Uncrowned Guard

Deployment Reversed for Fort Drum Missile BattalionThe Pentagon has canceled a planned deployment of the Army’s 3rd Battalion, 12th Field Artillery Regiment to Germany, reversing a move that had been in development for roughly two years. A defense official confirmed the decision after earlier reporting by CNN, which cited a May 1 memo that also halted the rotational deployment of about 4,000 soldiers from the 2nd Armored Brigade Combat Team, 1st Cavalry Division, to Poland. The 3rd Battalion, 12th Field Artillery Regiment, based at Fort Drum, New York, had been scheduled to deploy later this year. The battalion includes more than 500 soldiers, and the cancellation leaves the unit’s near-term mission unresolved. Role in Long-Range Fires PlanThe battalion had been expected to support the Army’s expanding long-range fires presence in Europe under the 2nd Multi-Domain Task Force, which is based in Germany. Under plans announced by the United States and Germany in July 2024, the U.S. military was set to begin episodic deployments of long-range fires capabilities to Germany in 2026 as part of a broader effort that could eventually lead to permanent stationing. According to those plans, the unit would have operated advanced strike capabilities, including Tomahawk and SM-6 missile systems, alongside hypersonic weapons associated with the Army’s long-range modernization efforts. The deployment was intended to strengthen the Army’s ability to project long-range precision fires in support of NATO. Part of Broader Force Review in EuropeThe cancellation comes amid a wider reassessment of U.S. military posture in Europe. Since 2022, following Russia’s full-scale invasion of Ukraine, the United States has increased its presence in central and eastern Europe through rotational deployments under Operation Atlantic Resolve. On May 1, the Pentagon said it would withdraw 5,000 troops from Germany over the following six to 12 months as part of a broader review of American forces on the continent. The same memo that affected the artillery battalion also canceled the Poland rotation for the 2nd Armored Brigade Combat Team, even as hundreds of soldiers from that unit had already arrived for a transfer of authority with the outgoing force. German Response and Diplomatic ContextBefore the cancellation was confirmed, German officials had signaled that the long-range fires deployment remained uncertain but not yet terminated. Earlier this month, Germany’s defense ministry said there had been no “definitive cancellation” of the missile unit’s move to Europe. The shift also comes during a period of diplomatic friction between the Trump administration and German leadership. Tensions rose after Germany’s chancellor criticized the U.S. and Israeli military campaign against Iran, though the Pentagon has publicly tied the troop reductions to its ongoing force posture review. Battalion Activation and Future QuestionsThe 3rd Battalion, 12th Field Artillery Regiment was formally activated in October 2025 as part of the 2nd Multi-Domain Task Force and the Army Transformation Initiative, which aims to expand long-range precision strike capabilities. At the activation ceremony, the battalion’s commander described the unit as a formative element in turning an emerging concept into a combat-ready force. Army plans had called for the battalion to eventually be stationed in Germany. With the deployment now canceled, the timeline and location for that long-term basing plan are unclear, as is the immediate next step for the soldiers assigned to the unit. View full article

Marines Seen Training With Rifle-Mounted Counter-Drone OpticsRecent U.S. military photos show Marines assigned to the 11th Marine Expeditionary Unit training with smart scopes designed to engage small drones. The images, published April 4 on the Defense Visual Information Distribution Service, show Marines aboard a ship in the Pacific using the optics on M4 carbines while preparing for operations linked to the Middle East. The 11th MEU, a roughly 2,500-Marine force, embarked with the Boxer Amphibious Ready Group, deployed in March. Smart Shooter Inc. confirmed the optic in the photos is its SMASH 2000L advanced fire control system. The Marine Corps has previously said it would begin fielding the system with priority for units already deployed or scheduled to deploy soon. How the SMASH System FunctionsAccording to a report by Task and Purpose, the SMASH 2000L and related SMASH 2000LE models are designed to detect, track, and help engage both aerial and ground targets. The company says the fire control system performs ballistic calculations, compensates for shooter movement, and only releases the shot at the optimal moment for a higher probability of hit. It can also be unlocked for conventional firing if needed. Company officials said the system uses computer vision, artificial intelligence, and other targeting algorithms. Smart Shooter also says the optic is resistant to jamming and can be used day or night, including against tethered drones operated through fiber-optic links rather than radio control. Marine Corps Focuses on Capability Over Specific EquipmentMarine Corps officials declined to discuss the specific optic seen in the photos, but said Marines in the 11th MEU are training with systems that allow dismounted personnel to detect, track, identify, destroy, or otherwise defeat small unmanned aircraft. That effort reflects a broader Marine Corps push to expand counter-drone tools at the individual and small-unit level. Senior Marine leaders have previously described small unmanned aerial systems as a threat affecting the entire force, not only infantry units. Army Places New Order for Smart ScopesThe Army has also moved to expand rifle-mounted counter-drone capability. In a separate Task and Purpose report, Smart Shooter announced a $10.7 million Army contract for SMASH 2000LE systems and support services, with deliveries scheduled between July and September. Neither the company nor the Army disclosed the quantity being purchased. The order follows a March contract from a Pentagon counter-drone task force for just over 200 systems valued at $6.1 million. Army officials said the smart scope will be part of a layered defense approach in which larger systems engage threats farther from troops, while soldiers armed with rifles and smart optics address drones that penetrate closer to the formation. Small Drones Continue to Reshape Battlefield PlanningThe Marine and Army efforts come as small drones have become increasingly influential in recent conflicts, including operations involving Ukraine, Israel, and Iran. U.S. planners have treated the trend as a force-protection and tactical challenge requiring both new technology and updated training. In parallel with smart scopes, the Army has tested ammunition designed to disperse in flight to improve hit probability against fast-moving drones and has continued Project Flytrap, a program focused on rapid experimentation for ground units. During the Flytrap 5.0 exercise in Lithuania, soldiers practiced drone detection and counter-drone tactics under conditions that emphasized constant aerial surveillance and the possibility of one-way attack drones. View full article

Ford Set to Return After 324 Days UnderwayThe aircraft carrier USS Gerald R. Ford is scheduled to return to Naval Station Norfolk on Saturday, concluding one of the longest U.S. carrier deployments in decades. Chief of Naval Operations Adm. Lisa Franchetti said the ship will come home after 324 days at sea, following its departure on June 24, 2025. Aircraft assigned to Carrier Air Wing 8, which deployed aboard Ford, returned to their home naval air stations on Monday, according to the Navy. The carrier’s homecoming will formally close an extended cruise that far exceeded the Navy’s typical seven-month deployment model. Modern Record Among U.S. Carrier DeploymentsFord’s 324 days underway surpass the 294-day deployment completed by USS Abraham Lincoln in 2019 and 2020, making it the longest U.S. aircraft carrier deployment since the Vietnam War era, according to USNI News’ carrier deployment database. Its length approaches major Vietnam-era cruises, including USS Coral Sea’s 329-day deployment and USS Midway’s 332-day deployment. Those comparisons place Ford’s cruise among the longest sustained carrier operations in modern U.S. naval history. Operations Spanned Multiple TheatersDuring the deployment, Ford operated in the High North alongside NATO allies before shifting to the Eastern Mediterranean. The carrier later moved to the U.S. Southern Command area as part of a broader naval buildup ordered by the Trump administration ahead of Venezuelan leader Nicolás Maduro’s removal in January. Ford subsequently repositioned again to support operations in the Middle East, including Operation Epic Fury, alongside Abraham Lincoln. Reports from the deployment indicate the carrier completed five transits of the Suez Canal while operating in and around the region. Air Wing and Strike Group ActivityCarrier Air Wing 8 provided the embarked aviation component throughout the deployment, enabling the ship’s operations across Europe, the Mediterranean, SOUTHCOM, and the Middle East. The return of the air wing’s aircraft ahead of the carrier’s arrival is a standard indicator that final redeployment procedures are underway. Although the Navy did not release a detailed sortie count in the latest update, the air wing’s early return highlights the end of a mission set that required sustained flight operations across several geographically separate theaters. Maintenance Demands Expected to RiseNavy officials have said the unusually long period underway will likely create a heavier post-deployment maintenance burden than a standard cruise. Acting Secretary of the Navy Hung Cao told lawmakers on the House Appropriations Committee that each additional 30 days of deployment adds roughly 6 percent to maintenance requirements. Using that estimate, Cao said a deployment extended by about five months would generate approximately 30 percent more maintenance demand. That added workload is expected to shape Ford’s post-deployment schedule as the Navy assesses wear from the prolonged operations. Strategic and Readiness ImplicationsFord’s return closes a deployment defined by repeated theater shifts and sustained operational demand. The cruise demonstrated the Navy’s ability to keep a carrier strike group on station for an extended period, but it also underscored the readiness and maintenance costs associated with keeping a capital ship deployed well beyond normal timelines. With the ship due back in Norfolk on Saturday, attention is expected to shift quickly from deployment milestones to recovery, maintenance planning, and the long-term effects of one of the service’s most demanding post-Cold War carrier cruises. View full article

Unauthorized Overflights Trigger Austrian AlertAustria activated “Priorität A,” its highest peacetime air-defense alert, after four U.S. Air Force intelligence aircraft entered Austrian airspace without the required diplomatic clearance, according to reporting published by Welt on May 12 and statements from the Austrian Ministry of Defence. The incidents occurred on May 10 and May 11 in Upper Austria and near the Totes Gebirge. Austrian officials said the aircraft involved were two U-28A Draco intelligence platforms and two Pilatus PC-12 aircraft operated by the U.S. Air Force. Under Austria’s neutrality rules, foreign military overflights require prior diplomatic authorization. Two Consecutive Eurofighter ScramblesThe first interception followed the detection of two U-28A aircraft on May 10. A second scramble took place at 12:31 local time on May 11, when two Eurofighters were launched to identify two USAF PC-12s, according to Defence Ministry spokesperson Michael Bauer. In both cases, Austrian Quick Reaction Alert fighters carried out visual identification after radar detection and contact procedures. The U.S. aircraft were then directed to reverse course toward Munich. Austrian authorities said the incidents would be handled through bilateral diplomatic channels rather than criminal proceedings. Officials did not release callsigns, serial numbers, transponder data, routing details, or operating altitudes. Austria also stated that the aircraft showed no hostile intent, visible weapons, or electronic warfare activity, but the flights were still treated as sovereignty violations. Why the Area MattersThe overflights occurred along major Central European transit corridors connecting Germany, northern Italy, the Balkans, and Eastern Europe. The Totes Gebirge area also presents a demanding air-surveillance environment, where mountainous terrain can complicate low-altitude radar tracking and create terrain-masking opportunities for turboprop aircraft. Austria’s air-policing doctrine treats unauthorized military aircraft, radio contact failures, transponder irregularities, and unidentified tracks as grounds for immediate interception. Standard procedures include radar shadowing, radio calls, visual identification, nationality verification, and escort until the aircraft leaves Austrian-controlled airspace. Austria’s Interception CapabilityAustria’s air-defense posture is built around permanent QRA coverage supported by the Goldhaube radar and command network. Its combat fleet consists of 15 Eurofighter Typhoon Tranche 1 aircraft delivered between 2007 and 2009 and assigned to Überwachungsgeschwader at Fliegerhorst Hinterstoisser in Zeltweg. The Tranche 1 aircraft are configured mainly for air-sovereignty missions rather than broader multirole operations. Austrian Typhoons use the CAPTOR-M mechanically scanned radar and can carry IRIS-T air-to-air missiles as well as the internal 27 mm Mauser BK-27 cannon. Powered by two Eurojet EJ200 engines, the aircraft can exceed Mach 2 and operate above 55,000 feet. U-28A Draco and Diplomatic ContextThe U-28A Draco is a military intelligence version of the Pilatus PC-12 turboprop used by the U.S. Air Force Special Operations Command. Derived from a civilian design and militarized by Sierra Nevada Corporation, it is valued for endurance, austere-field operation, and persistent surveillance. Some aircraft in the fleet incorporate SIGINT geolocation, synthetic aperture radar, and GPS-denied navigation upgrades under the EQ+ configuration. A typical crew includes two pilots, a Combat Systems Officer, and a Tactical Systems Operator. The interceptions came amid closer Austrian scrutiny of foreign military transit tied to U.S. contingency planning involving Iran. Austria’s 1955 neutrality law bars participation in military alliances and requires approval for foreign military overflights. In April 2026, Austria reportedly denied several U.S. overflight requests linked to Iran-related operations. Over the same period, Switzerland confirmed nine approved U.S. Air Force overflights without unauthorized entries, suggesting the Austrian cases were tied to clearances. View full article

Partnership announced in TaiwanShield AI and Thunder Tiger Corp. announced a memorandum of understanding on May 12, 2026, to integrate Shield AI’s Hivemind autonomy software into Thunder Tiger’s unmanned systems portfolio in Taiwan, starting with unmanned surface vessels. The companies said the first milestone will place Hivemind as the AI pilot on a Thunder Tiger USV, with a live demonstration planned for this summer. The event is intended to show how autonomous maritime systems can navigate, respond, and conduct operational tasks at sea. Initial scope and testing planUnder the agreement, integration and testing will follow a phased process. The companies said this will include simulation-based testing, hardware-in-the-loop integration, and live vehicle testing. The stated objective is to validate coordinated operation among multiple autonomous systems across Thunder Tiger’s platforms. That includes testing whether maritime and aerial systems can function as a mixed fleet and perform as a multi-agent team in operational conditions. Focus on maritime and cross-domain autonomyHivemind is Shield AI’s core autonomy software and is designed to enable systems to sense, decide, and act without continuous human control. In this agreement, the software is intended for use across Thunder Tiger’s maritime and aerial unmanned systems, beginning with USVs. Shield AI co-founder Brandon Tseng said the partnership is aimed at supporting Taiwan’s Ministry of National Defense with asymmetric capabilities and is part of the company’s broader strategy in Taiwan. He also said Hivemind has previously been integrated on dozens of platforms in multiple domains and that the Taiwan effort will support cross-domain, multi-agent teaming in contested environments. Thunder Tiger board director and general manager Gene Su said the company’s systems are built for operational use cases ranging from coastal defense to broader multi-domain missions. He said integrating Hivemind is intended to add autonomous decision-making and improve the ability of individual platforms to operate independently or as part of a coordinated team. Broader Taiwan presenceShield AI said the agreement builds on its existing contracts and agreements in Taiwan related to AI-piloted unmanned systems and teaming. The company also pointed to its in-country presence, including an office in Taipei 101, as part of its effort to support the development, fielding, and sustainment of autonomous defense capabilities in partnership with local industry. Company backgroundShield AI, founded in 2015, develops autonomy software and aircraft, including Hivemind, V-BAT, and X-BAT. The company said it operates offices and facilities across the United States, Europe, the Middle East, and the Asia-Pacific region. Thunder Tiger Corp., listed on the Taiwan Stock Exchange as 8033, manufactures unmanned aerial vehicles, unmanned surface vessels, and related systems. Its products are used in defense, inspection, disaster response, and other mission-focused applications. The release also noted that Thunder Tiger’s FPV platforms have been approved under the U.S. Department of Defense Blue UAS program, a designation tied to cybersecurity, supply chain integrity, and non-PRC sourcing requirements used in allied procurement. View full article

CBO Estimates Long-Term Cost and ScopeThe Congressional Budget Office said May 12 that the proposed “Golden Dome for America” missile defense architecture could cost about $1.2 trillion over 20 years. CBO’s estimate, totaling $1.191 trillion, includes roughly $1.025 trillion in acquisition and average annual operation and support costs of about $8.3 billion. The office said the figure reflects a broad mission set: defense of the entire United States, including Alaska and Hawaii, against ballistic, hypersonic, cruise missile, and other aerial threats through multiple overlapping layers. CBO’s estimate is far above the $185 billion figure previously associated with Pentagon planning, but the gap appears tied to different assumptions on time frame, architecture, and which budget accounts are included. Space-Based Interceptors Drive the Largest ShareThe largest cost element is a boost-phase interceptor layer in low Earth orbit. CBO modeled 7,800 interceptor satellites in near-polar orbits at about 300 to 500 kilometers altitude. The constellation is sized to counter a raid of 10 intercontinental ballistic missiles launched nearly simultaneously, with two intercept attempts per target. The concept relies on destroying missiles during the first three to five minutes of flight, before they can deploy reentry vehicles or penetration aids. CBO said that because satellites in low orbit are constantly moving and subject to atmospheric drag, sustaining 7,800 on station would require roughly 30,000 interceptor satellites over 20 years, with replacement about every five years. Ground and Surface Layers Expand CoverageFor exo-atmospheric midcourse defense, CBO included the existing Ground-Based Interceptor field at Fort Greely, Alaska, plus two new upper wide-area sites. Each new site is modeled with 60 Next-Generation Interceptors in silos, a Long-Range Discrimination Radar, a command facility, and local THAAD and Patriot PAC-3 MSE defenses to protect the site itself. The lower wide-area layer would add four Aegis Ashore sites equipped with SPY-6 radars, Mark 41 launch cells, and 48 SM-3 Block IIA interceptors each. CBO estimated deployment at nearly $4 billion per site and annual operating costs at about $170 million. Supporting systems would include over-the-horizon radar, Sentinel radar, THAAD, Patriot MSE, and counter-drone defenses. Regional Sectors and Tracking NetworkCBO’s homeland air and missile defense grid centers on 35 regional sectors. Each would include a command center, one Aegis-based radar, 24 Sentinel MPQ-64A4 radars, eight Glide-Phase Interceptors, four SM-3 Block IB missiles, 20 SM-6 Block IB interceptors, 32 THAAD interceptors, and 84 Patriot MSE missiles. CBO estimated this regional layer at $187 billion over 20 years. The plan also depends on a major sensor network: 108 tracking satellites in low Earth orbit and 27 in medium Earth orbit, at an estimated 20-year cost of $90 billion. The purpose is to detect launches, maintain tracking on ballistic and hypersonic threats, and provide targeting data to ground radars and interceptors. Limits, Industry Demands, and Strategic EffectCBO said the notional architecture would be most effective against limited attacks by regional adversaries or smaller strikes by a peer state. It emphasized that the ability to engage incoming weapons does not guarantee a successful intercept. A large-scale Russian or Chinese strike could still saturate the system through volume, decoys, maneuvering payloads, cyber and electronic attacks, or strikes on satellites and supporting infrastructure. The U.S. Space Force has already awarded contracts worth up to $3.2 billion to 12 companies for space-based interceptor work. Major contractors, including Lockheed Martin, Northrop Grumman, RTX, Boeing, and launch providers such as SpaceX, are expected to compete for larger roles. CBO said schedules will depend not only on funding, but also on industrial capacity for satellites, interceptors, radars, software, launch services, and communications networks. View full article

Deployment Halted After Initial MovementThe Pentagon has canceled the planned deployment of the 2nd Armored Brigade Combat Team, 1st Cavalry Division, to Europe after elements of the unit had already begun moving into the theater, according to U.S. officials. A Defense Department memo issued May 1 stopped the rotation, which was expected to send nearly 4,000 soldiers to central and eastern Europe for several months, primarily in Poland. Officials said a portion of the brigade’s advanced echelon had already arrived in Poland and has now been directed to return to the United States. The reason for the cancellation has not been publicly explained. Military Times first reported the decision. Rotation Was Tied to Operation Atlantic ResolveThe Texas-based brigade was scheduled to replace the 3rd Armored Brigade Combat Team, 1st Cavalry Division, as part of a routine rotational presence supporting Operation Atlantic Resolve, the U.S. mission to strengthen NATO’s posture in central and eastern Europe. The canceled movement comes as the White House has announced plans to reduce the U.S. military footprint in Europe by about 5,000 troops. A defense official said the broader cuts include removing one of the four rotational brigades previously assigned to the region. Operation Atlantic Resolve expanded significantly after Russia’s full-scale invasion of Ukraine in 2022, when the United States increased forces along NATO’s eastern flank. According to a defense official, that posture had risen to two division headquarters and five brigades, but has since been gradually reduced to one division headquarters and three brigades. Advance Team Had Already Begun the HandoverMembers of the brigade’s advanced echelon were already in Europe when the order was canceled. Those troops had deployed ahead of the main body to conduct the handoff with the outgoing unit and prepare for follow-on training with allied and partner forces. The Army had announced the rotation in March. Soldiers from the 2nd Armored Brigade Combat Team had completed extensive pre-deployment preparation, including two rotations at the National Training Center at Fort Irwin, California. The brigade had also been designated as a “transform in contact” unit, a label used for formations testing and integrating new technology and tactics during training before operational deployment. Ceremony Proceeded the Day the Memo Was IssuedOn May 1, the brigade held a color-casing ceremony, a traditional event marking a unit’s departure for deployment. During the ceremony, Maj. Gen. Tom Feltey, commander of the 1st Cavalry Division, emphasized the strategic signaling associated with sending an armored brigade combat team overseas. The same day, the Defense Department announced the withdrawal of 5,000 U.S. troops from Germany following a review of the American military presence in Europe. Recent Mission History and Wider ContextThe 2nd Armored Brigade Combat Team last deployed to Europe in 2023. Some of its soldiers had also recently participated in the Army’s 250th birthday parade in Washington, D.C. The cancellation reflects a broader shift in force posture after the U.S. buildup that followed Russia’s 2022 invasion of Ukraine. While U.S. officials have not detailed why this specific brigade rotation was halted, the decision indicates that the reductions now underway are affecting operational deployments already in progress. View full article

Contract and purposeU.S. Special Operations Command is evaluating a mobile software platform designed to give operators in the field direct access to commercial satellite imagery and imagery analytics on handheld Android tactical devices. The effort is being led by Austin-based geospatial data firm SkyFi under a Phase I prototyping contract of undisclosed value. According to the company, the award was made through the Special Operations Forces Acquisition, Technology, and Logistics Center. SkyFi said the work includes development of a prototype platform, called the Sovereign Intelligence Platform, along with an Android Tactical Assault Kit, or ATAK, plugin and exploratory field testing with SOCOM personnel. Integration with ATAK devicesATAK is widely used by military and law enforcement units on ruggedized smartphones and tablets for battlefield awareness, mapping, and mission coordination. The platform supports a growing ecosystem of plugins and data services that combine maps, friendly force tracking, drone video, sensor inputs, and other operational information in a single interface. SkyFi’s objective is to add commercial Earth-observation data to that environment. The company aggregates imagery and analytics from a large network of commercial providers rather than operating satellites itself. It says its marketplace includes optical imagery, synthetic aperture radar, hyperspectral data, and related analytics from more than 150 satellite providers. Shift toward tactical-edge accessThe project reflects a broader shift in how military users consume intelligence as commercial satellite constellations expand and cloud-based delivery improves. Instead of relying only on imagery routed through centralized analysis centers, operators increasingly want direct access on mobile devices during missions, particularly in dispersed or communications-constrained environments often described as the tactical edge. Under current processes, personnel typically submit imagery requests before operations through centralized channels, with limited ability to retrieve archived imagery or request new collections once deployed. SkyFi’s software is intended to let users preload relevant local data before a mission, pull archived imagery in the field, and request new collections when connectivity is available. Technical limits and bandwidth constraintsSome functions still depend on cloud access, including direct satellite tasking. Bandwidth is a central constraint, particularly in denied or degraded communications environments. Rather than pushing large imagery volumes to deployed forces, the concept emphasizes delivering smaller, localized datasets tied to the user’s operational area. SkyFi chief executive Luke Fischer, a former U.S. special operations aviator, said the company built the software for military users seeking faster access to imagery and AI-enabled analytics on mobile devices. He also said the company has tested similar direct-to-device imagery systems with military units outside the United States for more than a year. Broader market and potential usersAlthough the current work is focused on SOCOM, the model has potential applications beyond defense. SkyFi said it is also marketing related capabilities to civilian agencies and emergency-response organizations that already use ATAK, including law enforcement, firefighting, and forestry services. Fischer said ATAK has more than 500,000 users across military, public safety, and government communities. SkyFi added that engineers with prior experience at Uber helped develop the application, with the design centered on moving geospatial information more directly to frontline users. View full article