Willbrook Solutions’ Post

HEADLINES:  ·      Neumann Space announces partnerships with Gilmour and SSTL ·      Hypersonix signs DART AE-focussed agreement with Kratos ·      ShieldAI collaborates with Sentient to offer AI-enabled WA<I In Other News: ·      Inovor Technologies selected for LM’s Mentor Protégé Program ·      Northrop Grumman opens new Hypersonic propulsion systems factory ·      Boeing awards seven contracts to Australian SMEs ·      Australia’s GWEO to build US guided weapons in Australia ·      ASCA releases first Innovation Challenge RFI ·      Skykraft delivers space-based VHF comms for ATM ·      Droneshield launches area-specific Satellite Denial System ·      RAeS to celebrate aerospace downunder ·      Lockheed Martin to build nuclear-powered spacecraft ·      Hanwha’s Redback wins LAND 400 Ph.3 ·      US Congress NDAA bill enables AUKUS, passes SASC milestone ·      Raytheon, Northrop Grumman win hypersonic weapon contract  ·      Refreshed UK Defence Command paper sets future for UK Armed Forces ·      L3Harris VAMPIRE systems to use EOS Gimbals ·      PHASA-35 completes first successful stratospheric flight ·      Defence Trailblazer launches in Adelaide and Canberra ·      Wedgetail trilateral joint vision statement signed at RIAT Read these stories and more at EX2 - https://lnkd.in/gjqi_QAu Innovation is all about new technologies and techniques that solve wicked problems; it’s about the R&D and innovation processes that develop these new technologies and techniques; it’s about the linkages, collaborations and inspiration that make them possible. It’s called thinking outside the square That’s what EX2 is all about.

HEADLINES:  ·      Neumann Space announces partnerships with Gilmour and SSTL ·      Hypersonix signs DART AE-focussed agreement with Kratos ·      ShieldAI collaborates with Sentient to offer AI-enabled WA<I In Other News: ·      Inovor Technologies selected for LM’s Mentor Protégé Program ·      Northrop Grumman opens new Hypersonic propulsion systems factory ·      Boeing awards seven contracts to Australian SMEs ·      Australia’s GWEO to build US guided weapons in Australia ·      ASCA releases first Innovation Challenge RFI ·      Skykraft delivers space-based VHF comms for ATM ·      Droneshield launches area-specific Satellite Denial System ·      RAeS to celebrate aerospace downunder ·      Lockheed Martin to build nuclear-powered spacecraft ·      Hanwha’s Redback wins LAND 400 Ph.3 ·      US Congress NDAA bill enables AUKUS, passes SASC milestone ·      Raytheon, Northrop Grumman win hypersonic weapon contract  ·      Refreshed UK Defence Command paper sets future for UK Armed Forces ·      L3Harris VAMPIRE systems to use EOS Gimbals ·      PHASA-35 completes first successful stratospheric flight ·      Defence Trailblazer launches in Adelaide and Canberra ·      Wedgetail trilateral joint vision statement signed at RIAT Read these stories and more at EX2 - https://lnkd.in/gPatJwzE Innovation is all about new technologies and techniques that solve wicked problems; it’s about the R&D and innovation processes that develop these new technologies and techniques; it’s about the linkages, collaborations and inspiration that make them possible. It’s called thinking outside the square That’s what EX2 is all about.

Top 25 Defense Companies, which have a big impact on industrial manufacturing and data. The top three are Lockheed Martin, RTX, and Northrop Grumman. Most notable pointers are that Lockheed is working on the Orion Spacecraft, and Raytheon Technologies (RTX)’s contribution to the Javelin anti-tank missile system. Where do you see Defense and its contributions to the upcoming 2024 year?

Rockets and Missiles Market will Grow to $108.05 Billion Over the Next 10 Years North America generated more than 34% of revenue share in 2022 and the market is poised to grow at a CAGR of 5.23% during the forecast period 2023 to 2032. ➢ Rockets and missile technologies provide a multitude of purposes, such as military defense and offense, space exploration, scientific research, and commercial ventures including satellite deployment and space tourism. It consists of different types, from long-range ballistic missiles to precision-guided cruise missiles, space launch vehicles, and air defense systems. ➢ Key players in this market including renowned aerospace and defense corporations are involved in the production and development of rockets and missiles. These include companies such as Lockheed Martin, Boeing, Northrop Grumman, Raytheon, and SpaceX, along with government agencies including NASA and national space organizations. ➢  The rockets and missiles market is subject to stringent regulatory oversight, especially concerning the export and use of missile technology. International agreements, such as the Missile Technology Control Regime (MTCR), aim to prevent the proliferation of missile technology for military purposes. 𝐕𝐢𝐞𝐰 𝐌𝐚𝐫𝐤𝐞𝐭 𝐈𝐧𝐬𝐢𝐠𝐡𝐭𝐬 👉 https://bit.ly/3t6LKwC #rocketsandmissilesmarket #rocketsandmissiles #precedenceresearch

🚀🌌 Exploring the Cosmos and Securing the Skies: The Rockets and Missiles Market! 💫🌍 The Rockets and Missiles Market plays a pivotal role in shaping our world, from advancing space exploration to ensuring national security. 🌠🛡️ From commercial satellite launches to safeguarding our skies, these incredible technologies are at the forefront of innovation and progress. 🛰️💥 Join me in celebrating the pioneers and visionaries in this field. Let's discuss the latest developments, missions to the stars, and the crucial role of rockets and missiles in our daily lives. What excites you most about the future of space and defense technology? Share your thoughts and dreams! 💬👇 For More Information: https://bit.ly/3SR8kV5 #Market #Players Lockheed Martin, MBDA Missile Systems Inc (USA), Northrop Grumman, Thales Investments Group, Raytheon Technologies, BAE Systems, Boeing, Denel Dynamics, Safran, Anduril Industries, InterContinental Hotels & Resorts, Diverse Solutions More Insights on this Report, Speak to our Analyst @https://bit.ly/466duzk   #RocketsAndMissiles #SpaceExploration #NationalSecurity #Innovation

As the Defense Department looks to modernize how it spots, tracks and defeats hypersonic missiles and other advanced threats, focus should remain on deploying sensors in multiple domains and orbital regimes, according to a new report from the Center for Strategic and International Studies. #hypersonic

Join ATA Engineering at the annual NSMMS (National Space & Missile Materials Symposium) & CRASTE (Commercial and Government Responsive Access to Space Technology Exchange) Joint Symposia, taking place next week in Madison, Wisconsin. The ATA team is excited to participate in this year’s co-hosted events of NSMMS, which focuses on advancements in aerospace and advanced materials technology, and CRASTE, which unites experts dedicated to improving space access by reducing costs, increasing responsiveness, and integrating emerging technologies to enhance systems for both government and commercial applications. We are eager to join these discussions on advanced materials development, and we value the opportunity to attend these symposia, where we can connect with other small businesses pursuing innovative defense technologies in space, missiles, and hypersonic systems. Learn more about NSMMS and CRASTE: https://lnkd.in/gFgD3Yb6 #AdvancedMaterials #Hypersonics #Engineering #Aerospace #Defense

🛰️🙌 L3Harris Technologies has received a contract to design and construct 18 infrared space satellites for the Space Development Agency’s missile defense program. Valued at up to $919 million, the systems were ordered under SDA’s Tanche 2 Tracking Layer initiative, which seeks “near-global missile warning and tracking” capability to secure the homeland from threats including hypersonic missiles. “The SDA’s latest decision is another example of L3Harris listening to customers, knowing the threats and delivering value for stakeholders while supporting our country,” L3Harris CEO Chris Kubasik said. 👉 Get the read: https://lnkd.in/edyW-6AZ #military #technology #innovation #defense #defence #defenseindustry #defenceindustry #sda #l3harris #satellite #satellites #missiledefense #space #spacetech #spaceindustry #nationalsecurity

It took me a few years and a 140pg thesis to work through this problem, but I finally had the opportunity to distill my thoughts into something that I hope is easily readable and relatable. As John J. Klein was getting ready to publish his book regarding irregular warfare in space, I was submitting my thesis for final approval. While his book covers the operational and strategic levels of irregular warfare in space, I wanted my research to examine irregular warfare at the tactical level as it concerned space warfare. My goal is enable operators and practitioners with new ideas about what space warfare is, and how USASOC, and indeed all of USSOCOM, can better campaign in the space domain. Many thanks to Jerry Drew, Thomas Goldner, Trent Lythgoe, PhD and Peter Im for helping me refine my thoughts. U.S. Army School of Advanced Military Studies (SAMS), Pete Atkinson, Namrata Goswami, Andrew Morgado, Robert Redding, PhD, Irregular Warfare Center (IWC), 1st Special Forces Command (Airborne) - US Army, Peter Garretson, David Acosta, Milford Beagle, Jr ("Beags"), Patricia J. B., Harold S.,Tyler Bates, Joshua Carlson, Bleddyn Bowen, U.S. Army Space and Missile Defense Command, US Army, Zachary Griffiths Ben Zweibelson, PhD, Prescott Paulin, Kim Crider, JoAnn Naumann, Harding Project, Irregular Warfare Initiative https://lnkd.in/g8cVBwgS Abstract: In November 2021, the commander of the U.S. Army Special Operations Command, Lt. Gen. Jonathan Braga, articulated a new deterrence framework to his staff.1 This emergent framework included the space, cyberspace, and special operations communities having symbiotic relationships to converge effects throughout the competition continuum. As a homage to the nuclear Triad (intercontinental ballistic missiles, submarine-launched ballistic missiles, and strategic bombers), this “special operations forces (SOF)-cyberspace-space Triad” provides policymakers additional options to campaign against our adversaries. While the Triad has made substantial headway, no existing literature delineates the nexus of the SOF-space relationship. Joint Publication 3-14, Space Operations, and Field Manual 3-14, Army Space Operations, are both quick to point out that SOF receives effects from space, but only a few student theses and authors tangentially describe how SOF can create effects in the space domain. In this study, the author elucidates the SOF-space segment of the Triad and recommends that the joint SOF enterprise conduct preparation of the environment, special reconnaissance, and military information support operations to set the conditions to influence, deceive, or degrade adversarial terrestrial-based, space-enabling infrastructure.