LiquidPiston’s Post

Galvion, a world leader in power and data management solutions and innovative head protection systems, is introducing E.D.G™ (Energy Data Grid; pronounced “edge”), a modular and scalable power and data distribution and management system for headborne accessories. The introduction coincides with Shot Show 2024 taking place in Las Vegas, USA, 23-26 January 2024, where Galvion will be exhibiting E.D.G, alongside their other products, on Booth 32003. Galvion’s E.D.G headborne system has been developed in response to the continuing and escalating power and data needs of the warfighter. Developed over multiple years, the scalable power solution was first introduced on Galvion’s PDxT™ helmet platform to meet the operational needs of the United States Marine Corps as a part of the Marine Corps Systems Command (MCSC) Integrated Helmet System (IHS) Other Transaction Agreement (OTA). Designed through an iterative development cycle, incorporating real-time feedback from USMC trials throughout the process, the E.D.G system represents a critical step in transitioning from a protective ‘helmet’ to an ‘integrated helmet system’ that enhances lethality and survivability. #military #defense #defence #militaryleak https://lnkd.in/gMH_7D2H

It was great to have the opportunity to discuss digital engineering (DE) with Nick Freije and Dan Reineke. When I took the position leading Digital Engineering efforts for NAVSEA Warfare Center HQ at the close of CY2022, I noted that the phrase "Digital Engineering" was a colloquialism used by many communities to mean different things. This led to a lot of misdirection and misalignment of priorities as organizations sought to advance "Digital Engineering" without verifying that they were working towards the same goals. Within the same room you may have someone transformation acquisition managmenet, another developing digital infrastructure, and a third working digital execution of tasks. All three individuals would claim they are "driving Digital Engineering" but yet they are working different objectives and potentially towards different ends. Over the last 18 months, I've seen an exponential growth in the attention given to DE. The rise in commercially available generative AI, proliferation in digital manufacturing applications, and advancements in MBSE adoption has bolstered the efforts of those already working in the space and led to former critiques of the "Digital Engineering" label to revisit the subject. Increased community interest, paired with the robust engineering and analytics footprint of our defense RDT&E establishment, has presented us the opportunity to move from "talking digital" to "executing digitally". Representing the warfare centers, I often joke that "I am the Lorax, and I speak for the trees" in reference to my advocacy of engineers, analysts, and developers who are the ones who actually have to implement DE concepts at the working level. DE remains a vast, multi-faceted field but the industry is quickly bringing digital concepts (which were previously academic at best) into the practical realm. We have a golden opportunity to combine our existing system expertise with new and exciting engineering capabilities to do things once considered impractical or impossible. It is going to be exciting to see how we are able to leverage DE to tackle more difficult problems and deliver more sophistocated capability solutions to the Fleet in the coming years.

Honeywell Aerospace Technologies discusses the developments in directed energy (DE) technologies, looking at the history, what the future holds, and the company's role in the maturation of DE. ➡️ In the ever-evolving landscape of military defense, the recent Surface Navy event shined a spotlight on an exciting development: the call for rapid fielding of directed energy (DE) technologies. ➡️ These sophisticated systems, ideal for countering unmanned aerial systems (UAS) in critical engagement zones, are at the forefront of modern defense strategies. ➡️ The subsequent announcement by Secretary of the Navy Del Toro, advocating increased investment in DE technologies, underscores a pivotal shift towards these futuristic armaments. 🔗 Find out more >> https://hubs.la/Q02v9bB30 Read the article to find out how Honeywell’s collaboration with leading system integrators and defense agencies promises a safer, more secure future for our military personnel and assets. #technology #defense #future #innovation

Interested in learning more about Model Based Systems Engineering? Come discuss some of the solutions Critical Frequency Design has developed for the Navy at Sea Air Space 2024 in the STP Small Business section. Dave Wood can discuss some innovations with Tactical Datalink Communications. #seaairspace2024 #SolutionsAtTheSpeedofLight #DigitalEngineering

The Role of Filters in Expanding Bandwidth for Electronic Warfare Receivers by Peter Matthews via Knowles Precision Devices. Electronic warfare (EW) systems are an increasingly critical component of modern warfare. They seek to control and exploit the electromagnetic spectrum to gain an advantage over adversaries while preventing them from reciprocating. https://lnkd.in/dgkUbiAC

Communications in the Defense of our freedom is always a positive.

Electro Optic Systems has sold off its naval satellite communications arm EM Solutions Pty Ltd only five years after buying the business, further focusing EOS on its core business of Remote Weapon Systems. EOS entered into a binding share sale agreement to sell the Brisbane subsidiary to UK listed Cohort plc for an enterprise value of $144 million, freeing up capital for expansion elsewhere. The proposed transaction aligns with EOS’ transformation strategy to focus on commercialising its intellectual property and growing its core product offerings in the areas of RWS, High Energy Laser Weapons and Space Control, according to the company. #manufacturing #australianmanufacturing #defence #defenceindustry #ASX #finance #mergersandacquisitions #divestments #space #spaceindustry

How true! And if we had sovereign national defence industry and a robust process to evaluate future cost effectiveness, Australia could guide the R&D towards those areas where physics limits could be pushed back with the greatest reward. And sustain our own industries instead of other nations.

The evolution of electronic warfare is accelerating, with advanced systems like the EA-18G Growler's Next Generation Jammer redefining how conflicts are fought in the electromagnetic spectrum. This article dives into cutting-edge technologies shaping offensive strategies, from signal disruption to spectrum dominance. Learn how these innovations are paving the way for unprecedented precision and capability in modern warfare. #defenseventures #investmentadvisory #m&a   #dronesukraine #ukrainetech #Investments  #ukraine  #stopthewar #ukraineinvest  #Beker&Co Rear on https://lnkd.in/ejPUauGR