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𼽠NATO Preps AI-Driven Augmented Reality Headborne System for Field Trials
A new head-mounted augmented reality systemâthe Field Operator HUDâis being developed by Distance Technologies to improve battlefield visualization for military vehicle operators.

đŹ In Todayâs Defense Brief
đ°ď¸ Space Force Vice Chief Says Service May Need Twice as Many Guardians
đ Army Eyes Acoustic Detection Systems to Help Dismounted Troops Spot Small Drones
đ§ Army Tests Next-Gen C2 âCommon Data Layerâ Prototype for the First Time
đŻ Germany Orders Additional METEOR Beyond-Visual-Range Air-to-Air Missiles
𼽠NATO Preps AI-Driven Augmented Reality Headborne System for Field Trials
đą Plus 10 other news stories you may like
đ° Full Breakdown
đ°ď¸ Space Force Vice Chief Says Service May Need Twice as Many Guardians â Read More
Space Force leaders are signaling that the serviceâs manpower growth is falling behind its expanding mission set, with Vice Chief Gen. Shawn Bratton arguing the branch likely needs to roughly double its uniformed footprint over the next decade. He said annual accessions on the military side need to accelerate beyond current levels to keep pace with operational demand.
Bratton tied the personnel push to scale: the number of operational satellites under Space Force control has surged since the service stood up, while the overall budget has also climbed sharply. His message was that capacity isnât just dollarsâitâs trained operators, infrastructure, and intelligence units able to employ a rapidly growing orbital architecture.
He also pointed to ongoing maturation as the Space Force builds out service components aligned to combatant commands, citing recent progress in standing up these organizations as the branch âcatches upâ institutionally. Bratton also acknowledged internal reforms aimed at bridging culture gapsâespecially between operations and acquisitionâframing those fixes as essential if the force is going to grow responsibly.
đ Army Eyes Acoustic Detection Systems to Help Dismounted Troops Spot Small Drones â Read More
The Army is surveying industry for acoustic detection capabilities that can help dismounted troops detect and cue against small drones, particularly Group 1 and Group 2 UAS. The effort is being driven by the Armyâs C5ISR Center under DEVCOM, which issued a request for information intended to shape requirements and prototyping pathways for a soldier-usable âsenseâ layer.
The RFI frames the need around the hard problem of spotting small, low-flying drones in time to matterâespecially as drone swarms and low-cost UAS have proliferated in recent conflicts. Acoustic sensing is being positioned as a complementary approach that can provide overhead warning when radar, EO/IR, or other detection methods are degraded, cluttered, or simply unavailable at the dismounted edge.
The push sits inside a broader Pentagon and Army sprint to stand up more robust counter-small-UAS capabilities informed by battlefield lessons. The article notes senior-level direction to accelerate C-UAS development, with an emphasis on tools that formations can operate themselvesâaiming for systems that are easy to use, widely fieldable, and practical for everyday force protection in contested environments.
đ§ Army Tests Next-Gen C2 âCommon Data Layerâ Prototype for the First Time â Read More
The Army conducted a first test of a prototype âcommon data layerâ for its Next Generation Command and Control (NGC2) modernization priority, running the effort in the Pacific with the 25th Infantry Division. Leaders described the data layer as foundational: AI-enabled decision speed depends on data being accessible, secure, and structured so software and algorithms can actually use it.
The test was part of the Lightning Surge series (formerly Lightning Strike), designed as serialized, incremental events that build toward larger multi-domain experimentation like Project Convergence. In this iteration, the priority was validating that the prototype could feed an edge-to-common operating picture and keep updates synchronized in near real-time across the architectureâessentially proving âvisualize the battlefieldâ at division scale.
The Army framed the work as complementary to other NGC2 prototyping efforts, including a parallel division-level effort with another vendor, emphasizing that the service wants multiple vendors and approaches feeding learning. In practical terms, evaluators looked at whether the data layer improved secure sharing across networks and platforms, supported maneuver, integrated diverse signals, and accelerated reporting through an AI pipeline.
đŻ Germany Orders Additional METEOR Beyond-Visual-Range Air-to-Air Missiles â Read More
Germany has signed another contract for additional METEOR beyond-visual-range air-to-air missiles for the Bundeswehr, continuing a pattern of follow-on procurement for the ramjet-powered weapon. MBDA says the award was made via the Meteor Integrated Joint Programme Office on behalf of Germanyâs procurement authority, highlighting the programâs multinational structure and the ongoing demand signal among partner nations.
METEOR is positioned as a âno-escape zoneâ air dominance missile, using a solid-fuel, variable-flow ducted rocket (ramjet) produced in Germany by Bayern-Chemie that provides sustained thrust through intercept. MBDA underscores METEOR as a flagship example of six-nation European collaboration (Germany, UK, France, Italy, Spain, Sweden) delivering a shared, high-end capability.
The announcement also points to broader momentum around METEOR integration and testing across platforms, including continued work related to F-35 integration progress, and its fielding across aircraft like Typhoon, Rafale, and Gripen. The new German buy reinforces Europeâs push to strengthen air-to-air lethality and readiness as air-defense and air-superiority requirements intensify across the region.
𼽠NATO Preps AI-Driven Augmented Reality Headborne System for Field Trials â Read More
A new head-mounted augmented reality systemâthe Field Operator HUD (FOH)âis being developed by Distance Technologies to improve battlefield visualization for military vehicle operators. The concept is to boost situational awareness without overloading crews, using a minimalist, mission-first interface that selectively surfaces only mission-critical inputs instead of dumping every data stream into the operatorâs view.
FOH combines âcomputational opticsâ AR hardware with AI-enabled processing to fuse multiple sensor feeds, identify and track relevant objects, and filter whatâs displayed down to whatâs operationally useful. The system is designed to connect with vehicle and soldier systems through wired and wireless links, and itâs engineered for use both inside and outside vehicles depending on the mission and operating environment.
The article also highlights cross-domain utility: FOH is described as enabling shared control of unmanned aerial vehicles, delivering live video and location data to support coordinated operations. It can integrate with night-vision goggles for low-light use. Field trials with NATO forces and allied nations are expected in the coming months, with broader availability planned for 2027.
đ Other Important News
âď¸ Air
đĄď¸ Land
Army to push M1E3 prototypes to soldiers this summer, five years ahead of schedule â Read More
đ°ď¸ Space
đ Industry
Leonardo DRS opens advanced naval power and propulsion facility in Charleston region â Read More
AeroVironment faces stop-work order, renegotiates SCAR deal â Read More
Reuters: Fear and resignation in Davos as Trump dominates WEF agenda â Read More
No decision yet on AFRICOMâs future as terror groups become âmore cohesive,â official says â Read More
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