Sponsored By Oxley Developments
www.oxleygroup.com
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20 Mar 25. Shield AI partners with RSAF and DSTA. The partnership aims to use Shield AI’s Hivemind Enterprise to boost the RSAF’s operational capabilities. Shield AI, a company specialising in autonomy software and defence aircraft, has announced a collaborative effort with the Republic of Singapore Air Force (RSAF) and the Defence Science and Technology Agency (DSTA) of Singapore. The partnership aims to co-develop AI technologies for autonomous flight operations, using Shield AI’s Hivemind Enterprise to boost the RSAF’s operational capabilities. Shield AI president and co-founder Brandon Tseng said: “The Republic of Singapore Air Force is a fantastic US partner and one of the most technologically advanced air forces in Southeast Asia.
“We’re excited to be working with them to bring cutting-edge autonomy to their operations. This partnership is a testament to their forward-thinking approach and the growing demand for intelligent, resilient autonomy at scale. More and more companies and countries are turning to Hivemind Enterprise.”
Hivemind Enterprise is a collection of AI-driven autonomy software products, designed to facilitate swift development, testing, evaluation, and deployment across various domains for any intelligent machine. The software suite offers autonomy development, equipping users with a multi-year advantage through platform products and intuitive AI toolsets, stated the company. Hivemind Enterprise is claimed to transform intricate processes into scalable workflows, allowing teams to design, test, evaluate, and deploy autonomous behaviours faster. The suite’s offerings include an integrated autonomy factory, production-ready middleware, an autonomy catalogue, and streamlined mission control. These tools empower developers to create and implement mission-ready autonomous solutions with speed and adaptability.
DSTA chief executive Ng Chad-Son said: “Collaboration is at the heart of breakthrough technology. We believe true progress happens when innovators, technologists and operators come together – combining expertise, resources and creativity to drive transformative solutions. By working with Shield AI and RSAF, we want to drive AI innovation in drones – enhancing flight autonomy and overall effectiveness.”
In August 2024, Shield AI demonstrated multi-jet flight autonomy in San Diego, California, using its artificial intelligence (AI) pilot ‘Hivemind’. The company showcased the autonomous coordination between two Kratos MQM-178 Firejet systems. In particular, Hivemind executed onboard and in-air platform communication, enabling the two aerial systems to undertake coordinated manoeuvres. (Source: airforce-technology.com)
20 Mar 25. Teledyne FLIR OEM Launches Prism SKR Automated Targeting and Homing Software. Prism SKR addresses the ever-growing need for autonomously guided weapon systems: low-cost missiles, loitering munitions, and one-way drones. Teledyne FLIR OEM, part of Teledyne Technologies Incorporated (NYSE:TDY), today announced Prism™ SKR, the newest addition to the Prism embedded software ecosystem. Prism SKR, pronounced “seeker,” sets a new standard in precision automatic target recognition (ATR) for autonomously guided weapon systems, including loitering munitions, air-launched effects (ALE), counter-unmanned aerial systems (C-UAS), low-cost missiles, and smart munitions. Prism SKR operates seamlessly at the edge on low-power embedded processors. Compatible with both infrared (IR) thermal and visible camera data, Prism SKR’s advanced algorithms provide real-time target position, identification, direction of motion, and aim-point localization. The target information is used to guide the platform’s autonomous flight system for air-to-ground (A2G), ground-to-air, air-to-air, and ground-to-ground operations.
“Compatible with existing autonomy and navigation software via a Weapon Open System Architecture (WOSA) compliant interface, Prism SKR represents a significant leap forward in autonomous precision target detection, identification, and tracking technology for defense OEM developers and integrators,” said Dan Walker, vice president of product management, Teledyne FLIR OEM. “Additionally, developers can reduce development risk and costs with plug-and-play integration with the Prism embedded software ecosystem and Teledyne FLIR IR camera modules.”
The Prism software ecosystem streamlines development and shortens time to market with out-of-the-box compatibility. Starting with the Prism AI embedded software, developers and integrators can utilize detection and tracking models leveraging Teledyne FLIR OEM’s six m visible and thermal annotations. Custom target lists can quickly be incorporated using the Prism AIMMGen synthetic dataset and model training tool chain. Finally, Prism Supervisor empowers autonomous mission control and platform guidance with Prism SKR, where ATR is required. With its advanced features, robust ecosystem, and a complete application programming interface (API) and software development kit (SDK) for customization and performance optimization, Prism SKR is the ultimate solution for OEMs seeking to enhance the precision and reliability of autonomous weapon systems.
For more information about Prism SKR and the Prism family of embedded software, please visit www.flir.com/prism. Teledyne FLIR OEM will show Prism at SPIE Defense + Commercial Sensing in Orlando, Florida, April 13-17, 2025.
20 Mar 25. Aitech today announced a significant milestone in AI technology with the S-A2300 COTS AI supercomputer. Leveraging NVIDIA’s GPGPU Orin architecture, the new groundbreaking AI supercomputer is specifically designed for Low Earth Orbit (LEO) missions and integrates exceptional computational power with advanced AI functionalities, promising to revolutionize data processing and analysis in the demanding conditions of outer space. Aitech is showcasing the new S-A2300 COTS AI supercomputer at the Space Symposium in Colorado Springs, Colorado in booth #612 from April 7-10.
“This milestone changes the way today’s space-based infrastructure uses AI to augment military defense, public safety initiatives, and scientific research,” said Pratish Shah, general manager. “By harnessing the immense power of NVIDIA’s Orin GPGPU technology, Aitech’s new S-A2300 AI supercomputer enables space missions to operate smarter, faster, and more sustainably than ever before.”
Designed with NVIDIA’s advanced Orin architecture at its core, the S-A2300 AI supercomputer is engineered to address the unique needs of LEO operations. From real-time image processing and autonomous navigation to advanced climate monitoring and space debris tracking, the system’s exceptional performance offers unmatched potential for innovation and efficiency in space technology. The S-A2300 provides up to 2048 CUDA cores and 64 Tensor cores that reach up to 248 TOPS. The system also features two scalable, highly configurable, dedicated NVDLA (NVIDIA Deep-Learning Accelerator) engines that simplify integration and portability, as well as promote a standard way to design deep learning inference accelerators.
Key features of the S-A2300 AI supercomputer include:
* High-Performance Computing (HPC): Accelerated data processing speeds with NVIDIA’s cutting-edge AI and deep learning technologies
* Small Form Factor Size: Designed for use on 6U Cubesats or larger satellite or payload platforms
* Radiation Tolerant for LEO use: The watchdog and Error Detection and Correction (EDAC) mechanisms are implemented for Single Event Effect (SEE) mitigation; radiation-tolerant and automotive-grade components are selected to ensure reliable operation in LEO environment
* Power and Performance Flexible: Supports multiple power and performance options to meet a broad range of power and mission needs
* Robust Durability: Designed to withstand harsh space environments, including extreme temperatures and radiation
* Adaptability: Seamlessly integrates with multiple mission profiles, from Earth observation to scientific research and satellite operations
The S-A2300 adds to Aitech’s AI-enabled space computer offerings, including the proven S-A1760 Venus™ with NVIDIA Jetson TX2i SoM. The S-A2300 will be available in Q3 2025 for mission development and ready for NEO and LEO flight by Q1 2026. Radiation test reports of total ionizing dose (TID) and proton SEE for the S-A2300 will be available on request in Q3 2025. For more information, visit www.aitechsystems.com.
19 Mar 14. Cycuity, a leader in hardware security solutions, has collaborated with SiFive and BAE Systems to deliver increased, evidence-based security assurance for third-party intellectual property (IP) in a cost-effective and repeatable manner. The use of third-party IP can introduce potential system-level security vulnerabilities due to its high configurability and programmability. Verifying the highest levels of assurance for third-party IP components is important to safeguarding microelectronics. The three-way collaboration was helpful in validating a scalable framework based on Common Weakness Enumeration (CWE). Cycuity’s Radix product creates a “security digital twin” of an IP block which can then be re-verified by a system-on-chip (SoC) integrator at the block and full chip levels to provide assurance of the third-party IP. Cycuity’s Radix technology was successfully demonstrated through the integration, configuration, and generation of verifiable security evidence of SiFive’s Intelligence™ X280 RISC-V processor within a BAE Systems’ radiation-hardened SoC.
“We have demonstrated how Cycuity is solving a key challenge in ensuring robust security across the design lifecycle and across organizational and company boundaries,” said Jason Oberg, CTO at Cycuity. “Working to build out a secure third-party IP ecosystem aligns with our commitment to develop resilient microelectronics for defense and commercial applications.”
“The demonstration of RISC-V processors as a robust and secure choice for SoC developers, underscores our commitment to innovation and security. By utilizing Radix to validate secure integration and configuration of IP, developers can be empowered to innovate faster while enhancing the usability and effectiveness of third-party IP,” stated John Ronco, SiFive VP of Product.
This evidence-based framework is designed to meet the strict security requirements of industries where trust and reliability are paramount. “Today’s defense and commercial systems must meet the increasing need for traceable security assurances across the microelectronics ecosystem,” said Gayatri Perlin, Secure by Design Group Lead at BAE Systems’ FAST Labs™ research, development, and production organization. “By focusing on design- and application-specific security requirements, we can test, implement, and deliver our products with the confidence that third-party IP remains secure, which is key for fulfilling Department of Defense standards.” (Source: BUSINESS WIRE)
19 Mar 14. Red Cell Partners, an incubation firm building and investing in rapidly scalable, technology-led companies that are bringing revolutionary advancements to market in cyber, national security, and healthcare, today announced the public launch of Hunted Labs, a software security company that leverages artificial intelligence to give organizations unprecedented end-to-end visibility into their software supply chains, allowing them to quickly identify — and eliminate — malicious threats. The company, which emerges from stealth with $3m in pre-seed funding from Red Cell, is the latest to launch under the firm’s Cyber Practice. By offering public and private organizations a clear line of sight into who is developing and controlling the open source software that their applications rely on day in and day out, Hunted Labs provides unified threat management to help customers improve their cyber-defense posture. Boasting a team with decades of experience in supporting the US Department of Defense, US Intelligence Community, and Fortune 100 and 500 clients, the company is led by co-founders Amanda Aguayo, Tim Barone, and Hayden Smith.
“Organizations today are under constant threat from attackers who hunt for vulnerabilities in the software supply chain that they can readily exploit. In fact, it is estimated that, by 2026, software supply chain attacks will cost victims almost $81 bn,” said Aguayo. “We created Hunted Labs to provide automated threat hunting and threat management that enable the proactive and systematic tracking, identification, and remediation of potential cybersecurity breaches, especially those that could inflict serious harm.”
Coming off its launch, the company was recently selected by AFWERX for a Small Business Innovation Research Direct-to-Phase II contract totaling $1.79 m to support the strategic advancements of the Space Development Agency. This award will enable Hunted Labs to continue to develop its product Entercept™, which aims to provide customers with command and control over their software supply chain.
“The last few years have clearly shown us that when it comes to cyberattacks – whether by a nation-state actor seeking to disrupt critical infrastructure or a cybercriminal out to score a big payday – no organization is off-limits,” said Smith, a software engineer who spent a decade working at companies like Booz Allen Hamilton helping the DoD as well as private-sector clients secure their software supply chains. “When these attacks occur – often through malicious code inserted into third-party software, including open source – organizations find themselves in reactive mode and, unfortunately, by then the damage has likely already been done. With a focus on providing greater visibility into each stage of the software development life cycle and the potential risks, our aim is to help clients adopt a more proactive stance so they can better protect themselves against would-be attackers.”
Hunted Labs was invited to apply to Red Cell Go in Spring 2024, becoming the first company to launch from Red Cell’s open application program that allows entrepreneurs with deep domain expertise to incubate within the firm as they explore and validate early-stage concepts. Through the program, Hunted Labs has tapped platform services, including access to developers, compute, and myriad back-office functions, enabling the rapid development of a healthy federal and commercial sales pipeline. In addition, the team has assembled a Board of Advisors that includes Jim Higgins, CISO of CoreWeave and former CISO of Snap; Kris Merritt, former Senior Director of Threat Hunting Operations for CrowdStrike and former Intrusion Detection Lead for GE Aviation; and George Barnes, the President of Red Cell’s Cyber Practice and former Deputy Director of the National Security Agency.
“In the not-too-distant past, there was a heightened push to leverage open source software to expedite time-to-market, which often meant relegating cyber defense to backburner status. Today, however, we are seeing the consequences of not prioritizing cybersecurity as more and more entities fall prey to malicious attacks,” Barnes said. “Through its product and services, the Hunted Labs team will enable customers to maintain their velocity while also assessing and mitigating risk, proving that you don’t have to compromise in the pursuit of Secure by Design.
“We are proud to be on this journey with Hunted Labs and have full confidence in their ability to fortify software supply chains and protect the hunted,” Barnes added. (Source: BUSINESS WIRE)
19 Mar 25. Euro Manganese’s Chvaletice Project Declared Strategic Deposit by Czech Government. Euro Manganese Inc. (TSX-V and ASX: EMN; OTCQB: EUMNF; Frankfurt: E06) (the “Company”) today announced that the manganese deposit at its Chvaletice Manganese Project (the “Chvaletice Project” or the “Project”) has been declared a strategic deposit (“Strategic Deposit”) by the Czech government.
Highlights
* Chvaletice Manganese deposit designated a Strategic Deposit by the Czech government under the Czech Mining Act amendments
* Recognizes the importance of manganese as both a strategic and critical raw material for the Czech Republic
* Designation expedites and enhances predictability of permitting process
* Obtaining this status is the crucial prerequisite for receiving a state investment incentive in the form of a grant
Strategic Deposit Designation
The designation of the Chvaletice deposit as a Strategic Deposit by the Czech government marks a major step forward for the Project, further streamlining the permitting process and facilitating timely actions to advance development.
Strategic Deposit status helps accelerate permitting in the following ways:
- Expedited approval processes: Strategically significant deposits will have priority in obtaining permits and official approvals, reducing the time required for project preparation and mining initiation.
- Reduced administrative burden: The designation will streamline coordination between various authorities, eliminating bureaucratic obstacles and minimizing assessment duplication.
- Use of special procedures: Strategically significant deposits may qualify for special legislative procedures similar to those for key infrastructure projects, potentially reducing the ability of certain institutions or civil organizations to hinder or block progress. This status enhances the predictability and speed of permitting processes, facilitating the timely extraction of raw materials critical for energy security, energy transition and industrial needs.
In March 2024, Euro Manganese received approval of the Environmental and Social Impact Assessment (“ESIA”) for the Chvaletice Project from the Czech Ministry of Environment, and in January 2025, the Company secured the Determination of Mining Lease permit, which represent two of the most significant approvals in the process towards full permitting.
Martina Blahova, Interim CEO of Euro Manganese, commented: “Being classified as a Strategic Deposit by the Czech government is a significant milestone for Euro Manganese, and we appreciate the support and recognition of the importance of the Chvaletice Manganese Project. This designation represents a significant catalyst for our development timeline and reflects the critical role our project plays in establishing local, sustainable raw material supply chains. This validates our team’s hard work and commitment, and strengthens our position as we continue to advance Project development.”
About Euro Manganese
Euro Manganese is a battery materials company focused on becoming a leading producer of high-purity manganese for the electric vehicle industry. The Company is advancing development of the Chvaletice Manganese Project in the Czech Republic and exploring an early-stage opportunity to produce battery-grade manganese products in Bécancour, Québec. The Chvaletice Project is a unique waste-to-value recycling and remediation opportunity involving reprocessing old tailings from a decommissioned mine. It is also the only sizable resource of manganese in the European Union, strategically positioning the Company to provide battery supply chains with critical raw materials to support the global shift to a circular, low-carbon economy. Euro Manganese is dual listed on the TSXV and the ASX and is also traded on the OTCQB.
19 Mar 25. General Atomics Aeronautical Systems, Inc. (GA-ASI) has released its latest evolution of the company’s payload command and control (C2), and tactical situational awareness software called TacSit-C2®. The new version builds on GA-ASI’s more than 25 years of experience in developing and deploying C2 for various payloads that are integrated onto GA-ASI’s world-leading Unmanned Aircraft Systems (UAS). TacSit-C2 is part of General Atomics’ Quadratix software enterprise. TacSit-C2 provides tactical situational awareness so that UAS operators can plan and execute missions. Operators will use TacSit-C2 to view all sensor data concurrently, allowing them to cross-cue payload capabilities. GA-ASI’s development team of experienced payload C2 veterans used intuitive user experience (UX) to simplify payload operations. The new version of TacSit-C2 is expected to be fielded before the end of the year.
“As part of the Quadratix set of software solutions, TacSit-C2 seamlessly integrates Multiple Intelligence Signal Processing (Multi-INT) C2 into a single application that includes radar, Electronic Intelligence (ELINT), Communications Intelligence (COMINT), and Electro-optical/Infrared (EO/IR) sensors,” said Darren Moe, GA-ASI senior director for Automation, Autonomy and Artificial Intelligence. “We anticipate that implementation of TacSit-C2 will significantly reduce manpower requirements.”
TacSit-C2 features GA-ASI’s Multi-Mission Controller (MMC), which enables one user to control multiple heterogeneous unmanned vehicles at the same time. TacSit-C2 is scalable, easily accommodating the addition or removal of workstations depending on the mission. The system runs on commercial off-the-shelf (COTS) computer hardware from a laptop to a server. TacSit-C2’s Software Development Kit (SDK) empowers third parties to add additional capabilities such as new payloads.
18 Mar 25. L3Harris’ AMORPHOUS software targets drone swarm C2 capability. L3Harris is maturing a new command-and-control (C2) software architecture aimed squarely at drone swarm operations, an architecture programme officials anticipate of being capable of handing control of thousands of unmanned systems to a single operator.
“We are really trying to address the need the [US] military will have as they start to really field autonomous systems in large numbers,” said Jon Rambeau, president of Integrated Mission Systems at L3Harris. “How do we operate autonomous systems at scale?” he told Janes .
The solution company officials have developed the Autonomous Multi-domain Operations Resiliency Platform for Heterogeneous Unmanned Swarms (AMORPHOUS) programme, which is a C2 software architecture that can co-ordinate drone swarm operations across domains “not in the hundreds [but] into the thousands” of autonomous systems under a single C2 digital backbone, according to Rambeau.
“The goal is to control those assets with a very small number of operators,” he added.
Based on an open-architecture design created by L3Harris and third-party developers, the C2 software underpinning the AMORPHOUS programme is the company’s “smart swarm technology”, which is more akin to a data mesh network construct, according to Rambeau. Under AMORPHOUS, “a command would be passed to the [drone] swarm, and then members of the swarm would communicate with one another, and they would determine how to jointly accomplish” a given mission, he said during a February interview.
“If one member of the [swarm] falls out, the others recognise that it happened, and they communicate about how to fill that gap,” he added. (Source: Janes)
19 Mar 25. BlueHalo and GrandSKY Partner to Create a Unique Hub for Tech Innovation, Testing, and Training. BlueHalo and GrandSKY, the nation’s first commercial business park focused on unmanned aircraft systems (UAS), announced a formal agreement today through a signed memorandum of understanding (MOU). The collaboration will promote the integration of BlueHalo’s next- generation autonomous systems, layered air defense solutions, hypersonic telemetry, and airspace command and control technologies into GrandSKY’s facilities and Air Space Infrastructure Systems (ASIS) to create an unmatched flight operations environment.
“This agreement marks a pivotal step forward in advancing capabilities for uncrewed aviation and national airspace security by enhancing the safety, reliability, and scalability of UAS within controlled airspace,” said Trip Ferguson, BlueHalo Chief Operating Officer. “GrandSKY is a world-class leader in UAS research and operations. Together, we are creating a special hub for hands-on research and development and industry collaboration that will yield results for our national airspace and our military abroad.”
In addition to the knowledge and resource sharing provided through the MOU, BlueHalo is expanding work on its PANTHER phased array antenna technology at GrandSKY. PANTHER is used for hypersonic missile tracking and telemetry in the Range Hawk unmanned aircraft by the Test Resource Management Center’s (TRMC) Sky Range program at GrandSKY; it is also being developed for Low Earth Orbit (LEO) satellites. BlueHalo will also integrate its airspace command and control technology, VigilantHalo, into GrandSKY’s BVLOS system to enhance airspace awareness and control while increasing counter-unmanned aerial system (C-UAS) capabilities at the facility as part of Project ULTRA, launched last May by GrandSKY. The ASIS CORE system (Cooperative Open Research Environment) is a groundbreaking system that addresses the critical challenges of integrating UAS into the national airspace system (NAS), making it the backbone of UAS traXic management under Project ULTRA.
“By combining our expertise and capabilities, we can accelerate innovation and quickly transition groundbreaking technologies to the frontlines,” GrandSKY Founder and President Thomas Swoyer Jr. said. “BlueHalo and GrandSKY are poised to revolutionize how industry, community, and government come together to advance technologies, integrate systems, and train operators.”
The MOU with GrandSKY expands BlueHalo’s presence in North Dakota. Last year, the company announced a partnership with Bismarck State College to advance hypersonic missile testing research and train students for high-tech defense industry jobs in the state. BSC is set to open its new Polytechnic Advanced Technology Center later this month. (Source: UAS VISION)
18 Mar 14. mimik, a pioneer in Agentix-Native Device-First Continuum AI (DFC-AI), and TORII Technology, a leader in Holographic XR, Quantum, and AI-driven decisioning frameworks, are joining forces to bring advanced Tactile Edge and High-Performance Computing (HPC) solutions to the Department of Defense (DoD). The partnership delivers AI-driven mission readiness, real-time analytics, and dynamic Agentix-Native intelligence designed for secure, scalable, and autonomous operations. Defense operations require AI-driven insights, autonomous coordination, and seamless interoperability across dynamic environments. Cloud-native only architectures create latency, security risks, and dependency issues that limit real-time decision-making. mimik and TORII address these challenges by enabling AI execution at the Tactile Edge, reducing reliance on centralized systems for mission-critical responsiveness. Their high-performance computing framework accelerates AI workflows, analytics, and simulations, ensuring secure and efficient operations. The partnership establishes a resilient agentix mesh that enables real-time collaboration while TORII’s Holographic XR and Generative AI-driven decisioning enhance training and situational awareness.
“Integrating mimik’s Agentix-Native AI Continuum with our HPC-powered Holographic XR solutions creates an unprecedented leap in AI-driven defense and security,” said Theresa Malvin, Founder and CEO at TORII Technology. “This partnership unlocks real-time mission adaptability, immersive training environments, and AI-powered operational intelligence that will define the future of defense innovation.”
“By integrating mimik’s Agentix-Native AI Continuum with TORII’s high-performance AI-driven solutions, we are delivering a mission-adaptive AI infrastructure that enables real-time responsiveness, autonomous collaboration, and scalable training environments. This ensures defense operations can rapidly adjust to evolving scenarios while maintaining security, control, and efficiency,” said Fay Arjomandi, Founder and CEO at mimik.
To see the demo at NVIDIA GTC 2025, Book a meeting: https://www.mimik.com/our-events/live-demo-ai-agents-in-action-gtc-booth-3117/ (Source: BUSINESS WIRE)
18 Mar 25. GKN Aerospace and Partners Successfully Complete ASCEND Programme, Transforming High-Rate Composite Manufacturing.
* The ASCEND consortium has driven significant advancements in high-rate composite technologies through cross-sector collaboration across UK industry.
* ASCEND positions the UK at the forefront of advanced, sustainable composite technologies for next-generation aircraft and future mobility solutions
GKN Aerospace, in collaboration with McLaren Automotive and other UK partners, proudly announces the successful completion of the ASCEND (Aerospace and Automotive Supply Chain Enabled Development) programme. This four-year, £39.6m initiative has significantly advanced the UK’s high-rate composite manufacturing capabilities, focusing on high-rate production, Industry 4.0, and sustainable composite manufacturing. The ASCEND programme, funded by a £20m commitment from industry and a £19.6m commitment from the UK Government via ATI, aimed to accelerate the adoption of composite technologies, industrialize new technologies, and meet future high-volume requirements. The collaboration brought together expertise from across the UK supply chain to develop advanced materials and automation equipment required for lightweight structures in the sustainable air mobility, aerospace, and automotive industries.
Key Achievements:
* Collaborative Innovation: The programme brought together 16 partners from the UK’s composites supply chain, each contributing their unique expertise to advance automation, material processing, and tooling. GKN Aerospace led the consortium alongside Assyst Bullmer, Airborne, Cygnet Texkimp, Des Composites, FAR-UK Ltd, Hexcel Composites, Hive Composites, LMAT, Loop Technology, McLaren Automotive, NCC (National Composites Centre), Rafinex, Sigmatex (UK), and Syensqo, with collaboration and investment support from Axillium Research.
* Technological Advancements: Significant progress was made in developing new methods, materials and processes, such as composite topology optimization with Rafinex, fast-cure prepreg technology systems from HEXCEL and Syensqo, joining mechanisms and cross sector bonding technologies with FAR and HIVE.
* Automation and Digital Integration: The development of automated systems from Loop Technology and GKN Aerospace’s RTM cell and Airborne’s Automated Ply Placement technology, showcased the potential for high-rate, high-quality composite manufacturing.
* Sustainability: NCC developed a Sustainability Maturity Level framework to assess and improve the environmental impact of composite manufacturing.
* Demonstrator Projects: The programme’s success was highlighted by two flagship projects: GKN Aerospace’s bladed wingtip and McLaren’s rear floor component, both demonstrating the integration of aerospace precision with automotive production rates.
The consortium, led from GKN Aerospace’s £32m Global Technology Centre in Bristol, supported up to 130 jobs through 2023 and 2024. GKN Aerospace utilised its long-term experience and in-depth knowledge of composite engineering for integrated airframe structures throughout the project.
John Pritchard, President Civil Airframe GKN Aerospace, said: “GKN Aerospace has deep knowledge and expertise in composite technology, and we are proud to have led this consortium. Through ASCEND, we accelerated the development of next-generation lightweight, cost-effective advanced composite technologies – critical for the aerospace and automotive industries in their transition to more energy-efficient aircraft and vehicles. Successfully developing and demonstrating high-rate manufacturing capabilities across the UK supply chain has reinforced our position as an industry leader and underscored our commitment to sustainability. With the support of the Aerospace Technology Institute, which continues to play a vital role in advancing the UK’s position in next-generation aircraft, we have delivered key technological breakthroughs while achieving benchmark levels of price, quality, and repeatability.”
The ASCEND programme not only achieved its technological goals but also established a new paradigm for cross-sector collaboration, creating a robust supply chain and skilled workforce to support future innovations in composite manufacturing. The programme’s legacy extends far beyond its immediate achievements, positioning the UK composites industry for sustained growth and innovation in the decades ahead.
Technology Highlights:
* Radiation characterized to 100 krad (Si) for LEO/GEO and lunar space missions
* Four 1.8 GHz 64-bit ARM Cortex-A72 cores of processing power
* Variety of I/O provides flexibility for different sensors, payloads and digital backbone
* Multiple NASA EEE-INST-002 reliability levels available for mission and orbit needs
19 Mar 25. Curtiss-Wright Corporation (NYSE: CW) today announced an agreement for access and use of NVIDIA AI software and GPU hardware to accelerate the development of advanced processing and communications systems for rugged applications at the extreme edge. Under the agreement, Curtiss-Wright, a NVIDIA OEM Partner for Embedded Compute, Computing, Networking & NVIDIA AI, gains access to NVIDIA’s extensive portfolio of AI and generative AI software as well as its GPU platforms and frameworks. The agreement will speed Curtiss-Wright’s ability to apply advanced AI technologies across its portfolio of capabilities.
“We are pleased to partner with NVIDIA, furthering our commitment to collaborate with the industry’s leading technology companies to bring the most advanced processing capabilities to our open standards based embedded computing solutions,” said Lynn M. Bamford, Chair and CEO of Curtiss-Wright Corporation. “This agreement will enable our customers to harness the power of NVIDIA’s GPU devices, and artificial intelligence and machine learning software ecosystem, to drive emerging capabilities and support new classes of compute intensive applications.”
“Curtiss-Wright’s core competency is the ability to rapidly embed the latest commercial technology into rugged form factors designed to perform in the harshest environments,” said Brian Perry, Senior Vice President and General Manager, Curtiss-Wright. “NVIDIA’s AI platform leads the industry in driving the innovation that solves difficult challenges, and this new OEM Partnership reinforces Curtiss-Wright’s ability to meet the growing demand for higher performance, advanced processing solutions across our customer base.”
Curtiss-Wright sees tremendous potential for highly compute-intensive applications to harness the capabilities of NVIDIA’s higher performance compute optimized and multi-workload optimized solutions for extensive software applications. This new agreement will enable Curtiss-Wright’s customers to rapidly develop leading-edge applications. To fully harness NVIDIA’s data center class of products, Curtiss-Wright will use its industry-leading electronics thermal management expertise, making it possible for advanced processing and communications solutions to operate in harsh, extended temperature environments. This effort will leverage the use of open standards-based embedded solutions that use a range of proven module and chassis level cooling technologies, such as conduction, forced air, AFT (air flow through), LFT (liquid flow through), FFT (fluid flow through), and spray cooling. In collaboration with NVIDIA, Curtiss-Wright’s Defense Solutions Division is sponsoring the “AI at the Tactical Edge: NVRadar and Accelerated Sensor Processing” panel discussion at NVIDIA’s 2025 GTC conference. The 90-minute invitation-only event will be held on Wednesday, March 19, 2025.
19 Mar 25. Green Hills Software, the worldwide leader in embedded safety and security, today announced its collaboration with NXP® Semiconductors to provide a combined hardware and software solution for developing and deploying safety-focused, mixed-criticality SDV zonal architectures based on NXP’s new S32K5 MCU family. The software solution features the ASIL D safety-certified µ-velOSity™ real-time operating system (RTOS), the µ-visor® hypervisor for MCUs, and the industry-leading Green Hills Compilers, and advanced MULTI® debugger with system visualization tools. This combination from NXP and Green Hills Software enables OEMs and Tier 1 suppliers to safely consolidate mixed-criticality ECU functions while reducing system complexity, lowering development cost and time-to-production while improving software reuse in new vehicle programs. Emerging designs for next-generation vehicle electronics must adapt to accommodate the growth and consolidation of software features with advanced new electronics architectures. Customers require a flexible and performant compute platform that is able to safely consolidate hardware and software with freedom-from-interference while providing uncompromised real-time performance, lower cost, and more system reliability. In addition, time-to-market pressures require a software development environment that reduces the time and cost to develop, integrate, optimize, and deploy ms of lines of code in complex heterogenous multicore, multi-OS ECUs.
“As vehicle ECU functions are consolidated, automakers must ensure functional safety while reducing system complexity and development time,” says David Vieira, Senior Director, Automotive Zonal Solutions at NXP. “We’re pleased to partner with Green Hills to enable our new S32K5 MCU family with solutions to help automakers accelerate and streamline vehicle development without compromising on safety.”
“Green Hills is thrilled to be working with NXP to provide early and extensive enablement for NXP’s latest microcontroller family, the S32K5,” said Dan Mender, Vice President, Business Development, Green Hills Software. “By using our comprehensive production-focused software solutions, customers can develop their next-generation zonal and domain controllers with the most performant, scalable, configurable offerings available, significantly reducing the time to production and cost to develop.”
This hardware/software solution is ideal for automotive applications targeting up to ISO 26262 ASIL D certification such as zone controllers, domain controllers, premium body and safety controllers. The S32K5 family of MCUs offers high performance, increased networking capability, and innovative hardware-enforced safety isolation – all at low power consumption. The production-focused software products and technologies from Green Hills provide the proven foundation for customers to efficiently develop and optimize their applications in next-generation SDV architectures.
Safe, Secure ECU Consolidation – With near-zero overhead, the Green Hills µ-visor hypervisor safely and securely consolidates multiple operating systems, such as AUTOSAR Classic or µ-velOSity, and their workloads in virtual machines. µ-visor can run one or more Guest OSes on a single Arm® Cortex®-R52 core with hardware-based enforcement to isolate Guest OSes and their applications.
Efficient & Performant – The µ-velOSity RTOS has a small footprint and simple programming model and can run on any of the S32K5’s Cortex-M7 or Cortex-R52 real-time cores. Green Hills Optimizing Compilers produce the smallest and highest performance code for Arm Cortex-M and Cortex-R cores. Together, they are the ultra-efficient software foundation to take advantage of the S32K5’s expanded performance.
Safety & Security – The S32K5 supports applications targeting ASIL D safety and ISO/SAE 21434 automotive cybersecurity. Likewise, the µ-velOSity RTOS and Green Hills Compilers and run-time libraries are certified to ISO 26262 ASIL D. Additionally, the safety team at Green Hills offers services to help customer design and certify their safety systems.
Find and Fix Bugs Faster – The MULTI integrated development environment (IDE) gives developers a unified view across all the running S32K5 real-time processor cores and OSes, such as AUTOSAR, FreeRTOS, or µ-velOSity, cutting development time and shortening time-to-production. Time-saving advanced features include multicore OS-aware debugging, trace-powered TimeMachine® back-in-time debugging, and the History® viewer of system events. To resolve software problems earlier, MULTI includes a MISRA C Adherence Wizard and DoubleCheck™ that automatically analyzes code during compilation, enabling engineers to detect and resolve problems more efficiently than stand-alone redundant-pass static code analyzers.
Complete Offering for NXP’s S32K5 MCU Family:
- µ-velOSity RTOS for certified ASIL D safety on the Cortex-M7 and Cortex-R52 real-time cores
- µ-visor hypervisor for concurrently hosting multiple AUTOSAR Classic, FreeRTOS, and µ-velOSity Guest OSes on the Cortex-R52 real-time cores
- OS-agnostic MULTI integrated development environment (IDE) with advanced back-in-time TimeMachine debugger and History intuitive graphical system viewer for software solutions from Green Hills, NXP, and NXP CoreRide partners running on the Cortex-M7 and Cortex-R52 real-time cores
- ASIL D Green Hills Optimizing Compilers and C/C++ run-time libraries
Availability
The S32K5 platform was demonstrated in the NXP booth at embedded world, March 11-13, 2025, and is available to early customers today, running and integrated with the Synopsys Virtualizer™ S32K5 VDK virtual model simulator.
18 Mar 25. Anschütz develops autonomous navigation and command system. The autonomous navigation and command system equips navies with a sustainable capability that enhances safety for unmanned systems. This system provides precise and secure autonomous navigation, control, and operation of uncrewed platforms. Credit: Anschütz. Anschütz, a German navigation company, has developed a navigation and command system designed for autonomous and uncrewed maritime operations. The company stated that the system, which is now ready for approval, offers a seamlessly integrated and holistic approach to navigation. It has been tested in autonomous operation mode and is currently being prepared for implementation in prototype vessels. The autonomous navigation and command system equips navies with a sustainable capability that enhances safety for unmanned systems, while maintaining complete technological sovereignty. This system provides precise and secure autonomous navigation, control, and operation of uncrewed platforms. Additionally, it facilitates remote monitoring and control capabilities from a tactical operations centre (TOC), which could be situated onshore or aboard a mothership, the company notes. Anschütz has also made provisions for the TOC systems to be deployed as a mobile, containerised solution. The foundation of the integrated system is the SYNAPSIS Integrated Navigation System, which uses and augments secure technology. The system’s capabilities include the monitoring and control of platforms, generating a maritime situational picture through the use of navigation sensors, optical sensors, and surveillance systems, as well as enhanced tactical target management. It offers uncrewed vessels the benefit of precise and secure navigation and dynamic manoeuvrability with automated course and speed control, bolstered by a collision avoidance system. The system automates target detection and classification, and integrates a range of tactical functions seamlessly. Due to the meta-architecture, the system enables scaling from assistance systems to highly automated systems, as well as the monitoring and control of uncrewed surface vessels and automation solutions for larger combat ships. As a reusable and modular system built on existing elements, designs, and standardised interfaces, it allows for straightforward integration and expansion of sensors, automation processes, and communication systems. It also caters to specific security requirements of customers and can be adapted to future regulations and standards. The system has various applications, including intelligence, surveillance and reconnaissance operations, protection of maritime infrastructure and coastlines, and the detection and identification of mines and other underwater anomalies. (Source: naval-technology.com)
18 Mar 25. Aitech, a leading provider of rugged embedded systems for use in military, aerospace and space platforms, announced the 3U OpenVPX SP1, a space-rated single-board computer (SBC) engineered for high-performance space missions, including low earth orbit (LEO), geostationary orbit (GEO), lunar and deep space missions. The SP1 is designed to be used in multiple spacecraft and payload systems to improve orbit computation and meet the growing needs for edge processing and analysis and on-board computing. With a wide range of I/Os, a powerful on-board processor, and a high-performance configurable FPGA that enables mission flexibility, the SP1 delivers mission-critical reliability and adaptability essential for space applications.
“The space market is rapidly evolving, and next generation, more powerful SBCs are essential in enabling multi-core high performance supporting increasingly complex missions,” said John White, Space Solutions Director, Aitech. “Aitech’s SP1 is indispensable in the space market by providing efficient and reliable computing solutions for Earth observation, communications, Command and Data Handling (C&DH), robotic applications with vision processing, power distribution and management, and signal processing and analysis, from LEO to lunar and deep space missions.”
The SP1 is designed and built for applications that require extensive data processing and high bandwidth, making it critical for next-generation missions, including:
* Autonomous Space Maintenance, Operations and Flights: As part of a digital backbone, the powerful and configurable SP1 supports a variety of autonomous operations, reducing reliance on ground-based decision-making and enabling spacecraft to perform real-time decision-making and maneuvering through integrated AI/ML algorithms.
* Debris Avoidance and Situational Awareness: With thousands of space debris, big and small, tracking in Earth’s orbit, collisions with all forms of space debris can cause catastrophic damage. Providing enhanced computational capabilities to detect and evade space debris, the SP1’s high-speed processing improves situational awareness, dynamic trajectory predictions, and autonomous collision avoidance to ensure long-term sustainability at all orbit levels.
* Multiple Payload Hosting and Control: The SP1 leverages OpenVPX and increased I/O bandwidth for future space systems, allowing it to provide flexibility for different sensors, payloads and digital backbone architectures including, Gigabit Ethernet, GPIO, UART Serial, USB 2.0, SpaceWire, SpaceFibre, CANbus, and SPI with an onboard FPGA and PMC connector to provide additional I/Os. The SP1 I/Os can be supplemented with peripheral boards that will provide stepper motor control, power control, high-speed camera interfaces, storage, and digital and analog IO.
Aitech offers the SP1 with electronic reliability to meet orbit and mission needs with different levels of EEE parts from LEO to deep space and every critical mission from unmanned to human safety critical space missions. The SP1’s four 1.8 GHz 64-bit ARM vortex-A72 cores can achieve 44,000 CoreMarks of performance and utilize ECC equipped DDR4 memory to enhance capacity and reduce bandwidth usage by processing data locally and sending only essential information. The SP1 will be fully radiation-tested and characterized to 100 krad (Si) and provide latch-up immunity to 67 MeV-cm2/mg in an ISS orbit.
18 Mar 14. STATION DC, the premier connector of tech and policy players in our nation’s capital, is now accepting applications for General Membership and its Delta Force, a small cohort of DC’s most promising founders, which it will introduce at the inaugural Build in DC Summit this July. As Washington’s dedicated hub for tech, STATION DC provides a purpose-built convening space designed for strategic discussions, board meetings, and private events. The organization’s physical site, events and programming, resources, and network provide a competitive advantage for founders building frontier innovations.
Now accepting applications, General Membership will provide access for Startups, VCs, Non-Profits, Government, Military, and Corporates to STATION DC’s:
* Headquarters in the Union Market District.
* Network of founders, investors, policymakers, military, philanthropists, and corporate leaders shaping key industries such as AI, energy, and security.
* Private briefings, policy roundtables, and exclusive networking events with policymakers, regulators, and national security leaders.
* Panels, private dinners with industry leaders, and strategic discussions designed to advance national innovation priorities.
* Regulatory and policy intelligence to help members navigate the evolving landscape of frontier industries.
STATION DC’s Delta Force, an annual cohort of DC’s 6-10 most promising startup founders, will be handpicked to receive access to exclusive resources and support. Each Delta Force startup accepted into the cohort will get:
* Complimentary STATION DC membership.
* Strategic engagement opportunities with DC government officials, federal agencies, and policymakers.
* Curated programming, featuring a kickoff event, quarterly gatherings, and dedicated communication channels.
“At STATION DC, we’re not just building a community—we’re delivering results,” said Executive Director James Barlia. “By connecting tech and policy, we give innovators the edge they need to lead in industries critical to America’s future.”
STATION DC will introduce its inaugural Delta Force cohort at the Build in DC Summit, a flagship event in early July bringing together the region’s and country’s most influential founders, investors, policymakers, and industry leaders. The Summit will serve as a catalyst for connection and collaboration among tech founders leveraging their DC headquarters as a strategic advantage.
“STATION DC is strengthening DC’s position as a leader in technology and innovation,” said Nina Albert, Deputy Mayor for Planning and Economic Development. “We are committed to supporting the growth of our local businesses while attracting the next generation of innovators to the District.”
Across frontier industries—such as space, defense, energy, autonomy, healthcare, and more—business leaders are betting on DC’s unique role as the capital of innovation and policy. “STATION DC sits at the center of an emerging ecosystem where the highest levels of government and the most ambitious startups collaborate to solve national challenges,” said Grant Verstandig, Founder and CEO of Red Cell Partners, an incubation firm based in the area. “This is the place to build if you want to solve problems of consequence and change industries at scale.”
With limited slots available, STATION DC membership offers a unique opportunity for those looking to navigate the intersection of technology and policy. Apply now at stationdc.com to secure your seat at the table.
About STATION DC:
STATION DC supports local entrepreneurs and attracts ambitious companies looking to make DC their first—or next—home. It is a force multiplier for founders, investors, policymakers, military, philanthropists, and industry leaders, providing a direct line between innovation and decision-making. With its dedicated physical space in Washington, DC, STATION DC serves as the strategic hub for collaboration and influence, offering members an environment where technology and policy converge. (Source: BUSINESS WIRE)
17 Mar 25. Sensor specialist HENSOLDT and TUM Venture Labs, a joint initiative of the Technical University of Munich and UnternehmerTUM, have signed a partnership agreement. HENSOLDT will be an active industrial partner of the TUM Venture Lab ‘Aerospace & Defense’. The aim of the cooperation is to intensify the exchange between industry and research and to create joint potential for future investments in promising start-ups. The TUM Venture Labs are innovation centres that promote technology-based spin-offs. They support prospective entrepreneurs in putting promising research results and ideas into practice and provide an ecosystem with the necessary development environment. There are a total of twelve Venture Labs, each with its own thematic focus. With this cooperation, the TUM Venture Lab ‘Aerospace & Defense’ will pool all defence-related projects and advance the planned establishment of a European Defence Tech Hub. With this partnership, HENSOLDT is further strengthening its commitment to building bridges between science and industry. As an industrial partner, HENSOLDT will provide the founders and entrepreneurs supported by the Venture Labs with valuable insights into industry requirements and processes. Regular exchange in committees and working groups will open up new perspectives for both partners, create synergies and pave the way for future joint projects and investments in start-ups. The defence industry is undergoing a profound transformation due to new security policy realities and changing military requirements. The cooperation with TUM Venture Labs is a further step for HENSOLDT to expand its innovative strength in new, fast-growing areas such as software-defined defence. At the same time, the cooperation between HENSOLDT, one of the leading companies in the European defence electronics market, and TUM Venture Labs is a strong signal for Munich as a technology hotspot. It is characterised by an excellent ecosystem for tech start-ups and is increasingly becoming a central hub for Europe’s technological progress and sovereignty in the defence sector. HENSOLDT will provide significant support for TUM’s ambition to create a European Defence Tech Hub.
“Our innovative strength does not come from our own efforts alone. By integrating ourselves into a powerful network of research institutions and initiatives, we enable a dialogue about exciting future technologies and innovative ideas. At the same time, we are networking with a large number of founders with whom we will explore potential for future cooperation – including increased investment in their start-ups,” says Christian Schmidt, Chief Strategy Officer of HENSOLDT.
“As a leading European deep tech entrepreneurship hub, the TUM Venture Labs with our Munich partners are crucial for defence-related innovations in space, autonomous systems and software & AI,” explains Dr. Philipp Gerbert, CEO of TUM Venture Labs.
“In view of current geopolitical developments, we need to increasingly educate our start-ups on what it means to serve security and defence markets with their products,” adds Dr Florian Dötzer, who heads the security activities at TUM Venture Labs. “As a new partner, HENSOLDT is an invaluable asset at our side for this.”
10 Mar 25. Effective mission planning and execution require real-time data visualisation and collaboration. To meet this need, HOLOGATE has integrated the Fraunhofer Digital Map Table (DigLT) into the modular HGXR platform as part of their collaboration with the German Army’s Wehrtechnische Dienststelle 91 (WTD 91) and in partnership with the Fraunhofer Institute for Optronics, System Technologies, and Image Exploitation (IOSB). This integration provides a modern situational visualisation tool that enables users to analyse, plan, educate, and operate in a dynamic, immersive XR environment where mission-critical data is instantly accessible and interactive. Multi-Layered Visualisation and Real-Time Data Access: Developed by Fraunhofer IOSB, the Digital Map Table allows multiple perspectives on a mapped area. The DigLT offers a clear and adaptable tactical overview by combining 2D and 3D data, including live sensor data, reconnaissance imagery, operational metadata, and point clouds. Users can filter, analyse, and mark displayed information using functions like drawing tools, tactical symbols, line-of-sight calculations, and a timeline function to track movements and analyse past operations. The interaction with live data in real-time ensures dynamic updates and improved decision-making. Customisable and adjustable data layers provide enhanced situational awareness, making planning and execution more efficient. Now, with its integration into HOLOGATE XR technology, the Digital Map Table continues to evolve. XR-Powered Mission Execution and Training: HOLOGATE XR solutions are built on a modular, open-platform architecture, enabling smooth integration of third-party applications like the Digital Map Table. This design ensures flexibility, interoperability, and scalability, allowing for diverse applications within a single system. With its future-ready approach, the platform adapts to evolving operational needs, providing a versatile and efficient solution across a wide range of industries. XR technology provides a cost-effective solution, enabling true 3D visualisation of geospatial data. The integration of DigLT into HGXR’s modular XR platform makes full-scale virtual terrain walk-throughs in 1:1 scale possible. This allows personnel to explore operational areas, assess environments, and conduct mission briefings in a shared virtual space. The ability to virtually ‘jump’ into mission locations, interact with real-time data, and actively explore the environment ensures more precise planning, simulation, and execution. This immersive approach allows teams to visualise operational scenarios before deployment, reducing risk and enhancing strategic coordination. With the integration of the Digital Map Table, HOLOGATE, together with the WTD 91 and Fraunhofer IOSB, is setting a new benchmark for XR-powered mission planning, delivering cutting-edge solutions for defence, security, and beyond. (Source: joint-forces.com)
14 Mar 14. Blaize Holdings, Inc. (NASDAQ:BZAI) (Blaize), a provider of purpose-built, artificial intelligence (AI)-enabled edge computing solutions, today announced that it has partnered with Turbo Federal, a trusted provider of AI transformation services to federal government agencies including the DoJ, DoD, DEA and FBI, to help Blaize establish relationships and identify and implement Blaize’s AI technology in federal use cases to support the adoption and testing of AI within the U.S. Department of Defense’s (DoD) Chief Digital and Artificial Intelligence Office (CDAO). Under the Master Services Agreement with Turbo Federal, it will leverage established relationships with federal government agencies to provide Blaize with entry points into the federal market, including with the DoD’s CDAO with the goal of developing solutions to harness AI’s potential for purposes of national security. This process enables the CDAO to work in partnership with prime contractors for DoD users to have a flexible means of supporting their commercial test and evaluation needs quickly, efficiently and cost-effectively. The CDAO’s role is to identify AI resources to help the DoD test and improve AI systems developed for military operations and missions. Turbo Federal and Blaize hope to play a critical role in accelerating CDAO’s development and continuous testing of new AI tools and services, ensuring the seamless integration of AI technology into federal environments. The CDAO is the successor organization to the Joint Artificial Intelligence Center. It has also recently subsumed the office of Defense Digital Service and the Office of Advancing Analytics within the DoD.
“AI is revolutionizing every industry, and the federal government is no exception. Federal entities are realizing the tremendous potential of AI to enable faster, better decision-making, which is vital for national security,” said Dinakar Munagala, Co-founder and CEO of Blaize. “Through this Agreement with Turbo Federal, we expect to establish a relationship with CDAO and collaborate with CDAO to accelerate the meaningful adoption of AI across the U.S. federal government when it’s needed most.”
Blaize’s architecture and programming model enables organizations to create low-latency, energy-efficient Al solutions necessary for their intensive processing needs, such as image processing, security systems, and natural language processing. Blaize and Turbo Federal can provide the DoD with superior platforms ranging from inferencing in the data center to managing data in the physical world. Blaize systems deliver high efficiency and flexibility to meet power, performance, and cost targets, with full programmability to address a broad range of Al use cases, all of which are critical requirements for edge solutions.
“Blaize and Turbo Federal share a common mission: to accelerate efficient, fast-paced, high-quality AI adoptions,” said Kerry Gray, CEO at Turbo Federal. “With Blaize, we will apply this shared goal within the DoD’s CDAO, ultimately bolstering national security efforts.”
This latest agreement is part of a series of valuable partnerships for Blaize involving organizations such as the Korea Advanced Institute of Science and Technology, alwaysAI, and VSBLTY, potentially adding to Blaize’s growing customer pipeline. (Source: BUSINESS WIRE)
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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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