BATTLESPACE Updates

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NEW TECHNOLOGIES, AVIONICS AND SOFTWARE

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Sponsored By Oxley Developments

 

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17 Oct 25. DT Research, the leading designer and manufacturer of precision engineered computing solutions for vertical markets, today announced the LT360 Rugged Laptop, the latest in the line of fully rugged laptops designed for ultimate versatility, durability and reliability in harsh conditions. The LT360 rugged laptop is designed for military, law enforcement, first responder, field service and warehouse environments with IP65, MIL-STD-810H and MIL-STD-461G ratings, EPEAT certification, Energy Star and TAA compliance.

The DT Research LT360 rugged laptop is a high-performance computer that runs Windows® 11 IoT Enterprise, Windows® 10/11 LTSC, or various Linux® distributions operating system on AI-ready Intel® Core™ Ultra “Series 2” 5/7 processors and has a full-size, backlit keyboard. The 13.3” high-brightness (1000 nits) touchscreen is a sunlight-readable capacitive touch display, with high-resolution (1920 x 1080). There is also an option for 4K (3840 x 2160) resolution ideal for training videos and crisp image details. This fan-based design brings more sustained top performance while decreasing the overall weight, adding to the ultimate usability and portability.

“In keeping with our customer-focused business strategy, we have carefully listened to what our customers require, and precision engineered the next version of our rugged laptop to include the exact storage, ports, and connectivity needed.” said Kevin Tsai, vice president of product engineering. “This more powerful, lighter weight rugged laptop delivers sustained top performance with the benefit of valuable configurable options so customers can target a solution for their exact project needs.”

Optional Night Vision

The LT360 offers an optional night vision screen for light-sensitive operations that require added security. The Daylight mode is 800 nits, while the NVIS mode has a choice of 0 to 20 nits providing clear readability of display with the naked eye in dark environments that does not interfere with Night Vision Goggles (NVGs), or 0 to 0.7 nits providing clear readability of display with NVGs in dark environments, and both are MIL-STD-3009 class B compliant.

Multi-factor Authentication

With a built-in CAC/smart card reader, IR camera, and dual-frequency RFID, the LT360 rugged laptop provides advanced and fast identity verification for secure data access based on preset access levels.

Tough Enough for Mission Critical Environments

The LT360 offers optional IP-rated military connectors (Fischer, Bernier, GlenAir, ODU) bringing more complete water and dust protection. The Nano SIM card slot and SD slot are easily accessible for quick data transfer, and the SSD slot supports up to 4TB. The dual hot-swappable batteries ensure worker efficiency with continuous operation, adding to ease-of-use for all mission-critical projects.

Whether docked in a mobile office vehicle, being carried in the field, or in a front-line, the LT360 rugged laptop delivers reliable and robust computing to enable advanced situational awareness and data management. The LT360 rugged laptop includes a set of features and options that add to targeted functionality:

  • IR Camera with Windows Hello: convenient and seamless login experience, eliminating the need for passwords or PINs.
  • GNSS GPS: Global Navigation Satellite System (GNSS) receivers offer improved accuracy, reliability, and functionality for location calculation, accurate timing, and reliable connectivity.
  • Barcode Scanner: reads 2D and 1D barcodes for accurate data collection.
  • RFID Reader: Dual-frequency RFID can provide access control and secure user authentication.
  • Mobile Broadband: 4G/5G LTE enables constant, high-speed internet access anywhere there’s a cellular signal, offering more reliable, secure connections.
  • Military Standard Rugged: IP65-rated for water and dust resistance; MIL-STD-810H for shock and vibration protection; and MIL-STD-461G to control electromagnetic interference. Temperature operation: -10°C to 60°C (14°F to 140°F), optional -30°C to 60°C (-22°F to 140°F); storage: -55°C to 70°C (-67°F to 158°F) and humidity 0% – 90% non-condensing. EPEAT certified, Energy Star, and FCC Class B, CE, RoHS compliant.
  • Interactive, Indoor-Outdoor, Night Vision Display: 13.3” LED-backlight, high-brightness (1000 nits) sunlight readable screen with capacitive touch and digital pen support. Optional MIL-STD-3009 class B NVIS mode available.
  • High Capacity Battery with Continuous Operation: The LT360 laptop offers 60W or 90W dual 11.4V batteries with modular design to easily replace the batteries with a hot-swappable battery pack.
  • High Performance and Robust: Microsoft® Windows® 11 IoT Enterprise, Windows® 10/11 LTSC, or various Linux® distributions operating system runs AI-ready  Intel® Core™ Ultra 5 or 7 processors (Series 2). SSD slot is removable and supports up to 2TB. Dual RAM slots support up to 64GB.
  • Two-factor Authentication: Built-in smart card/CAC reader with NIST compliant BIOS available.
  • Network Communication: Built-in Intel® BE200 Wi-Fi 7, BT 5.4 LE, and 4G/5G LTE/AWS mobile broadband.

Availability

The DT Research LT360 rugged laptop is immediately available from DT Research’s authorized resellers and partners, and will be featured at the IACP 2025 show in Denver October 18-21 in booth 1162.

About DT Research

DT Research™, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, delivers the world’s most comprehensive line of Rugged Tablets, Medical Computing Solutions, and Rugged Laptops. DT Research products are uniquely designed with customizable built-in options assembled in California, providing customers with rapid time-to-market solutions that are TAA compliant. The DT Research family of products is based on embedded computing platforms that power secure, reliable and cost-effective computing. DT Research systems offer computing mobility within industrial and harsh environments through durable solutions with wireless connectivity, high-quality touch displays and Windowsâ, Android, and Linux operating systems. More than 200 organizations across the globe rely on DT Research solutions in industries such as government, healthcare, hospitality, logistics, military, construction and warehousing. DT Research is headquartered in Silicon Valley, California. For more information, visit www.dtresearch.com and follow @dtresearch, #MilitaryTablets, #RuggedTablets and #MedicalTablets.

DT Research and WebDT are trademarks of DT Research, Inc. All other brands and product names may be trademarks and/or registered trademarks of their respective owners.

 

15 Oct 25. Neousys Launches Extreme-Rugged AI GPU Computers for Mission-Critical Applications. The new fanless SEMIL-2200 series from Neousys, including the GPU-accelerated SEMIL-2200GC, is designed for demanding defense applications, offering complete sealing and full compliance with military standards for reliability. Neousys Technology has introduced the SEMIL-2200/2200GC series, an extreme-rugged, fanless AI GPU computer engineered for defense and military applications where adherence to MIL-STD compliance is essential. The company, a provider of rugged embedded computers, designed the new series for mission-critical use. The SEMIL-2200 is a half-rack computer that supports Intel 14th, 13th, and 12th Gen Core processors, while the SEMIL-2200GC is a 19-inch 2U rackmount edge AI platform that further integrates NVIDIA L4 GPU acceleration. This combination delivers the powerful AI inference and data processing performance required by next-generation autonomous defense systems, including unmanned vehicles and C4ISR networks. The SEMIL-2200GC series is designed to operate in environments where conventional GPU servers would fail. It is MIL-STD-461G compliant (CE102, RE102, RS103) for electromagnetic compatibility in ground applications and MIL-STD-1275D compliant for reliable power stability in vehicle and mobile deployments. The series is also MIL-STD-810H tested for shock, vibration, and wide temperature ranges. To enable 24/7 operation in extreme environments, the design features an IP69K-rated, fully sealed, fanless enclosure for complete water and dust protection. By eliminating mechanical fans and implementing a patented thermal design, the SEMIL series supports fanless wide-temperature operation from -40°C to 70°C, with GPU performance sustained up to its 58°C throttling point. The SEMIL-2200 series is built for defense contractors, system integrators, and solution providers who require rugged AI computing at the tactical edge. Typical applications include Unmanned Ground Vehicles (UGVs) for reconnaissance, logistics, and autonomous mobility, Unmanned Surface Vessels (USVs) supporting mine inspection and maritime patrol operations, and C4ISR/C5ISR platforms requiring reliable, high-throughput AI data processing.

Brian Hsieh, Product Manager at Neousys Technology, said, “Defense environments demand computing platforms that deliver performance without compromise. With the SEMIL-2200 series, we’re providing a fully sealed, MIL-STD-validated AI GPU computer that enables contractors and integrators to deploy autonomy and intelligence at the tactical edge, on land or at sea.”

The company states that the SEMIL-2200 series bridges the gap between industrial embedded computers and costly bespoke military servers. (Source: https://www.defenseadvancement.com/)

 

13 Oct 25. Honeywell (NASDAQ: HON) today announced the launch of its new Honeywell Alternative Navigation Architecture (HANA) — a software-based solution designed to ensure resilient navigation for crewed and uncrewed aircraft, as well as military surface vehicles, in environments where Global Navigation Satellite System (GNSS) signals are degraded, jammed or spoofed.

“Due to the proliferation of low-cost tools, the number of jamming, spoofing and blocking incidents is growing and is leaving more pilots and operators in the air without access to GNSS data,” said Matt Picchetti, vice president, Navigation and Sensors, Honeywell Aerospace Technologies. “HANA is our latest alternative navigation system designed to counter these threats by providing precise information on the aircraft’s position, velocity and orientation when GNSS signals are unavailable.”

HANA is a multi-system navigation platform that includes:

  • Vision-aided navigation: Using live camera feeds to match ground imagery with map databases.
  • Magnetic anomaly-aided navigation: Detecting known variations in Earth’s magnetic field.
  • Low Earth Orbit (LEO) satellite navigation: Offering stronger, lower-altitude signals more resistant to jamming.
  • Other modalities: Including light detection and ranging (LiDAR), radar, radios and star trackers.

With this layered architecture, operators can mix and match modalities to meet mission-specific requirements, ensuring maximum resilience, system integrity and consistent availability even in GPS-denied environments. To ensure efficiency and ease of use, HANA can run on the operator’s current computing platform, or one that Honeywell provides.

The initial release of HANA includes vision-aided navigation, but Honeywell also plans to integrate magnetic anomaly and LEO satellite solutions into the platform in 2026.

HANA’s launch marks a major milestone in Honeywell’s five-decade legacy of inertial navigation system (INS) innovation, reinforcing its leadership in aerospace navigation and its commitment to mission-critical resilience for defense and commercial aviation.

 

15 Oct 25. Cubic DTECH Mission Solutions, a recognized industry leader in providing trusted, scalable, and intuitive edge compute and networking platforms, announces that its Fusion eHPC platform has received Amazon Web Services (AWS) IoT Greengrass certification. Thisopen-source edge runtime and cloud service certification enables users to build, deploy, and manage devices and software, delivering intelligence to edge devices for applications such as anomaly detection or controlling autonomous platforms.

“Achieving this certification emphasizes our commitment to delivering the next generation command and control with artificial intelligence and machine learning models able to run at tactical edge, even in Denied, Disrupted, Intermittent and Limited (DDIL) environments,” said Anthony Verna, SVP and General Manager, Cubic DTECH Mission Solutions. “Combining the portability and performance of the Fusion eHPC together with AWS Greengrass cloud capabilities offers a powerful solution for building intelligent tactical edge solutions.”

Key features of the AWS IoT Greengrass-certified Fusion eHPC platform include:

  • Operate AWS Cloud Processing at the Tactical Edge: Bring AWS cloud processing and logic to edge devices, enabling operation in DDIL environments
  • Build Modular Components Faster: Utilize prebuilt or custom modular components to develop device software quickly, with the flexibility to add or remove components to optimize the software footprint. Additionally, accelerate device software development by leveraging prebuilt or custom modular components, allowing users to add or remove features as needed and program devices to transmit only high-value data for cost-effective, insight-rich results
  • Remote Deploy and Manage: Remotely deploy and manage device software and configurations at scale, eliminating the need for firmware updates, and ensuring the efficient and cost-effective delivery of high-value data insights

 

13 Oct 25. Quaze Technologies announces QU6 easy-to-integrate wireless charging for unmanned systems now ready for all environments across land, air and sea. Quaze Technologies, the creator of wide surface wireless power transfer, announces the commercial launch of its QU6 wireless power solution at AUSA 2025, Washington DC. QU6 is the first turnkey wireless power solution released to market that provides an electronic architecture purpose-built to simplify and accelerate OEM integration of autonomous charging capabilities in any environment. The concept was first launched to the defense market at DSEI 2023 and, subsequently, extensive trials and proofs of concept have taken the technology to the stage of being launched commercially at AUSA 2025. Quaze has confirmed its QU6 compatibility with many of the most used robotic platforms in defence across land, air and sea. The launch marks the culmination of years of collaboration with leading defense OEMs including Rheinmetall, L3Harris, Galvion, and Vatn Systems. These partnerships demonstrated the flexibility and simplicity of the QU6 architecture, which enables rapid integration into unmanned platforms and delivers reliable charging in the most challenging environments. The QU6 compatibility has also been proven on platforms from 7 other leading defense robotics manufacturers. The technology has been successfully trialled in all domains, including extreme arctic conditions, prolonged underwater testing and in austere high temperature environments. These integrations showcase QU6’s ability to deliver seamless wireless power via a robot-agnostic, modular architecture across a diverse range of autonomous systems. From aerial drones, underwater vehicles and ground robotics, QU6 is uniquely adaptable and is now ready for deployment at scale. The Quaze QU6 fills a critical gap in the autonomy ecosystem. It provides the missing link between unmanned systems and sustained, untethered energy delivery to any robot anywhere, without human intervention. Beyond powering mobile platforms, QU6 also enables the unmanned delivery of energy to remote sensors and battlefield infrastructure. By removing these integration barriers, QU6 accelerates time-to-field and unlocks new operational capabilities and endurance for autonomous systems.

Xavier Bidaut, CEO of Quaze Technologies said, “The QU6 technology pushes the boundaries of unmanned vehicle operations by providing wireless remote charging even in the harshest environments, eliminating the need for human intervention. It’s the fuel pump robotics has been waiting for, providing an infrastructure solution that enables autonomous systems to operate independently, anywhere.” He added, “It’s the logistical answer to extending power from centralized sources that reach well into the dispersed battlespace. This creates autonomous charging stations that sustain all unmanned platforms, embedded sensor networks, and forward-deployed systems. This capability transforms how energy is distributed in contested or remote environments, making QU6 a critical enabler of sustained autonomy.”

 

13 Oct 25. General Micro Systems Introduces XDomain Family of Truly Open Standard Cross Domain Systems.

  • Combined Joint All Domain Command and Control (CJADC2) approach and “smart everything” requires securing battlefield data with cross domain systems (CDSs) such as the three small, lightweight CDSs in GMS’s XDomain family
  • XDomain to be showcased in GMS booth #8407 at AUSA 2025, October 13-15

General Micro Systems (GMS) today announced the latest offerings in the XDomain family of three open standard cross domain systems (CDS) at AUSA 2025, booth #8407. Designed to be small, lightest weight, standards-based and low cost, the cross domain systems perform dual duty as they secure data at rest and in motion by separating Red domains from Black domains, while simultaneously bringing highest performance mission, sensor and payload processing functions into the CDSs themselves. Using MOSA-standard Ethernet and Thunderbolt™ 4, they are complete systems, not merely cross domain solutions, that can significantly save size, weight, power and cost (SWaP-C).

Cross domain systems are required whenever data moves from a classified environment to an unclassified one. With smart sensors, legacy platforms, and CJADC2-driven joint operations, data increasingly crosses secure boundaries, even when using military links such as the Link-16. CDSs ensure rules-based transfer and encryption/decryption across these domains. The challenge is delivering CDSs that are lightweight, affordable, and accessible, unlike the large, proprietary and costly systems typically offered by major primes.

“We’ve torn that model to shreds,” said Ben Sharfi, CEO and chief architect, GMS.

“We’ve created three open standard-based small, lightweight, and low-cost cross domain systems that fit into swarm UAVs, mobile and portable deployments, vehicles, and more. There’s nothing in the market even close—and you’re not going to find it because it’s our X9 architecture that’s made it possible and no one else has X9. However, each CDS in the XDomain family is MOSA-inspired and based upon the industry’s only open standards: Thunderbolt 4 and Ethernet. Why has nobody done this before?”

New XDomain products come in three class types

The three latest members of the XDomain family are all based upon the GMS Technology Readiness Level (TRL) X9 architecture:

  • X9 SPIDER “TacKit” Mini-Stack small form factor (SFF);
  • X7 RAPTOR Nano-Stack value-priced SFF; and
  • VIPER NanoATR ½ ATR (short) SOSA-aligned OpenVPX chassis based upon GMS VENOM OpenVPX.

Each CDS contains a Red domain (classified or “high side”), a Black domain (insecure or “low side), and a General Dynamics® KG-175N Type 1 HAIPE encryptor. The domains themselves are fully isolated and fully featured high-performance mission processors with high-speed Ethernet networking, Thunderbolt 4 and myriad add-in I/O used to build the cross domain systems into complex single-box systems. The CDSs can replace other functions or systems in a defense platform, saving SWaP-C.

What differentiates GMS cross domain systems are their class-leading small size, revolutionary light weight in each class type, the use of truly open standards, and the ability to use each system not only as CDSs, but as a fully featured high performance system. GMS’ CDSs can replace other boxes and functions on the platform, saving SWaP-C without exuberant costs.

The three cross domain systems in XDomain include:

  • X7 “RAPTOR” Nano-Stack™

The smallest and lightest weight member of GMS’s XDomain family is the X7 “RAPTOR” Nano-Stack cross domain system. Based upon the GMS X7 RAPTOR mission computer, these svelte CDSs are designed for “bolt-on” installation with its under five (5) pound weight and 4” x 4” x 6” (W x H x L) footprint. Two X7 RAPTOR mission computers provide dual-CPU performance based on Intel® Core i7 8-core processors and up to 128 GB of DDR4 memory. A General Dynamics TACLANE encryptor separates the two domains (Red and Black) while 1 GigE network ports bring data into/out of the Nano-Stack. FIPS-140-2 or CSfC SSDs complement the dual 40 Gbps Thunderbolt™ 4 ports on each domain. These cross domain systems can function as two mission or payload processors and is priced for use in higher volume applications such as swarm drones, autonomous sensors, portable/mobile networks, or to secure add-on systems in legacy platforms as part of battlefield connectivity.

  • X9 SPIDER “TacKit” Mini-Stck™

Similar in function to the Nano-Stack, the TacKit Mini-Stack uses dual X9 SPIDER mission computers, one per domain. Its size is slightly larger at 5” x 6” x 6.5” (W x H x L) and under 9 pounds, but it adds substantially more performance into the mix. There are still 1 GigE input/output ports to these CDSs and the same TACLANE encryptor, but each mission computer now has four (4) Thunderbolt 4 ports and can be scaled up with myriad system I/O such as MIL-STD-1553, quad 100 GbE fiber network ports, dual SSDs, and an NVIDIA® A4500 GPGAPU for on-platform and edge artificial intelligence (AI) processing. These CDSs are designed for airborne, medium-sized UAVs, mobile applications and vehicles.

  • VENOM “VIPER” NanoATR™

Based upon the GMS VENOM line of 3U OpenVPX, SOSA-aligned MOSA-inspired single board computers, switch cards and I/O, the RAPTOR NanoATR is a standard-size ½ ATR (short) conduction-cooled chassis with GMS-unique per-slot cooling. A patent-pending radiator assembly provides efficient per-slot conduction cooling which allows the 4-slot 3U chassis to dissipate up to 800 W. Dual VENOM single-board computers (SBC)—one for the Red domain and one for the Black domain—serve as mission processors on isolated and independent (non-interconnected) backplanes inside the chassis.

“No vendor or prime DoD contractor has systems that fit into such small spaces, weigh so little and are yet so full-featured, powerful, completely off-the-shelf and ready to deploy,” Sharfi said. “They’re the culmination of 46 years of experience building secure, rugged, networked, sensor processing and storage systems and learning from security partners such as General Dynamics Mission Systems and even the Army, Navy and Air Force. They will truly change secure, interoperable communications for years to come.”

 

13 Oct 25. Oracle AI World – Oracle today announced the second cohort of the Oracle Defense Ecosystem, a pioneering global initiative designed to accelerate technological innovation and strengthen the capabilities of the defense community across the United States and allied nations. Established in June 2025, the Oracle Defense Ecosystem brings together leading startups, scale-ups, and established enterprises to drive AI and cyber innovation and enhance national security.

The Oracle Defense Ecosystem is purpose-built to help government organizations adopt next-generation technologies more easily and securely. By fostering partnership and enabling access to cutting-edge cloud and AI solutions, the ecosystem empowers participating organizations to deliver disruptive breakthroughs and address evolving national security challenges.

“Emerging threats demand fast, secure, and collaborative innovation,” said Rand Waldron, vice president, Oracle. “Through the Oracle Defense Ecosystem, we are committed to enabling the next generation of defense innovators to solve vital national security challenges with speed and scale. The incredible response to our inaugural cohort demonstrated the urgent need for such partnerships. We are thrilled to welcome a new group of visionary companies to this growing community.”

Welcoming the next wave of defense disruptors

The second cohort joins a network of ecosystem members already accelerating digital transformation across the defense landscape. These companies specialize in critical domains, including secure communications, AI-powered situational awareness, autonomous systems, cyber resilience, and advanced analytics. The new cohort includes:

  • Airis Labs
  • American Binary
  • Defense Unicorns
  • Druid Software
  • Duality Technologies
  • Galvanick
  • Heven AeroTech
  • Reka
  • Scaleout
  • Strider Technologies

New members gain exclusive access to Oracle resources, preferred pricing, and expert guidance to accelerate solution development and go-to-market strategies within the defense sector. This tailored program helps Oracle and its partners deliver results for the U.S. Department of War, allied government agencies, and industry leaders.

Accelerating impact

Members of the inaugural cohort—Arqit, Blackshark.ai, Entanglement, Fenix Group (now part of Nokia Federal Solutions), Koniku, Kraken, Mattermost, Metron, SensusQ, and Whitespace—are already demonstrating the ecosystem’s value by rapidly prototyping and fielding cloud- and AI-powered solutions to address some of the nation’s most pressing defense challenges.

The addition of the second cohort demonstrates Oracle’s continued commitment to equipping the United States and its allies with advanced technological solutions to maintain a strategic advantage in today’s dynamic global security environment. This initiative accelerates the development and deployment of advanced defense technologies, streamlines the transition from innovation to operational readiness, and empowers participants to actively influence the future of defense and national security.

Prospective organizations can learn more about the Oracle Defense Ecosystem and apply here.

About Oracle

Oracle offers integrated suites of applications plus secure, autonomous infrastructure in the Oracle Cloud. For more information about Oracle (NYSE: ORCL), please visit us at oracle.com.

About Oracle AI World

Oracle AI World is where customers and partners discover the latest product and technology innovations, see how AI is being applied across industries, and connect with experts and peers. Attendees will gain practical tips and insights to drive immediate impact within their organizations and explore how Oracle is helping unlock the full potential of cloud and AI. Join the event to see new capabilities in action and hear from thought leaders and industry movers. Register now at oracle.com/ai-world or follow the news and conversation at oracle.com/news and linkedin.com/company/oracle.

(Source: PR Newswire)

 

13 Oct 25. General Micro Systems (GMS) Introduces the World’s Smallest Open Standards Rugged Mission Computer Under $10,000 USD.

  • Backed by 26 patents-pending, the rugged X7 RAPTOR is intended for value-priced, high-volume “swarm” UAVs; wearable computing; portable and mobile applications
  • Based on GMS’ X9 distributed computing architecture (DCA), the X7 RAPTOR provides unprecedented modularity and scalability to meet stringent size, weight and power (SWaP) requirements
  • The X7 RAPTOR will be featured along with the new family of XDomain cross domain systems at AUSA 2025, booth #8407

General Micro Systems (GMS), the world’s leading technology-independent supplier of computing engines in boxes, boards and servers, today announced the value-priced X7 RAPTOR™ mission computer. Intended for sale for under $10,000 in capable rugged configurations, X7’s streamlined feature set allows the deployable edge computer to have the best size, weight, power and cost (SWaP-C) of any rugged computer on the market. The price point reflects a value-oriented feature set for specific high-volume battlefield applications such as unmanned aerial vehicles (UAVs), manpack/wearables, and unmanned aerial systems (UAS).

A transformative leap forward in defense electronics, the X7 RAPTOR is GMS’s rugged airborne/ portable/wearable mission computing and sensor platform. It leverages the benefits of GMS’s MIL-SPEC X9 SPIDER™ family and carries over the same industry firsts in hardware, mechanical and thermal innovations but further reduces the system size and cost by eliminating non-essential communication interfaces. With its ultra-small, high performance, space-optimized CPU board, plus 40 Gbps of Thunderbolt I/O bandwidth and dual 1 GigE ports, X7 modules can be configured into any system imaginable—with other computer-off-the-shelf (COTS) peripherals or with GMS X9 SPIDER products.

“The RAPTOR’s ideal use case is in systems where value pricing is balanced with high-performance and ‘just right’ ruggedness such as “swarm” UAVs, remote sensors, wearable/backpacks, or smart munitions,” said Ben Sharfi, CEO and chief architect, GMS. “With the X7 RAPTOR, we’ve eliminated ‘non-essential’ communication interfaces to further reduce package size, weight and power. This means the X7 RAPTOR delivers command-post level processing performance inside the smallest form factor ever available to military organizations. No one should pay for what’s not needed.”

“Really Rugged”

For defense applications that do not require a full temperature range of -40° C to +85° C, the X7 RAPTOR is a no-frills mission computer with just the right amount of storage, memory and I/O. Its streamlined feature set allows the deployable edge computer to have the best SWaP-C of any rugged computer on the market.

The ultra-small X7 RAPTOR supports the high-performance processing, I/O, memory and flexible power needs of today’s military computing applications, including manpack/wearables, UAVs and UASs. With its superior performance, distributed computing architecture (DCA), and seamless connectivity with other COTS components, the X7 RAPTOR brings a new level of compact performance to the company’s X9 portfolio of ruggedized computers and modules.

X7 RAPTOR: Compact High Performance

Based on GMS’ X9 DCA, the X7 RAPTOR provides unprecedented modularity and scalability to meet stringent size, weight and power (SWaP) requirements. Backed by 26 patents to deliver superior performance in a more compact package and power footprint, the X7 RAPTOR is built on:

  • Scalable High-Performance Computing: The X7 RAPTOR CPU is an Intel Xeon W Workstation Class processor with up to 8 cores operating at 4.7 GHz in Turbo mode or 2.6 GHz in nominal mode. Overall data throughput is enhanced with 24 MB of Smart Cache and up to 128 GB of DDR4 RAM with ECC via two SODIMMs operating at 2133 MT/s.
  • Open, Seamless Connectivity: Two Thunderbolt 4 ports serve as the system backbone. Each port provides 40 Gbps of I/O to networked devices and peripherals (using an external dongle), supports up to four simultaneous video streams, and delivers 100 W to power peripherals such as display, storage and I/O modules as far as 50 meters away (when using fiber-based cables). The X7 RAPTOR provides seamless connectivity, enabling modules to be added and removed without the need for installing and configuring drivers or disrupting existing system software. Dual 1 GigE ports provide network connectivity. Together, both the USB-based Thunderbolt and Ethernet are the only true open standards in the market.
  • Distributed Computing Architecture: Traditional computers require users to pre-configure systems up front, resulting in inflexible, fixed architectures that are either initially over-built and expensive or underdeveloped and limited in expandability. Such systems often require a full technology refresh to accommodate future growth. In addition, if any component is discontinued, the entire system may be rendered obsolete. The X7 RAPTOR’s open distributed computing architecture enables modular expansion of any component, including CPU, memory, I/O, or peripheral, and mitigates obsolescence since system capabilities can be expanded, upgraded or replaced when necessary.

“At under $10,000, the X7 RAPTOR enables an open, distributed architecture such that has never been possible before in such a small, lightweight system,” Sharfi added. “The ultra-small, high-performance form factor and impressive I/O capabilities of the X7 RAPTOR, combined with DCA and the extensive X9 Spider portfolio of embedded modules, lets users build and future-proof any system imaginable with COTS components. And it’s all based upon open standard Ethernet and Thunderbolt.”

The X7 RAPTOR uses patented RuggedCool™ technology that employs four-sided cooling to provide balanced heat transfer and low thermal gradient for full operation at up to +755C. The X7 RAPTOR is available now.

 

13 Oct 25. Getac’s S510AD Blends Outstanding AI-Powered Performance with Sustainable Manufacturing in a Versatile Rugged Form Factor.

New device harnesses the power of AMD’s RyzenTM AI processing technology to simplify complex on-device tasks and bolster productivity in demanding field and industrial environments.

News in brief:

  • The new S510AD joins the B360 Plus, F120 and next generation UX10 in Getac’s rapidly growing lineup of Copilot+ PCs.
  • Powered by AMD Ryzen™ AI technology, the S510AD delivers strong on-device AI performance, supporting faster insights and reducing reliance on cloud connectivity where applications allow.
  • The S510AD is ideally suited to professionals working in industries including automotive, manufacturing, utilities, field services, public safety and defence.

Getac Technology Corporation (Getac), a leading provider of rugged computing and mobile video solutions and a manufacturer with advanced in-house capabilities, today announced the launch of its new S510AD laptop, a powerful rugged PC built around AMD RyzenTM AI processing technology, for professionals who need advanced edge-AI performance in demanding field and industrial environments.

Powerful Copilot+ PC functionality

The new S510AD laptop is the latest Getac device to meet Microsoft’s stringent Copilot+ PC requirements1, joining the recently launched B360 Plus laptop, F120 tablet and next generation UX10 tablet in Getac’s rapidly growing lineup. Powered by AMD RyzenTM AI 5 340 / 7 350 processors, AMD RadeonTM 800M graphics, and an AMD XDNA 2 NPU, the S510AD delivers up to 50 NPU TOPS of on-device AI performance, for seamless multitasking and high-quality visuals directly at the point of work. The S510AD also comes with up to 64GB DDR5 memory and 2TB of PCIe NVMe SSD storage, while Windows Hello face authentication as standard maintains robust data security.

The result is a highly versatile rugged solution that’s ideally suited to industries such as automotive, utilities, field services, public safety and defence, where access to real-time diagnostics, intelligent automation, and secure offline processing enables professionals to make faster decisions and achieve greater operational efficiency.

Purpose built for complex field operations

The S510AD is purpose built to boost productivity in challenging field situations and scenarios. Its spacious 15.6” Full HD screen with 1,000 nits of brightness and sunlight readable display makes performing complex field tasks quick and easy in a wide range of weather conditions. A large touchpad and optional multitouch screen ensure smooth operation, even when wearing gloves or working in rain and snow, while an optional dual hot-swappable battery configuration helps minimise downtime on long shifts. The S510AD also boasts an extensive list of connectivity and data transfer options including Wi-Fi 7 and Bluetooth 5.4 as standard, with options such as 4G-LTE, 5G Sub-6, Dual SIM, and dedicated GPS also available if required.

Redefining ruggedness with sustainability

The Getac S510AD is certified to MIL-STD-810H and IP53 standards and is resilient to drops from up to 3ft (0.9m). It also boasts an operating temperature range of -29°C to 63°C (-20°F to 145°F) for dependable performance in unpredictable field environments.

It is also the latest Getac device to incorporate SORPLAS in its chassis; an environmentally conscious plastic developed by Sony Semiconductor Solutions (SSS) that offers up to 99% recycled material utilisation. With over 45% of its chassis made from post-consumer recycled (PCR) materials, the S510AD helps reduce energy use, carbon emissions, and e-waste across the supply chain, all without compromising on durability.

Delivering robust, AI-driven intelligence for critical frontline operations

From busy workshops and factory floors to remote field environments, the S510AD empowers professionals to stay productive and make confident decisions in real-world conditions:

  • Automotive: Mechanics and engineers can run advanced diagnostics and stream multiple camera views simultaneously, helping them identify issues faster and return vehicles to service without delay.
  • Manufacturing: Operators can use on-device AI for predictive maintenance and automated quality checks, reducing unexpected downtime and ensuring consistent product standards on the factory floor.
  • Utilities: Crews inspecting power lines or pipelines in remote areas can stay connected and productive with hot-swappable batteries, rugged connectivity, and reliable performance in changeable weather.
  • Field Services: Technicians working outdoors can transfer data quickly and easily using an extensive array of connectivity options, while powerful AI support speeds up task completion.
  • Public Safety: First responders gain real-time situational awareness through video and data analysis in the field, with built-in security features protecting sensitive information at every step.
  • Defence: Troops in mission-critical scenarios can depend on secure offline AI analysis, sunlight-readable mapping and video feeds, while hot-swappable batteries facilitate continuous operations even without network access.

“The launch of the S510AD represents another important step in expanding our AI-Rugged portfolio,” says Amanda Ward, EMEA Senior Director of Technology & Services, Getac Technology Corporation. “Built on AMD’s latest AI processing technology, it addresses customer demand for platform diversity while maintaining the rugged reliability and sustainability they expect from Getac, helping organisations accelerate AI adoption in the field.”

 

10 Oct 25. MarsEUs: A New Milestone for BLOS European Collaborative Capability Successfully Reached With the Final Demonstration. By the end of September 2025, an important step was made for European Defence, with the successful final demonstrations of the MarsEUs project (Modular Architecture  Solution for EU States) , taking place in Belgian military camp “King Albert” in Marche-en-Famenne. Second phase of the European global project dedicated to Ground Combat – started in 2020 with EDIDP LynkEUs project – EDF MarsEUs project addresses the need for greater European Defence autonomy and superiority, by proposing further enhancements on the Beyond the Line Of Sight (BLOS) technology. With a European Union funding of 25M€, this project led by MBDA was launched in 2022 and includes a consortium of 11 countries and 23 different European partners and sub-contractors, working all together on a common goal: to develop a collaborative close combat architecture enhancing existing missile systems with a Beyond-Line-Of-Sight capability. Based on MBDA AKERON family, MarsEUs will provide Europe a complete autonomy in controlling the ground combat capabilities, in a context of high-intensity war.(Source: ASD Network)

 

10 Oct 25. Developing Advanced Technologies for More Resilient Multidomain Defence Structures. The European Union’s autonomy is being challenged daily and across all defence domains. The range of threats facing the EU is broadening, with direct implications for Europe’s military capability. In this context, modernising current defence systems has thus become a priority. The European project MaJor (Maintenance, Joining, and Repair innovation in multidomain defence), funded by the European Defence Fund (EDF) under the indirect management of the European Defence Agency (EDA) will address this strategic concern by developing advanced technologies destined to increase the durability of future platform designs from the air, land and sea domain. The impact on obsolete designs on the EU’s strategic autonomy is already significant and the risk of ceding ground to non-EU competitors is real. MaJoR will deliver new systems with superior mission capability. They will be more affordable, scalable in production, and sustainable in manufacturing and service thus strengthening Europe’s security and defence capability by 2030. The project has also an ambition to help to unlock the full potential of the EU’s defence industry, in particular by supporting small and medium-sized enterprises (SMEs) and start ups.

Approach

MaJoR answers this need for modernisation by advancing and demonstrating the benefits of various maintenance, joining and repair technologies through domain specific demonstrators. Current designs have short life spans and face high repair and maintenance costs, ultimately resulting in surging replacement costs. They also depend on raw materials for their manufacturing, and enhance dependencies of the supply chain with non-EU suppliers.

To increase the air, land and sea platform durability, while decreasing the economic and geopolitical impacts of obsolete designs, MaJoR will:

  • Level the playing field between achieved maturation of technologies and processes across domains. While advanced materials like composites are common in aerospace, it is an emerging technology for land-based vehicles and ships.
  • Push technologies and test them using demonstrators in each domain, with the aim of reducing the cost, weight, lead time, vehicle signature, and increasing the space efficiency and vehicle availability.
  • Use the partners’ vast experience in their respective fields and synergistically help to shorten the development time despite contradicting requirements in each domain.
  • Augment the platform development with financial support to third parties, such as SMEs, and introduce new technologies and services through funded developmental activities that the consortium can evaluate and absorb within the project.

Ultimately, MaJoR will strengthen the European industrial network by encouraging Europeans to cooperate more closely and ensure the future of their own Defence Technology Industrial Base.

Consortium

The MaJoR consortium is coordinated by Royal NLR – Netherlands Aerospace Centre (NLR) in the Netherlands, and consists of 11 research centres, 2 universities, 14 large companies, 8 SMEs, and 3 other organisation types. A total of 38 entities covering 10 Member States will help building a cross-border defence network. (Source: ASD Network)

 

09 Oct 25. Kontron, a leading global provider of IoT/Embedded Computer Technology (ECT), today announced a strategic partnership with EIZO Rugged Solutions Inc., an expert in ruggedized embedded graphics processing, AI compute, and video solutions. Through this collaboration, Kontron is expanding its VPX portfolio by adding EIZO’s GPU technology, powered by NVIDIA® GPU chipsets, giving system integrators access to fully validated CPU/GPU platforms built for demanding missions. Kontron and EIZO Rugged Solutions are joining forces to deliver complete VPX CPU/GPU platforms for mission-critical defense and aerospace systems. See how this partnership accelerates AI-driven performance at the tactical edge. This partnership reinforces Kontron’s position as a single-source provider for VPX systems by broadening its portfolio with EIZO’s proven GPU technology. By integrating computing and graphics acceleration at the system level, Kontron and EIZO help system integrators reduce development complexity, accelerate deployment, and ensure rugged reliability with long lifecycle support. At the Association of the United States Army (AUSA) Annual Meeting 2025, Kontron and EIZO demonstrated the interoperability of their technologies in a complete VPX environment. The live demo will leverage Time-Sensitive Networking (TSN) to highlight synchronized, low-latency data exchange — a capability critical for AI-driven threat detection, situational awareness, and real-time decision-making at the tactical edge.

“By adding EIZO’s GPU technology to our VPX and XMC portfolio, we are extending Kontron’s ability to deliver complete, mission-ready platforms to our customers,” said Philipp Schulz, Member of the Board, EVP Aerospace/Defense, Kontron. “This partnership simplifies integration, accelerates deployment, and provides defense and aerospace programs with the advanced computing performance they require.”

“Partnering with Kontron ensures our GPU technology is fully validated within their VPX ecosystem and ready for mission-critical deployment,” said Selwyn Henriques, President and CEO of EIZO Rugged Solutions Inc. “Customers can trust that GPU-accelerated platforms from Kontron will be rugged, reliable, and built to meet both current and future defense and aerospace requirements.”

With shared commitments to open standards, including SOSA™ and to secure Western supply chains, the companies are well-positioned to deliver rugged, field-proven technologies that combine long-term reliability with cutting-edge performance. (Source: BUSINESS WIRE)

 

14 Oct 25. Axiom Space, Resonac join forces to pioneer space-based semiconductor manufacturing. Axiom Space, a global leader in commercial space infrastructure, has signed a memorandum of understanding with Japanese advanced materials giant Resonac Corporation to explore semiconductor manufacturing in space. The agreement marks a major step towards harnessing microgravity and low-Earth orbit (LEO) conditions to develop next-generation semiconductor materials, potentially transforming the future of chip production. Resonac’s chief technology officer, Masato Fukushima, said the space environment provides unique opportunities for innovation.

“The unique environment of space offers immense potential for advancing semiconductor materials, especially in crystal growth,” Fukushima said. “Partnering with Axiom Space, we aim to accelerate experiments and drive innovation in materials, fostering industrial growth and societal progress.”

Under the collaboration, the two companies will research how microgravity and the vacuum of LEO can be used to produce high-performance materials for chip packaging and other critical applications. The lack of convection and sedimentation in space allows for the growth of near-perfect crystals, resins and two-dimensional materials. Experiments will make use of the International Space Station (ISS), Axiom Space’s orbital platforms and the forthcoming Axiom Station, the first commercial space station to progress from proof of concept to scalable, commercially viable production. Resonac also plans to extend ongoing work with Axiom Space focused on developing radiation-resistant moulding compounds to reduce “soft errors” bit flips caused by cosmic rays striking semiconductor transistors. The company is currently testing materials on both the interior and exterior of the ISS. Axiom Space chief technology officer and astronaut Koichi Wakata said the partnership highlights the growing role of space in driving industrial innovation.

“Our collaboration with Resonac underscores how Axiom Space is enabling global corporations to leverage space to drive manufacturing innovation across critical technology sectors such as semiconductors,” Dr Wakata said.

Divya Panchanathan, Axiom Space’s global lead for in-space semiconductor commercialisation, said space-based production could unlock entirely new material properties.

“Space offers pristine conditions that can’t be replicated on Earth,” Panchanathan said. “With Resonac’s strong semiconductor materials expertise, we aim to fuel in-space innovations and enable new technologies that drive industrialisation in low-Earth orbit.”

The alliance between Axiom Space and Resonac is set to play a leading role in shaping the future of space-enabled manufacturing, laying the groundwork for scalable orbital production and breakthrough semiconductor technologies that could benefit industries both on Earth and beyond. (Source: Space Connect)

 

13 Oct 25. DT Research, a U.S. leader in precision engineered computing solutions designed for mission-critical and demanding environments, today announced the latest line of rugged tablets – the DT302PA, DT312PA, DT323PA, and DT340TA. These new AI-ready rugged tablets are engineered to meet the rigorous requirements of modern data management, supporting operations in industries such as military/DoD, logistics, healthcare, manufacturing, and construction. The DT302PA, DT312PA, DT323PA, and DT340TA feature 10.1”, 11.6”, 13.3”, and 14” feature high resolution, sunlight-readable, touch displays, with IP65 and MIL-STD rated designs for reliable computing no matter the location. These versatile, robust rugged tablets will be showcased at the AUSA 2025 show in Washington DC October 13-15 in the Virginia pavilion booth 4105 Hall C. Advanced NPU The PA/TA Rugged Tablet series features the Intel® Core™ Ultra 12-core processors with built-in NPU (Neural Processing Unit) dedicated AI accelerator to infuse dynamic advancements with the highest level of performance for graphics, video, voice, predictive analytics, and other demanding applications. The military uses AI to analyze data from satellites and drones increasing intelligence gathering, supports data-driven strategy, and advances adaptive training. For logistics and manufacturing, AI improves inventory demand and risk management forecasting, predicts equipment maintenance based on sensor data, and enhances warehouse optimization for space and packing.

“This newest tablet series showcases next generation of robust NPU computing solutions and our commitment to future-focused solutions that are ready to perform advanced tasks.” said Kevin Tsai, vice president of product engineering at DT Research. “The fact that we have complete design control ensures long product lifecycles and consistent delivery for the exact solutions our customers need.”

The PA/TA Series of rugged tablets offers customers the flexibility to choose from a range of operating systems, including Microsoft® Windows® 11 IoT Enterprise, Windows® 10/11 LTSC, and various Linux® distributions, enabling seamless integration with existing infrastructure and compatibility with a broad array of enterprise platforms. In the Field, in the Office The PA series Rugged Tablets are engineered for continuous operation with hot-swappable batteries, wireless communications with WiFi 7 and BT connectivity, and enhanced security NIST compliant BIOS availability. 1 There are several built-in data-capture options that add to ease-of-use and accuracy such as front and back cameras, barcode scanner, GPS, 5G LTE, and smart card/CAC reader. An optional rugged military grade connector (DT302PA and DT312PA) delivers durable, secure integration for Ethernet, USB, Serial, and power connectivity. Engineered to withstand harsh environments, this connector ensures reliable performance in demanding field applications. A range of accessories add to the any-location usability; instant pairing keyboards give the tablets a 2-in 1 function, VESA mountable cradles for flexible placement, and multi-slot battery chargers for always available power. DT340TA The DT340TA Rugged Tablet can boost graphics processing with an optional NVIDIA MXM Type B 5000A GPU, delivering up to 42.6 TFLOPs of processing power, making this the most powerful rugged tablet available today. Precision designed for demanding applications such as high-performance imaging, 3D scanning, and advanced graphics processing, the DT340TA is built to support dynamic command and control environments. It’s an ideal solution for Overwatch systems using drones for image capture in military operations, emergency response, and law enforcement scenarios. These TAA compliant field-to-office-to-vehicle rugged tablets deliver robust performance from a steady supply chain that provides customers with confidence in their scalability, security and reliability. Availability The DT302PA, DT312PA, DT323PA, and DT340TA rugged tablets are immediately available through authorized DT Research partners and resellers worldwide. About DT Research DT Research™, a U.S. leader in precision-engineered computing solutions designed for mission-critical and demanding environments, delivers the world’s most comprehensive line of Rugged Tablets, Medical Computing Solutions, and Rugged Laptops. DT Research products are uniquely designed with customizable built-in options assembled in California, providing customers with rapid time-to-market solutions that are TAA compliant. The DT Research family of products is based on embedded computing platforms that power secure, reliable and cost-effective computing. DT Research systems offer computing mobility within industrial and harsh environments through durable solutions with wireless connectivity, high-quality touch displays and Windowsi, Android, and Linux operating systems. More than 200 organizations across the globe rely on DT Research solutions in industries such as government, healthcare, hospitality, logistics, military, construction and warehousing. DT Research is headquartered in Silicon Valley, California. For more information, visit www.dtresearch.com

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Oxley Group Ltd

Oxley offer a range of Military Marine NVG friendly LED lighting that includes navigation lights and controls, flight deck landing lights and interior compartment lighting. Our lighting products are used by Navies around the world including our own Royal Navy on UK Aircraft Carriers, Canadian Frigates, Swedish Submarines, Australian Surface vessels and Submarines, on board French Naval Carriers and in Naval Gun Turrets.

https://oxleydevelopments.cmail20.com/t/t-l-cdhkulk-yujhutkljd-r/

The technology is extremely energy efficient and built robustly, with proven long life. The lighting is NVG friendly, dimmable and programmable to allow for operations with aircraft pilots using military night vision goggles. They offer superior design giving high reliability for the most demanding environments with high sealing and the ability to meet the most stringent EMC standards.

https://oxleydevelopments.cmail20.com/t/t-l-cdhkulk-yujhutkljd-y/

Oxley are proud to say that we are working in partnership with SeaKing to enable a control panel to be offered with our LED Navigation Lighting. All of Oxley navigation lights have been specifically developed for vessels over 50 metres.

Contact Marcus Goad on 07850 917 263 for more information or to arrange samples.

Oxley specialises in the design and manufacture of advanced electronic and electro-optic components and systems for air, land and sea applications within the military sector. Established in 1942, Oxley has manufacturing facilities in the UK and USA and enjoys representation worldwide.  The company’s products include night vision and LED lighting, data capture systems and electronic components. Oxley has pioneered the development of night vision compatible lighting.  It offers a total package incorporating optical filters, equipment modification, cockpit and external lighting along with fleet wide upgrade services including engineering, installation, support, maintenance and training. The company’s long experience of manufacturing night vision lighting and LED indicators, coupled with advances in LED technology, has enabled it to develop LED solutions to replace incandescent and fluorescent lighting in existing applications as well as becoming the lighting option of choice in new applications such as portable military hospitals, UAV control stations and communication shelters.

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