Hypergiant’s Post

To quote my good friend Dayton Wenzel, PMP, becuase I honestly could not have said it better myself… Some people feel the innovation is simply changing things. The reality of it is, innovation is changing things for the better for long duration, and getting massive improvement of critical operational capabilities. This is a great article, showing amazing collaboration between government contractors, industry and government organizations to make innovation happen. #defenseindustry #airforce #defenseinnovation #defensecontracting #defensecontracting #militarytransition #militarycommunity #industryinsights #industrysolutions

A great article about operationalizing innovation into readiness. The challenge: « The challenge is not incubating innovation, it is moving it from laboratories and testing grounds to the field. We believe that six factors — built on a foundation of talent and not requiring any new authorities — can scale innovation adoption across the Department of Defense. These factors include a clear problem definition, an empowered program team, an identified transition partner, a contracting vehicle, steady funding, and senior-leader support. » The conclusion - meeting the challenge - People, culture and implementation « None of these six factors by themselves will be enough to field necessary capabilities at speed and scale. However, when they are combined, and senior leaders assemble the right talent, the likelihood of programs succeeding increases immeasurably. In other words, this challenge is about people, culture, and implementation more than policies and regulations. »

Simulation model use is prolific across the DoD; however these tools lack the ability to perform optimization and trade-off analysis. OptTek Systems, Inc.'s industry-leading simulation optimization and analysis software technology integrates with existing simulations to quickly determine system configurations that produce optimal outcomes and improve analytic insights. It is ideal for modeling and simulation (M&S) environments that are used for analysis of alternatives and large trade studies. This technology is integrated with multiple DoD simulations, including the Advanced Framework for Simulation, Integration, and Modeling (AFSIM) for hypersonic mission analysis. 🎦 Learn more about OpTek's technology in this tech talk: https://lnkd.in/eZdNgpgs 📊 Check out the quad chart: https://lnkd.in/eYurtPm3 #sbir #NavySSP #NavySTP #modelingandsimulation #innovativetech #defensetech

A new digital engineering accelerator, the Ember Digital Engineering Accelerator by GDIT, aims to streamline the development of new weapons for the Defense Department and contractors by providing faster and more accurate modeling and simulation.  Follow us for the latest news updates ➡️ Global Defense Online https://lnkd.in/eJh4uj2K #DefenseInnovation #DefenseTech #DefenseUpdates #DigitalEngineering

Artemis Defense Technologies, in collaboration and Xalles Holdings, Inc. will be at the forefront of supporting the United States Department of Defense in advancing its mission to foster cutting-edge technologies and develop innovative capabilities crucial for Defense at Scale. Our mission goes beyond bleeding edge innovation; we are dedicated to actively assisting and aligning with key partners in the USA, UK, and Australia. Our aim is to establish a comprehensive non - Chinese supplier base system that facilitates supply and production at scale, across diverse and required disciplines. By fostering strategic collaborations, we are committed to contributing to the advancement of defense capabilities globally. Exciting times lie ahead as we anticipate joining forces with our Defense industry partners in both the Sunshine and Lone Star states in the coming months. Together, we will propel technological advancements and create a robust foundation for defense capabilities on a scale like never before. Stay tuned for the remarkable journey ahead! Desert Rotor ePropelled Auterion Government Solutions Boeing Lockheed Martin ideaForge Babcock International Group Air Data Systems Textron Systems NextVision Stabilized Systems Ltd. Coptrz Apian Altitude Angel Chuck Brooks James Earl RAIN Defense + AI Unmanned Systems Technology Joint Authorities for Rulemaking on Unmanned Systems (JARUS) NASA Jet Propulsion Laboratory Accenture Federal Services Red 6 Inzpire Hugh Griffiths Mandy Hickson Bobby Sakaki Bryan S. Kris Hornung Tom Coates Richard Canale BSc (Hons) BAE Systems, Inc. Anduril Industries United States Air Force U.S. Department of State Office of Texas Governor Greg Abbott State of Florida American Tool and Mold Marvina C.

Coming up with the innovative idea is the easy part. What’s hard is having an institution adopt it and support it long-term.

What you see here is the complex Advanced composite structures made using carbon fiber prepregs.Over 90% of the aircraft surface area is made out of Composites. Significant cost reduction, Assembly time and aerodynamic efficiency achieved by adopting co-curing and co-bonding. Tejas truly a Jewel in the crown

Process development and technological innovation must go hand-in-hand, and can and should mutually support each other, all the while taking into account how it affects people and how people play a role in it. This triad should provide synergy and each of the other two aspects should shore up gaps in the other, while the other’s strengths are leveraged. The classic example I give about advancement being held back is how when the Army received automobiles. For the visionaries that saw mechanized warfare sweep the battlefield, the technology was not yet there. For the traditionalists, they saw automobiles as a mechanism to move horses closer to the forward battlespace without tiring them. Many great technological advances have been relegated due to being tied to archaic processes, and some process were tied to technology that wasn’t developed or advanced enough to support the vision. And no matter how sophisticated or effective a process-technology pairing may be, there will still be friction if in neglects the human element.   In this triad, like many networks, is only as strong as the weakest link. https://lnkd.in/gwg_-N54 #technologyinnovation #processtechnology #people #5thlawofthenavy #technology #processinnovation

Today, Northrop Grumman Corporation achieved a significant milestone at Arnold Air Force Base. Their large solid rocket motor, digitally designed and manufactured, aced a static fire test at the U.S. Air Force Arnold Engineering Development Complex. Performance data from the test validated the digital model, showcasing the motor's capabilities and Northrop Grumman's prowess in meeting design requirements through a digital environment. The use of advanced model-based systems engineering (MBSE) in crafting the high-performance second stage motor highlights Northrop Grumman's innovative approach. By integrating MBSE into the design process and applying digital tools for manufacturing, the company not only enhances manufacturing processes but also boosts design evaluation, response to market demands, and overall production capabilities. This success underlines Northrop Grumman's commitment to excellence and continuous improvement in aerospace technology. #NorthropGrumman #Aerospace #Innovation #Engineering #Technology #Milestone

"Talon and its successors will provide several key capabilities to U.S. and allied national security. First, this reusable hypersonic platform offers key tools to technology developers of future weapons and other vehicles. Second, it stands to enhance our own defenses against such weapons. The first time our military sees a hypersonic threat should not be when it really counts. Talon-A offers an unmatched opportunity for the U.S. military to test its defensive systems’ capabilities – including early warning, detection, and tracking– and to conduct realistic training against such weapons."