Javier Lisarte

The rapid increase in satellites and space junk will make low Earth orbit unusable unless companies and countries cooperate and share the data needed to manage that most accessible region of space, experts and industry insiders said.

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"The Case for Space Control: An Australian Perspective" sheds critical light on why space is becoming an indispensable domain for national security. The author reveals a future where space control isn't just about technological capability, but about shaping global norms and alliances. Australia's strategic outlook highlights the importance of collaboration, deterrence, and innovation to maintain a secure, sustainable, and open space environment for all. The stakes are high—dominating the future of space security for Earth. #Space #SpaceSecurity #AUKUS #Australia #GlobalSecurity https://buff.ly/4hKXwBE Atlantic Council RealClearDefense U.S. Space Command United States Space Force United States Air Force The Economist Reuters The Associated Press The New York Times BBC News https://buff.ly/3Uc6HRl https://buff.ly/4f9T11j https://buff.ly/3Ugc8ii

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"The Case for Space Control: An Australian Perspective" sheds critical light on why space is becoming an indispensable domain for national security. The author reveals a future where space control isn't just about technological capability, but about shaping global norms and alliances. Australia's strategic outlook highlights the importance of collaboration, deterrence, and innovation to maintain a secure, sustainable, and open space environment for all. The stakes are high—dominating the future of space security for Earth. #Space #SpaceSecurity #AUKUS #Australia #GlobalSecurity https://buff.ly/4hKXwBE Atlantic Council RealClearDefense U.S. Space Command United States Space Force United States Air Force The Economist Reuters The Associated Press The New York Times BBC News https://buff.ly/3Uc6HRl https://buff.ly/4f9T11j https://buff.ly/3Ugc8ii

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What is the current status of the Indian nuclear arsenal? "India continues to modernize its nuclear arsenal, with at least four new weapon systems and several new delivery platforms under development to complement or replace existing nuclear-capable aircraft, land-based delivery systems, and sea-based systems. Several of these systems are nearing completion and will soon be fielded. We estimate that India may have produced enough military plutonium for 130 to 210 nuclear warheads but likely has produced only around 172, although the country’s warhead stockpile is likely growing." Read the latest Nuclear Notebook entry from Hans M. Kristensen, Matt Korda, Eliana Johns, and Mackenzie Knight of the Nuclear Information Project at the Federation of American Scientists. https://lnkd.in/eVAWFYrn

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Spaceflight to the lunar surface has been energised by the potential of the Artemis missions, which aim to use the Moon as a pit stop on a much bolder cause: crewed flights to Mars. First mooted by NASA in 2017, the Artemis programme wants to build a permanent base on the Moon that can act as a gateway to further-flung destinations. Modern aims require modern solutions. Aiming to land the first woman and next man on the Moon by 2025, here is how the engineering behind Artemis differs from the trailblazing efforts of the 20th century – and how, in some ways, it is surprisingly similar. #space #engineering #NASA #Moon

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Can Google’s “FireSat” satellites provide early warning for wildfires? Check out how these satellites can detect tiny fires before they get larger – helping firefighters and saving lives. #wildfires #satellite #Google #technology #innovation #FireSat

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There are over 3,300 active satellites orbiting Earth, playing crucial roles in our daily lives! Weather satellites help predict weather patterns, track storms, and study climate change. GPS satellites enable accurate positioning and navigation for smartphones, vehicles, and ships. Communication satellites relay TV, radio, and internet signals globally, ensuring connectivity even in remote areas. Research satellites gather data on natural phenomena like solar radiation and cosmic events, advancing our understanding of the universe! Operating in various orbits, from low Earth orbit (LEO) to geostationary orbit (GEO), these satellites are essential for global systems and technological advancement, which is why what QUUB does it super important! #SatelliteTechnology #SpaceStartups #RocketScience #quubsolutions #quubtech

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The Australian Army is turning to directed-energy weapons as one-way of embracing emerging technology to counter off-the-shelf small multi-rotor uncrewed aerial vehicles. Recently at the Army’s At a Puckapunyal range in Victoria, AIM Defence nstrated its Fractl Portable High Energy Laser which is powerful enough to burn through steel and can track objects as small as a 10-cent piece travelling 100kmph a kilometre away. The laser is ‘silent, virtually motionless and soldiers can be taught to use it in minutes’, according to an article published by the Army. At the Puckapunyal demonstration, the team ‘hard killed’ a drone at 500m with a deployable prototype. Co-founder Jessica Glenn said: “It paints a pathway toward getting this novel wavelength to match similar ranges as our one-micron system, which is achieving 1.5km counter sensor and approximately 1km hard kill engagements.” #manufacturing #australianmanufacturing #defence #defenceindustry #antidrone #lasers

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🚁 The #IndianArmy has unveiled the BAAZ Attack Drone, a state-of-the-art unmanned aerial system (UAS) designed for multi-weapon functionality. Equipped to deploy rocket launchers, grenade launchers, and small arms, it can also drop mortar bombs and explosives on designated targets. This next-gen UAV can carry an impressive payload of up to 80 kg in plains and approximately 50 kg in high-altitude areas. Testing at 14,000 ft, it demonstrates its rugged performance in extreme conditions.   🛡️ Built to revolutionize tactical operations, the #BAAZAttackDrone offers unparalleled versatility, greatly improving the Indian Army's operational edge. Its capabilities align with the Army’s vision for advanced drone technology, providing greater precision and efficiency in combat scenarios. With its Indigenous design, the BAAZ drone represents a significant milestone in India’s #MakeInIndia initiative, emphasizing homegrown defence innovations. ✊ The introduction of BAAZ reflects India’s growing focus on modernizing its military arsenal with drones designed to meet diverse challenges. This initiative not only boosts national security but also sets the stage for India’s leadership in advanced #UAV technologies. Source: https://t.ly/BI8eK #indianarmy #BAAZ #attackdrone #UAV #rocketlauncher #grenadelauncher #defencetechnology #MakeInIndia #militaryinnovation #dronetechnology #technicalastra #modernwarfare #dronenews

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In a large-scale war, winning the economics of battle becomes just as important as winning the battle itself. ⬇️ A future-ready Army will need to judiciously use its arsenal—cost efficiency will be just as important as neutralising a selected target. Forbes published an intriguing op-ed late last year looking at the use of first-person view (FPV) drones to deliver small high explosives such as anti-tank warheads usually fired from shoulder launchers. While a target like a tank might take numerous drones to disable and destroy, an FPV and a grenade cost as little as $1k USD and have a range of ~ 10 kilometres from the operator.   https://lnkd.in/gEv7VbRy Defense One provides some insight into the costs of artillery, which is in the midst of a resurgence courtesy of the return of a large-scale attritional conflict in Ukraine. The humble 155mm high-explosive round costs between $3k and $8k USD each, sending 9 kg of high explosive ~30 km downrange from artillery guns such as the in-service M777 and soon-to-be-acquired AS9 Huntsman. Note that even a simple mission would expend close to 21 rounds with a cost to neutralise $63k (excluding shipping and artillery operating costs). Center for Strategic and International Studies (CSIS) provides US military costs for guided missiles that can be fired from Australia's soon-to-be-acquired HIMARs launchers: A single GLMRS missile, which can be fired up to 70 km, costs $160k USD each (excluding shipping and artillery operating costs) to deliver a 90-kilogram high-explosive warhead. Stepping up to the ATACMS missile with a range of 300km costs ~$1 million USD each (excluding shipping and artillery operation costs) to deliver ~ a 200-kilogram high-explosive warhead. Now, an FPV, 155mm HE round, GLMRS, and ATACMS missile each have efficient and effective use cases. But what is clear is that targeting in the next war will need to take into account the costs of each option. So now, over to industry. Are there cheaper ways to deliver a high explosive effect at a similar range? Methods of manufacture, benefits of scale, and more cost-effective materials - can we be more brilliant at the basics, or is there another way to revolutionise the battle? #dronewar #revolutionisewar #futureready #futurearmy #fpvdrone #defence #antiattack Ben Dullroy Steve Baxter Jake Bostock Sean Singleton Mick Ryan, AM Keirin Joyce Peta Ellis Max Quinlan-ward Alexandra Grigg More links in comments.

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The Army's call for a more powerful missile for its Indirect Fire Protection Capability (IFPC) system highlights a critical need for innovation in missile defense. The IFPC aims to bridge the gap between short-range air defenses & the more extensive Patriot & THAAD systems, providing a robust solution against diverse threats from drones to cruise missiles. Opportunities - 1. Enhanced Propulsion Systems: Develop advanced propellant tech to enable the new IFPC missiles to achieve longer ranges/higher speeds. -Outcome: Enhance the capability to intercept & neutralize faster & more agile threats. -Leverage CRG's expertise in coordinating cutting-edge R&D & securing funding. 2. Compact, High-Power Missiles: Design a missile with AIM-120D-like capabilities but w/in the smaller footprint of the AIM-9X. -Outcome: Increase magazine depth & maintain operational readiness in high-threat environments. -Utilize CRG’s procurement & PMO services to streamline the development & integration of these advanced missiles into the Army’s arsenal. 3. Advanced Engagement Calculators: Develop sophisticated algorithms & engagement calculators to improve targeting accuracy against supersonic cruise missiles & other fast-moving threats. -Outcome: Enhance the precision & effectiveness of missile intercepts, reducing the risk of enemy penetration. -Collaborate with CRG’s technical SMEs to ensure the development of highly reliable & responsive targeting systems. CRG’s SME Advice: 1. Focus on Modularity & Integration: Emphasize modular design in missile systems to ensure seamless integration with existing platforms like the IFPC & upcoming systems. -Outcome: Facilitate quicker upgrades & adaptability to emerging threats. 2. Prioritize Cybersecurity & Real-Time Data Processing: Incorporate robust cybersecurity measures & real-time data processing capabilities into missile & C2 systems. -Outcome: Protect against cyber threats & ensure real-time decision-making in dynamic combat scenarios. 3. Invest in AI & Machine Learning: Integrate AI/ML tech for object detection, ROE suggestions, & automation of the kill chain. -Outcome: Reduce operator workload & increase the efficiency & responsiveness of missile defense systems. CRG’s Differentiators for Sustained Excellence: -Strategic Procurement: Deep understanding of military procurement processes ensures clients secure vital contracts efficiently. -Advanced R&D: We bring together top-tier R&D teams & resources drives innovation in defense technology. -Reach & Integration: With CONUS/OCONUS offices & a vast network, we facilitate seamless integration & coordination. Industry must act swiftly & decisively to contribute to this mission. Don’t leave your success to chance—connect with CRG today to leverage our expertise & secure your position at the forefront of modernization. Visit crgroupinc.com or contact us at [email protected] for more information. #MissileDefense #AirDefense #USArmy #MilitaryTechnology #AIinDefense

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