CVC Capital Partners to Acquire Smiths Detection for $2.2 Billion in Strategic Divestiture CVC Capital Partners has agreed to acquire Smiths Detection, one of the world’s leading suppliers of av...
ALAMO ACE — The Air Force’s approach to network resilience is fundamentally changing, and according to Chief Information Security Officer Aaron Bishop, most organizations have misunderstood the ...
The U.S. Air Force is moving closer to finalizing a sweeping reorganization of its weapons procurement structure that could reshape how the service manages billion-dollar defense programs and responds to emerging threats. According to Air Force Lifecycle Management Center (AFLCMC) Executive Director Dennis D’Angelo, the service expects to complete plans for consolidating Program Executive Offices (PEOs) under new Program Executive Offices for Acquisition (PEAs) within weeks—a reorganization that represents part of the Pentagon’s broader initiative to realign decision-making authority higher in the chain of command.
Northrop Grumman Unveils Project Talon, Redefining Affordable Combat Drone Development NORTHP Grumman has officially unveiled Project Talon, an autonomous combat drone that represents a significant sh...
After 14 years leading Leonardo DRS through significant transformation, outgoing CEO Bill Lynn recently sat down to reflect on the company’s evolution and the broader defense industry landscape. Lynn, who arrived in 2012 fresh from serving as deputy secretary of defense under President Obama, is handing the reins to Chief Operating Officer John Baylouny on January 1st. When Lynn took the helm, DRS faced a precarious situation. The company was heavily dependent on military operations in Iraq and Afghanistan, and as those conflicts wound down, revenues dropped precipitously. The company had been acquired by Italian firm Finmeccanica (now Leonardo) years earlier, burdened by an overly complex security structure that magnified the revenue challenges.
France’s Ministry of the Armed Forces has publicly confirmed that India is actively pursuing acquisition of 90 Rafale F4 fighter jets with an additional option for 24 Rafale F5s—the most explici...
Pentagon Acquisition Reform Faces Bureaucratic Pushback Secretary of Defense Pete Hegseth delivered a forceful speech on November 7 outlining radical reforms to how the Department of Defense develops ...
ArianeGroup Achieves First Flight of France’s Sovereign SyLEx Suborbital System ArianeGroup has successfully completed the inaugural launch of SyLEx, a new sounding rocket system developed for F...
The Ukraine conflict is fundamentally rewriting the playbook for American combat medicine, forcing a dramatic shift from counterinsurgency doctrine developed over two decades of Global War on Terror operations toward large-scale combat operations (LSCO) realities. With hundreds of thousands of casualties on both sides, the Russo-Ukrainian war offers stark lessons that military medical professionals cannot ignore. The most visible transformation stems from drone warfare proliferation. Unlike traditional artillery that creates fragmentation wounds affecting large areas, FPV drones and precision munitions function as targeted weapons hunting individual soldiers. This shift has dramatically altered casualty profiles: Russian forces report death-to-wounded ratios as high as 1:1.3 in certain sectors, compared to historical conflicts where wounded significantly outnumber fatalities. More critically, drone-dominated airspace has crippled traditional medevac operations. Helicopter losses—Russia has already lost at least 166 rotorcraft—force increasing reliance on ground-based casualty evacuation, extending evacuation times from minutes to hours. This convergence of deadlier wounds and delayed treatment creates a survival crisis.
The Indo-Pacific military landscape is undergoing a profound technological transformation that will fundamentally reshape how conflicts unfold in the coming decade. As the world’s most dynamic defense theater, this region demands urgent attention from US strategic planners and military commanders grappling with evolving threats and accelerating technological advancement. US military forces currently face a critical inflection point in the Indo-Pacific. While American defense capabilities remain formidable, the pace of technological change among peer competitors—particularly in advanced weapons systems, artificial intelligence, and autonomous platforms—has created measurable readiness gaps that demand immediate attention.
Dassault Aviation and Thales have formalized a long-term strategic partnership to develop controlled and supervised artificial intelligence for next-generation air combat systems. The agreement, signed November 18, 2025, and announced November 25 at Paris’s International Adopt AI Summit, marks a pivotal moment in European defense technology development. The collaboration brings together Dassault Aviation, France’s prime contractor for collaborative air combat systems, with cortAIx, Thales’ dedicated AI accelerator. This partnership aims to establish sovereign AI capabilities for both manned and unmanned military aircraft, addressing mission-critical functions including observation, situation analysis, decision-making support, operational planning, and air operations control.
The U.S. Army is moving forward with plans to develop a new counter-unmanned systems interceptor program, targeting the proliferation of small drones that have emerged as significant threats in modern warfare. The RFI seeks mature, commercially available technologies including seekers, control actuation systems, batteries, mission computers, and related components capable of performing at Technology Readiness Level 5 or higher. Components must be immediately available for laboratory demonstration and engineered for compact 40-70 millimeter diameter missiles while withstanding military environments and launch accelerations exceeding 30 G-forces.
Dassault Aviation and Thales solidify defense AI leadership through strategic cortAIx partnership Dassault Aviation and Thales’ artificial intelligence accelerator cortAIx have formalized a land...
2026 Aviation Events Calendar: Global Conferences and Airshows Shape Industry Future The aviation industry’s robust calendar of conferences, airshows, and specialized forums underscores the sect...
Oman has officially entered a new era of space technology with the signing of a major agreement with Airbus Defence and Space to design, build, and launch OMANSAT-1, the Sultanate’s first high-capacity communications satellite. This milestone project represents a pivotal moment in Oman’s growing space program and its broader strategy to enhance digital infrastructure and sovereignty. According to Oman’s state news agency Oman Observer, OMANSAT-1 will deliver high-capacity communications services across Oman and its territorial waters, with extended coverage reaching key regions including the Middle East, East Africa, and Asia. The satellite’s wide footprint positions Oman as an emerging player in regional space-based communications infrastructure.