacity, endurance, and reliability, which were not fully evaluated under combat conditions during this demonstration. Follow-Up Test Planned for December DARPA plans to conduct a follow-up demonstration in December 2026, bringing in soldiers to operate and evaluate the systems. Gregory said soldiers are valuable evaluators because they can provide direct feedback on how the technology could be used in operational environments. The upcoming test will help assess the systems' practical military applications and identify improvements based on soldier feedback.
Read More → Posted on 2026-10-28 15:24:29
Space & Technology
London, — Japanese space technology company Astroscale has proposed a fleet of “bodyguard” satellites to protect Western military and communications spacecraft from potentially threatening approaches by Russia and China. The company says it could prepare a defensive spacecraft for launch within three years by adapting technologies already demonstrated in orbit. The proposal follows the October encounter between Russian military satellite Kosmos-2612 and ICEYE-X36, a commercial synthetic aperture radar (SAR) satellite providing high-resolution imagery to support Ukraine's military operations. Orbital tracking data showed Kosmos-2612 approaching from hundreds of kilometers away before closing to within approximately 100 to 500 meters of ICEYE-X36. The Russian spacecraft reportedly maneuvered around the satellite before moving away. U.S. officials described the non-consensual approach as consistent with on-orbit weapons-related operations. Russia's Luch satellites have also previously operated near Western communications satellites in geostationary orbit. Astroscale's Bodyguard Satellite Concept Alex Godfrey, Astroscale's head of defense, outlined the concept during an event in London earlier this month. The proposed spacecraft would patrol near clusters of allied military and communications satellites, monitor surrounding space, detect approaching objects, and respond to potentially threatening maneuvers. The concept is modeled on a naval carrier strike group, with smaller, lower-cost spacecraft protecting high-value satellites. Astroscale is also proposing a collaborative European approach in which the United Kingdom, France, and Germany could share responsibility for protecting satellite clusters in similar orbital locations. Godfrey estimated that a bodyguard mission could cost around 1 percent of the value of a major military communications constellation. Using the UK's £8.4 billion Skynet programme as an example, he placed the estimated cost in the region of €100 million. A single spacecraft would not be sufficient to protect an entire constellation. Existing Technology and Development Plans Astroscale plans to adapt its existing orbital servicing and space debris removal technologies. Its ADRAS-J mission successfully inspected a discarded Japanese rocket stage in low Earth orbit in 2024, while its ELSA-d mission demonstrated orbital capture technologies. These missions established the company's capabilities in rendezvous and proximity operations (RPO), which involve approaching, inspecting, and capturing objects in orbit. Godfrey noted that operating at greater distances than those required for docking or debris capture could make some defensive operations simpler. The company is also working on related defense projects. These include a UK Ministry of Defence contract for the LEDA mission, focused on understanding RPO, and a Japanese Ministry of Defense prototype responsive space system with delivery targeted for 2028. Customer Discussions and Future Development Astroscale is discussing the bodyguard satellite concept with potential European customers and organizations, but no formal development contracts have been signed. The UK government has indicated that funding for space control capabilities is planned from 2030 onward. The proposed system would build on Astroscale's existing commercial technology rather than require entirely new spacecraft designs. The company aims to provide Western military and communications satellites with additional protection against potentially threatening approaches in orbit.
Read More → Posted on 2026-10-28 15:14:11
India
Kochi, India, — The Naval Physical and Oceanographic Laboratory (NPOL), a laboratory of the Defence Research and Development Organisation (DRDO), has issued a tender for 10 sets of VLH-1000 hydrophones, supporting India's efforts to develop indigenous underwater acoustic sensors for submarine detection and surveillance. The tender, referenced as NPOL/27SOT108/LP, was issued on October 23, 2026. It seeks five sets of Type-I hydrophones with a diameter of 124 mm and five sets of Type-II sensors measuring 94.5 mm. Bids must be submitted by November 10, 2026, with technical bids scheduled to open on November 11. The contract value has not been disclosed. Technical Details of VLH-1000 Hydrophones Hydrophones function as underwater microphones, converting sound pressure into electrical signals to detect acoustic activity from ships, submarines, and other underwater sources. The VLH-1000 sensors will incorporate NPOL-developed lead zirconate titanate (PZT) ceramics. The two sensor sizes are intended to cover a wider range of acoustic frequencies, supporting underwater sound detection. The hydrophones will feature Grade-2 titanium housings, along with fibre-reinforced plastic (FRP) washers and mild steel moulds. These materials are intended to provide structural durability under high-pressure deep-sea conditions. However, the exact operating depth, sensitivity levels, and pressure ratings of the sensors have not been disclosed in the available programme details. Role in Indian Navy’s Anti-Submarine Warfare The VLH-1000 hydrophones are passive Very Low Frequency (VLF) acoustic sensors designed to support underwater surveillance and the Indian Navy's Anti-Submarine Warfare (ASW) capabilities. Unlike active sonar systems that transmit acoustic signals, passive hydrophones listen for sounds generated by underwater vessels. This allows them to monitor underwater activity without emitting signals that could reveal the sensor's location. Acoustic detection can provide an indication of submarine activity, while additional processing and information from other sensors are required for accurate identification and tracking. The procurement supports India's efforts to strengthen its domestic underwater surveillance capabilities and reduce reliance on imported components for critical naval sensor systems.
Read More → Posted on 2026-10-28 15:07:10
U.S
Bethesda, Maryland, — Lockheed Martin is working with the U.S. military to modernize the F-22 Raptor with new sensors, data links, and communication capabilities, aiming to bring the fighter to a “fifth-generation-plus” level. The initiative was outlined by Chief Executive Jim Taiclet during the company's third-quarter 2026 earnings call on October 22. The F-22 modernization, further development of the F-35, and introduction of autonomous combat aircraft are the three main elements of Lockheed Martin's strategy to increase air combat capabilities for the United States and its allies. F-22 Modernization at Skunk Works The F-22 upgrade program is underway at Lockheed Martin's Skunk Works advanced development division in partnership with the U.S. military. The modernization focuses on adding capabilities that were not included in the original F-22 design, including a distributed aperture system, advanced sensors, data links, and beyond-line-of-sight communications. Taiclet said the upgrades are intended to take the aircraft to a fifth-generation-plus capability level. Lockheed Martin is integrating technologies developed across its business divisions, including a new sensor from its Missiles and Fire Control business. The company has not disclosed the modernization contract value, detailed system names, or a fielding timeline. Lockheed Martin aims to introduce incremental mission improvements across its platforms every three to six months, although a specific schedule for the F-22 was not provided. F-35 Development and Vectis Autonomous Combat Drone Lockheed Martin is also planning to integrate sixth-generation technologies into the F-35. Taiclet said the approach aims to deliver approximately 80 percent of the capability of a newly designed sixth-generation fighter at half the overall cost. Another major part of the strategy is Vectis, an autonomous combat aircraft being developed with internal company funding ahead of formal government requirements. Lockheed Martin has increased its investment to build five Vectis aircraft, with initial flight demonstrations scheduled for 2027. The drone is designed for air-to-air combat and strike missions, with its development focused on anticipated requirements for range, payload, and survivability. The company's experience with the F-22 and F-35 is also informing how crewed fighters will connect and coordinate with autonomous aircraft such as Vectis. Third-Quarter Financial Results Lockheed Martin reported third-quarter 2026 sales of $20.7 billion, an 11 percent increase compared with the same period last year. The company also reported a record order backlog of $292 billion. The F-35 program remained a major contributor to the company's financial performance, recording a $710 million increase in sales during the quarter due to higher production and sustainment volumes. Together, the F-22 modernization, F-35 technology integration, and Vectis development represent Lockheed Martin's broader effort to increase combat capabilities while controlling the cost of future air combat systems.
Read More → Posted on 2026-10-28 15:02:43
World
Washington, — China's military intelligence, surveillance and reconnaissance (ISR) satellite fleet has expanded to more than 510 spacecraft, marking a more than threefold increase since 2018, according to a new assessment by the U.S. Defense Intelligence Agency (DIA). The DIA released its 2026 report, Challenges to Security in Space, on October 26. The assessment states that China's ISR satellite constellation included more than 510 spacecraft as of July 2026, reflecting the country's expanding space-based military capabilities. China's Expanding Satellite Surveillance Network According to the report, China's satellite network combines electro-optical imaging sensors, synthetic aperture radar (SAR), and electronic and signals intelligence systems. These technologies allow satellites to collect imagery and intelligence under different environmental conditions, including cloud cover and darkness. The DIA assessment states that China's satellite network can obtain imagery of virtually any location on Earth within 30 minutes or less. This capability improves Beijing's ability to monitor and track U.S. and allied military forces, particularly across the Indo-Pacific region. The report identifies the Korean Peninsula, Taiwan, the Philippines, the Indian Ocean, and the South China Sea as important areas of monitoring. The expanding constellation supports China's ability to track aircraft carriers, military aircraft, and other strategic assets, while providing intelligence for long-range military operations. Military and Commercial Satellites The satellite count includes spacecraft operated by both Chinese government agencies and commercial companies. The DIA notes that many Chinese satellites are presented as civilian or commercial systems. However, their dual-use capabilities and China's military-civil fusion policies allow data collected by these satellites to support the People's Liberation Army (PLA). The report describes China's space-based ISR capabilities as robust and continuing to expand, particularly through the development of low-Earth-orbit satellite constellations. China and U.S. Satellite Fleet Comparison Todd Harrison of the American Enterprise Institute provided additional figures on the growth of China's satellite fleet. According to his analysis, China's operational surveillance and weather satellite fleet increased from 141 spacecraft in 2018 to 541 in 2026. The surveillance-only fleet grew from 124 to 453 satellites during the same period. Harrison also noted that the rate of China's satellite expansion has slowed in recent years. For comparison, the United States operates 643 operational surveillance and weather satellites, up from 298 in 2018. The DIA assessment highlights China's continued efforts to integrate space-based intelligence capabilities into joint military operations, improving its ability to detect, track, and target forces on land and at sea. The report also describes China's broader objective of strengthening its position as a leading space power through the integration of civilian, commercial, and military space activities. The full Challenges to Security in Space 2026 report is available through the Defense Intelligence Agency's official website. The assessment's information is current as of July 2026.
Read More → Posted on 2026-10-28 14:50:06Search
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