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Archive for the ‘Press Release’ Category

Elbit Systems Launches Frontier: Next-Generation AI-Based System to Tackle Evolving Border Defense Challenges

Tuesday, September 9th, 2025

Elevating Persistent Surveillance with Real-Time AI-Driven Threat Detection and Decision-Making Support, Frontier reduces the workload on operating teams, reduces operational costs, and enhances mission success rates.

London, UK, September 9, 2025 – Elbit Systems Ltd. introduces Frontier, its cutting-edge wide-area persistent surveillance system, designed to address the increasing complexity and intensity of border defense challenges. Presented for the first time at the DSEI 2025 exhibition, Frontier is built to autonomously detect, classify, and assess threats in real-time. Frontier leverages advanced artificial intelligence (AI) to optimize intelligence gathering and decision-making in land, air, and maritime domains.

As global threats continue to evolve, intelligence teams are burdened with monitoring and managing thousands of alerts and massive amounts of data in real time. This challenge places significant demands on operational teams, often requiring substantial resources and risking potential errors. To address these needs, Elbit Systems developed Frontier, a smart, AI-based edge system designed to enhance surveillance operations.

Key features of Frontier include:

  • AI Based Adaptive Routine Learning: using cutting edge computing capabilities the system continuously learns and adapts to routine operations by analyzing vast amounts of data to detect anomalies and deviations.
  • Autonomous Threat Classification: Leveraging AI, the system autonomously identifies and classifies threats in real-time, enabing fast and accurate responses.
  • Smart Decision-Making Support: Frontier prioritizes and assesses the risk of potential threats, providing operators with clear, actionable insights.
  • Sensor Integration: Maximizes the capabilities of multiple sensors, turning data overflow into a coherent understanding of the peremiter.
  • Operational Efficiency: Reduces the workload on operating teams, and lowers operational costs, while improving mission success rates.

Frontier autonomously operates various types of sensors to visually confirm and classify threats, transmitting only the most relevant and analyzed information to the appropriate forces.

CTOMS Launches The FieldMate V1, V2, and EvacMate Syringe Organizers

Tuesday, September 9th, 2025

CTOMS™ is proud to introduce three exclusive syringe organizers—the FieldMate™ (V1 and V2) and EvacMate™—developed in partnership with The Flat Line Company and based on the proven MedicMate platform. Designed by first responders, for first responders, these organizers streamline medication access and delivery in tactical environments. With secure retention for multiple syringe sizes, they keep your injectable medications organized and ready when seconds matter.

FieldMate™ V1 (2×3cc + 3×10cc) & FieldMate™ V2(1×5cc + 3×10cc + 1×20cc)

Rapid-access layout with 5 syringe slots with optional color-coded ID tabs.

One-handed needle cap clamp, tip holders, and utility slot for IDs, swabs, or tools to expedite prep.

Flexible mounting options: MOLLE clip, bungee loops, IV drip clips, and optional multi-clip.

Built tough for frontline medics demanding maximum reliability.

EvacMate™ (2×20cc + 3×10cc + 1×5cc)

Optimized for casualty evacuation and high-volume medication scenarios.

Securely organizes and retains larger syringes while maintaining a quick-access design.

Shares the robust construction and modular attachment options of the FieldMate™ series.

Together, the FieldMate™ and EvacMate™exemplify the CTOMS™ commitment to developing high-functionality medical gear shaped by frontline experience and tailored for tactical performance. Engineered for speed, durability, and adaptability, these organizers raise the standard of field medicine preparedness.

The FieldMate™ V1 and V2 are available now in Black, FDE, and Ranger Green. The EvacMate™ is currently available in FDE. Exclusively at CTOMS™. For more details visit www.ctomsinc.com

Milrem Robotics, Overwatch Aerospace, MSI-Defence Systems, and Pearson Engineering Join Forces to Deliver UK-Specific THeMIS Combat UGV

Tuesday, September 9th, 2025

Milrem Robotics, the world’s leading developer of robotic and autonomous systems, along with Overwatch Aerospace Ltd, MSI-Defence Systems Limited (MSI-DS), and Pearson Engineering Limited, has announced the launch of a UK-specific version of the THeMIS Combat Unmanned Ground Vehicle (UGV) at DSEI 2025. This strategic relationship will see the four companies develop, test, demonstrate, and produce the combat-proven THeMIS platform in the United Kingdom, specifically designed to meet the needs of UK customers.

The UK version of the THeMIS Combat UGV will combine Milrem Robotics’ battlefield-proven THeMIS UGV platform with MSI-Defence Systems’ advanced TERRAHAWK Remote Weapon Station (RWS) and Overwatch Aerospace’s innovative APEX Unmanned Aerial System (UAS). Pearson Engineering will contribute its proven expertise in integrating mission-critical capabilities into armoured platforms, ensuring the vehicle is optimised for survivability, mobility, and adaptability to UK operational requirements.
Kuldar Väärsi, CEO of Milrem Robotics, said: “The THeMIS has proven its value in multiple theatres worldwide, and this UK-specific variant will take its capabilities even further. By working with trusted British partners, we deliver an advanced and mission-ready combat system and ensure that development, testing, and production happen here in the UK, creating local value and strengthening domestic defence capabilities.”

Drew Michael, CEO of Overwatch Aerospace Ltd, said: “Integrating our APEX UAS into the THeMIS Combat UGV introduces a completely new dimension to battlefield awareness and adaptability. By merging unmanned ground and aerial capabilities into a unified system, we enable forces to operate more effectively, with improved situational awareness and lower risk to personnel. This collaboration ensures our innovation directly aligns with UK defence priorities.”

Brigadier (ret) Haydn White, Senior Military Adviser at MSI-Defence Systems, stated: “The MSI-DS TERRAHAWK RWS is our fully stabilised remote weapon station, which offers exceptionally precise firepower and situational awareness in a package designed for rapid integration with a wide range of payloads and sensors. Collaborating with Milrem Robotics on this UK-focused UGV demonstrates how the best of British engineering, combined with proven international platforms, can deliver world-class capability to the British Army.”

Ian Bell, CEO of Pearson Engineering Limited, added: “Pearson Engineering will ensure that the THeMIS Combat UGV is adapted perfectly for UK operational environments and that it delivers reliable performance in the most challenging conditions. This partnership highlights our shared commitment to lead the industry into a new era of innovation and safety.”

The program will now move into a comprehensive development and trial phase, with the goal of delivering a deployable, scalable, and enduring robotic combat solution for the British Army.

Anduril Awarded Contract to Redefine the Future of Mixed Reality

Tuesday, September 9th, 2025

“Military operations are inherently human endeavors, characterized by violence and continuous adaptation by all participants. Successful execution requires Army forces to make and implement effective decisions faster than enemy forces.”

-Army Doctrinal Publication 6-0, Mission Command

Anduril Industries announced today that it has been awarded a $159 million contract by the U.S. Army for an initial prototyping period to develop a night vision and mixed reality system as part of the Soldier Borne Mission Command (formerly IVAS Next) program. This award represents the largest effort of its kind to equip every soldier with superhuman perception and decision-making capabilities—fusing the best of night vision, augmented reality, and AI into a single system.

Today’s warfighters benefit from decades of steady improvements in night vision technology, but even the best NVGs remain fundamentally limited: they provide sight, not perception. They don’t fuse multiple spectral bands, integrate battlefield data, or enable soldiers to command robotic teammates directly from their display. At the same time, command systems remain largely designed for static command posts, not for soldiers in contested, communication-degraded environments.

In a forward-deployed environment, a squad leader must stitch together maps, radios, and ad hoc apps just to know where their team is, what the threat looks like, and how higher headquarters wants them to move. Intelligence gets trapped in silos, updates arrive too late, and every new piece of gear adds complexity instead of clarity. The result: warfighters lose precious seconds just trying to get a common picture of the fight. In a world where success depends on making and implementing decisions faster than the enemy, that’s an unacceptable disadvantage.

The Solution

Anduril’s solution reimagines the battlefield interface giving soldiers superhero-like abilities. In collaboration with leading technology partners—including Meta; OSI; Qualcomm Technologies, Inc.; and Gentex Corporation—Anduril is developing a helmet-mounted mixed reality system that unites advanced night vision with augmented reality overlays. This creates a single perceptual layer that fuses day, night, and thermal imagery with real-time battlefield intelligence. Soldiers will see farther, across more spectral bands, through an intuitive, real-time display. Instead of toggling between devices, warfighters will perceive a unified picture of their environment—accelerating understanding and enabling faster, better decisions.

The competitively awarded SBMC contract provides Anduril with the opportunity to deliver a generational leap in both capability and hardware ergonomics. Anduril and its partners are developing a modular component framework, enabling soldiers to select the most effective loadout for their specific mission needs.

Soldier Borne Mission Command Architecture

Originally launched as the Integrated Visual Augmentation System (IVAS), Soldier Borne Mission Command-Architecture (SBMC-A) is the software backbone for the Army’s new mission systems. While the broader SBMC program delivers new helmet-mounted displays and edge compute hardware, SBMC-A provides the open software platform that integrates them into a fielded, soldier-ready capability, continuously iterated with Army combat units. Built on Anduril’s Lattice platform, SBMC-A is led by Anduril in partnership with Palantir Technologies, L3Harris Technologies; Persistent Systems, LLC; Sierra Nevada Company; DTC; Maxar Intelligence; Kägwerks; and others, all working together to advance integrated capabilities across the Soldier Borne Mission Command ecosystem.

Working with its partners and leveraging over 260,000 hours of soldier input from the IVAS program, Anduril has integrated IVAS 1.2 headsets as surrogates with Lattice, completing multiple field tests with the Army to advance SBMC-A as the foundation for future helmet-mounted mixed reality systems. SBMC-A has undergone four soldier exercises and been tested in combat training scenarios using a mesh of heads-up displays, and body- and vehicle-borne edge compute devices. Through Anduril’s SBMC-A, drones were directly tasked from over three kilometers away via a line-of-sight radio connection to a Lattice-integrated IVAS 1.2 headset, allowing individual soldiers to command and control drones from their HUD without a dedicated drone pilot.

Fourteen industry partners are actively engaged in the SBMC-A program, with third-party developers already onboarded to the Lattice Partner Ecosystem via the Lattice Software Development Kit (SDK) to expand capabilities inside the Lattice Mesh. Most notably, Anduril has reduced over-the-air software update timelines by 99 percent—cutting the process from two days to just 15 minutes—enabled by Lattice’s optimized test and fleet management tools. With daily updates pushing to the field, Anduril is accelerating delivery timelines, reducing costs, and continuously improving SBMC-A through real-world soldier feedback and operational testing.

Together, SBMC and SMBC-A are about human perceptual augmentation: giving soldiers the ability to see beyond the limits of human senses and act with speed and clarity across every domain of the fight. SBMC will allow every soldier to see farther, know more, and act faster than ever before, redefining what it means to fight and win in the 21st century.

Avon Protection introduces MITR-PG1 Powered Goggle at DSEI 2025

Tuesday, September 9th, 2025

The MITR-PG1 Powered Goggle is one of a number of new CBRN protective wear innovations on display on the Avon Protection stand N3-310 

9th September 2025, Melksham, UK: Avon Protection introduces the MITR-PG1 Powered Goggle at DSEI 2025, designed to provide ocular protection against particulate hazards in military, special forces and law enforcement operations. The new product has been developed to be worn with the MITR-M1 Half Mask, providing users with scalable, flexible full-face protection for tactical low- to mid-level threat environments.   

The MITR-PG1 Powered Goggle integrates seamlessly with the MITR-M1 Half Mask and head protection systems.

The low-profile, low-burden MITR-PG1 filters CS/CN/OC threats with an integrated filter and blower system which constantly purges the air within the goggle. This ensures that the wearer’s eyes remain constantly protected against particulate hazards, and the visor remains clear from fogging even in extreme temperatures. 

MITR-PG1 integrates seamlessly with ballistic and bump helmets via a strap system without interfering with other head-mounted systems such as night vision goggles. It is powered by a single 18650 protected cell battery that offers >8 hour operation from a single charge, with LED and vibrate status indicator that can be turned to stealth mode when required.

MITR-PG1 is designed to meet the requirements of ANSI Z87+ and ISO 16321-1, and can be used in an operational temperature range of -10 to 50?C.

“With the MITR-PG1 Powered Goggle joining the MITR-M1 Half Mask, we can now offer full face protection to tactical users who want a flexible, low-burden alternative to full face rigid respirators for fast evolving low-mid threat environments,” Steve Elwell, President, Avon Protection, said. “We have leveraged our 140-year history of design excellence to produce a goggle that is light and comfortable enough to be worn for more than eight hours at a time, and that integrates seamlessly with the Half Mask and commonly used helmets.”

At DSEI Avon Protection is also showcasing the MITR-M1 Communications Unit concept; a compact, high-performance system module built to integrate optimally with the MITR-M1 Half Mask, delivering clear and reliable voice transmissions for users in demanding operational environments. A new helmet mounting kit accessory, the MITR-M1 Helmet Mount, further improves the MITR-M1 don/doff process by enabling users to mount the Half Mask directly to a wide range of helmets without the need to remove the helmet.

Also newly launched is the MITR-RF Riot Agent Filter, a low-profile combination filter containing a pleated high-efficiency filter element for removal of aerosols, particulate matter, smoke, fumes; and a carbon layer for the removal of vapours that may be released from trapped particles. The filter is specifically designed for removal of riot control agents and tear gases including CS, CN and OC pepper spray.

‘A Major Win for UK industry’: Defence Industry Representatives Hail New MOD Scheme to Create Defence Inward Investment

Tuesday, September 9th, 2025

Industry representatives have lauded the announcement by the Government’s new Defence Industrial Strategy to create a new scheme to drive UK economic growth through a defence inward investment scheme when buying defence equipment from overseas.

The Defence Industrial Strategy, published today (8 September 2025) said that the MOD will launch a new defence inward investment scheme known as ‘offset’ next year – arguing that the policy “can be an effective way to create opportunities for firms to enter global supply chains, boosting the domestic industrial base, creating jobs and supporting economic growth”.

Director General of Make UK Defence Andrew Kinniburgh has described the announcement as a “major win for UK industry”.

The trade body, which represents over 700 SMEs in the defence industry, has been campaigning for the UK Government should draw inspiration from 53 other developed nations with similar policies such as Norway, Poland and South Korea and adopt a defence inward investment plan, or offset regime, as a central pillar to the UK’s growth mission and to strengthen our industrial capacity.

Earlier this year, Make UK Defence argued that such a scheme could allow up to 90% of the economic value of defence contracts going overseas to go back into the UK economy over a ten-year period, unless it was deemed necessary for national security reasons. Companies could achieve this in multiple ways such as creating new UK jobs, utilising UK supply chains with both large and small businesses, creating novel technologies and investing in skills training and apprenticeships.

Make UK Defence point to the successes other countries with similar policies such as Poland, which secured $6bn (£4.4bn) in inward investment following their F-16 acquisition in 2003. In 2023, the country also secured £200 million inward investment from the WILSA anti-aircraft and anti-missile programme. 

The trade body now want to ensure the MOD utilises the new defence inward investment scheme to incentivise the utilisation of SMEs in the defence industry and to support industries supplying critical raw materials the Defence Industrial Strategy identified as critical to UK Defence, such as steel and semiconductors.

Make UK Defence Director-General Andrew Kinniburgh said:

 “The MOD’s commitment to design a new defence inward investment plan – something Make UK Defence has spent months campaigning for – is a major win for UK industry.

“By adopting this plan, the Government will deliver more work for UK based companies, including primes, mid-tiers and SMEs, and help to fulfil the defence dividend – unlocking private investment in UK jobs, skills, and supply chains across the nations and regions.

“We look forward to continuing to work closely with the MOD to ensure the new defence inward investment plan delivers for all of industry, including SMEs, and boosts economic growth across the UK.”

Ceremonial Opening of New Ammunition Factory: Turning Point at Rheinmetall-Speed

Monday, September 8th, 2025

Rheinmetall has taken Europe’s largest ammunition factory in Lower Saxony into operation in order to meet the urgent needs of the armed forces in Europe. The technology group has invested almost €500 million in the construction of the production facility at the Rheinmetall site in Unterluess (Celle district), which was completed in a record time of just 15 months.

The presence of many dignitaries from Germany and abroad highlighted the importance of the occasion. Guests present were Vice-Chancellor and Federal Minister of Finance Lars Klingbeil, Federal Minister of Defence Boris Pistorius, NATO Secretary General Mark Rutte and General Carsten Breuer, Chief of Defence of the German Armed Forces. The highest-ranking guest was Rumen Radev, President of Bulgaria. Olaf Lies, Minister-President of Lower-Saxony, also attended the ceremony, as did many other high-ranking persons, including guests from the United States of America, Latvia and Lithuania.

In future, up to 350,000 artillery shells are to be produced annually in Unterluess at the new Lower-Saxony plant (Werk Niedersachsen), which covers an area of around 30,000 m2. The first 25,000 rounds are to be produced before the end of this year. Next year, 140,000 rounds are scheduled for delivery, with full capacity to be reached in 2027. In addition to that, the production of engines for artillery rockets is planned for the year 2026. Rheinmetall CEO Armin Papperger: “After having accelerated the production to the maximum until 2027 and then being at full capacity, the Werk Niedersachsen will be the largest ammunition plant in Europe, if not the world”.

In total, this will create up to 500 jobs – 350 at the plant in Lower-Saxony and a further 150 in the rocket engine production, which is still under development. Hundreds of more jobs will thus be created in areas such as supplementary services and suppliers.

The supply of ammunition is essential for restoring the defence capabilities of Germany and its European allies. Rheinmetall takes on the responsibility as a leading manufacturer and is investing at large-scale at various locations. Most recently, in the summer of 2023, the Düsseldorf-based group spent around €1.2 billion on the acquisition of Spanish manufacturer Expal Systems. Rheinmetall plans to produce a total of around 1.5 million artillery shells per year from 2027 onwards throughout its production network, which also includes sites in Spain and South Africa.

The urgency of the defence alliance’s need for ammunition was underscored in Unterluess by a major order from NATO member Romania, which was placed just before the inauguration ceremony began. Radu-Dinel Miru??, Romania’s Minister of Economy, and Armin Papperger, CEO of Rheinmetall AG, signed a Letter of Intent which is the basis for the next steps. Together with partners, Rheinmetall plans to invest around €550 million in the new plant in Romania.

Federal Minister of Defence Boris Pistorius: “Your success means security for our country”

The politicians praised the importance of the plant for Germany and Europe: “We are herewith investing in our security”, emphasised Federal Finance Minister Lars Klingbeil in his speech. The Vice-Chancellor also reiterated: “This plant indicates that we are taking action”.

Federal Minister of Defence Boris Pistorius addressed Rheinmetall and the defence industry as a whole: “We want you to be successful, because your success means security for our country”. And then continued: “You, the industry, deliver what is important: speed and substance”. He also categorized Germany’s efforts to increase arms production for the armed forces massively in the context of alliance policy: “NATO must become more European so that it can remain transatlantic”.

NATO Secretary General Mark Rutte emphasised in his speech: “Strong and successful is exactly what Rheinmetall is”. He cast a warning glance at the massive armament efforts in Russia and China: “Their military build-up points in a clear direction: they are preparing for long-term confrontation and competition – with us”.

Rheinmetall CEO Armin Papperger accented: “From the groundbreaking to production in just 15 months – that’s a real turning point at Rheinmetall speed”. Since the ground-breaking ceremony in February 2024 and in just over a year of construction work, Rheinmetall has created the possibility to independently meet the requirements of the German Armed Forces from national production in the future and, if required, to guarantee independent deliveries to partner countries. “Our new national production facility is setting standards and will, above all, ensure the supply of the German Armed Forces”. Rheinmetall is not limiting itself to Germany when it comes to building such plants: “This means that we can also erect comparable plants in other NATO-countries within a very short time, thus creating a pan-European defence ecosystem”, Papperger emphasised. “For example, we have already launched specific projects in Lithuania and the United Kingdom, with more to follow”.

Rheinmetall in Unterluess

The traditional site in Unterluess, which Rheinmetall has been operating in the Suedheide region since 1899, is currently the Group’s largest worldwide with 3,200 employees. Two companies are based here: Rheinmetall Landsystems GmbH and Rheinmetall Weapon and Munition GmbH. Unterluess is also an important location for Rheinmetall IT Solutions GmbH. Alongside the ammunition production, the site’s activities also focus on the development and manufacture of weapon systems. At the same time, Rheinmetall maintains its competence centre for the development, construction and support of tracked vehicles here.

The company owns an area that covers a total area of about 60 square kilometres which is largely used as a firing and testing range. Nevertheless, large parts of it are also used for forestry. 

The Gentex Mask Light Microphone

Monday, September 8th, 2025

Hands-Free Illumination and Clear Communication Built for Mission Success.

In demanding cockpit environments, aircrew can’t afford to compromise on visibility or communication. That’s why Gentex created Mask Light Microphones, fully integrated solutions that combine Night Vision Imaging Systems (NVIS)-compatible cockpit lighting with high-performance communications in single, streamlined units. Available in both Dynamic and Amplified versions, these systems give aircrew the tools they need to operate effectively in low-light conditions while maintaining clear and effective comms.

The Mask Light Advantage

By integrating a high-intensity white LED directly into the external microphone subassembly and an activation switch into the internal microphone subassembly, the Mask Light delivers reliable, hands-free, supplemental cockpit lighting for map reading, equipment checks, and other tasks without disrupting night vision or compromising safety. The fully integrated design eliminates the need for separate light mounts, reduces snag hazards, and keeps essential functions right where you need them.

Dynamic and Amplified Options for Every Platform

Mask Light Dynamic Mic (MLDM) – Powered by long-lasting CR2 batteries, this version integrates seamlessly into Gentex oxygen masks that do not draw from aircraft-supplied power, such as the MBU-20/P, MBU-20A/P, andsome HA/LPs. With a four-level brightness adjustment and rugged, Safe-to-Fly construction, the MLDM is built for maximum reliability in both fixed wing and rotary wing operations.

Mask Light Amplified Mic (MLAM) – Designed for platforms like the F-35 and F/A-18—and fully approved for use by the Department of the Air Force and Department of the Navy in all variants of the F-35—this aircraft-powered version integrates into Gentex F-35, MBU-23/P, and someHA/LP oxygen masks. With adjustable brightness, NVIS compatibility, and no batteries required, the MLAM offers continuous mission-ready performance.

Mission-Driven Design

Both models are tested to withstand windblast and ejection seat forces exceeding 600 KEAS, ensuring they remain secure in the most extreme conditions. Built to MIL-STD requirements, protected against environmental threats, and optimized for ease of installation, the Mask Light Microphones deliver an unmatched level of safety, performance, and integration.

For decades, Gentex has equipped the world’s elite aircrew with innovations that enhance mission effectiveness and protect those who serve. The Mask Light Microphones carry that legacy forward, ensuring aircrew have the illumination, clarity, and confidence to succeed in every mission.

Click the following links to learn more

Mask Light Dynamic Mic

Mask Light Amplified Mic