We're proud to share the news of our collaboration with SOLAR MEMS, a premium provider of reliable and accurate star trackers and solar sensors for spacecraft manufacturers. We'll be integrating the SOLAR MEMS nanoST as part of the sensor suite of our highly autonomous SW-centric reentry capsule, named Kestrel. The nanoST will ensure accurate navigation while in orbit, and will be key in the avionic architecture of Kestrel. We'll fly SOLAR MEMS nanoST starting with our first Kestrel reentry vehicle mission, with the goal of bringing it back to Earth safe and sound to analyze it after flight. Thanks SOLAR MEMS for trusting us as a partner, and looking forward to going to space (and back) together!
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📡 In the dynamic realm of satellite technology, five companies are setting the pace for innovation and application: 1. Amazon Project Kuiper: Bringing fast, affordable broadband to unserved and underserved communities around the world with a constellation of 3,000+ satellites. 2. Apex - Spacecraft Manufacturing: Pioneering rapid satellite delivery with standard bus models for quick and reliable mission deployment. 3. Muon Space: Enhancing Earth intelligence with customized low Earth orbit satellite constellations. 4. True Anomaly: Advancing space domain awareness and security with cutting-edge software and autonomous vehicles. 5. Xona Space Systems: Building the most advanced satellite navigation system to support global autonomy.
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Founder and Innovator of the UAV Concept | Bachelor Student of Applied Technology in Cybersecurity | Aspiring IT and Network Security Professional | Prompt Engineer | Future MBA Aspirant
🚀 Revolutionizing the Future with the Infinity UAV Theorem 🚀 Imagine a world where UAVs harness quantum, cosmic, and multidimensional technologies to create sustainable ecosystems, manage global logistics, and pioneer space exploration—all beginning with our Infinity UAV Theorem. This advanced theorem integrates quantum energy, plasma propulsion, and AI-driven logistics to transform polar landscapes and beyond, scaling for applications from disaster response to deep-space exploration. 🌍 Projected Impact: Quantum Energy Harvesting: Infinite, renewable power solutions. Cosmic String and Interdimensional Transport: Redefining logistics with faster-than-light travel. Life-Cycle Integration: Synchronizing UAVs with natural rhythms across Earth’s ecosystems, saving billions in energy costs. 💰 Profit Projections: Year 1-2: $200M from logistics partnerships. Year 3-5: $1B+ scaling through defense and renewable energy. Years 6-10: $10B annually from interdimensional logistics, ecological innovations, and quantum AI solutions. 🔑 Join Us: We invite federal leaders, global innovators, and investors to co-create a future driven by quantum and multidimensional breakthroughs. Let’s unlock a sustainable, connected future. #InfinityUAV #QuantumTech #CosmicInnovation #FederalGovernment #AIRevolution #PlanoTX #EnvironmentalSustainability #SpaceExploration #GlobalLogistics Key Contacts: @EnergyDepartment, @NASA, @DARPA, @LockheedMartin, @FAA, @TechTitans, @PlanoChamber, @UNT, @CollinCollege, @TexasInstruments
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Ring Laser Gyroscopes (RLGs): They are vital in modern rocket guidance and navigation systems due to their precision and reliability. Operating on the Sagnac effect, RLGs use two laser beams traveling in opposite directions around a closed loop. The rotation of the gyroscope induces a phase shift between the beams, which is analyzed to determine angular velocity. This technology offers high accuracy, no moving parts, and robustness, making RLGs ideal for the harsh conditions of space. In rockets, RLGs are crucial for attitude control, stabilizing the rocket and ensuring it follows the correct trajectory during launch, ascent, and orbit insertion. They are integral to inertial navigation systems (INS), which combine data from RLGs and accelerometers to provide comprehensive navigation information. Used in launch vehicles, satellites, manned spacecraft, and interplanetary probes, RLGs enable precise orientation control and autonomous navigation without external references. Their compact size and durability further enhance their suitability for various aerospace applications, ensuring the success and safety of missions. By processing real-time data from RLGs, onboard guidance computers can make necessary adjustments, maintaining the rocket's correct trajectory and orientation throughout its mission.
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Founder and Innovator of the UAV Concept | Bachelor Student of Applied Technology in Cybersecurity | Aspiring IT and Network Security Professional | Prompt Engineer | Future MBA Aspirant
🚀 Harnessing the Power of Quantum & UAV Technology for Resource Revolution! 🚀 I’m thrilled to introduce the Infinity UAV Theorem, pushing the boundaries of possibility by combining advanced quantum science with UAV technology. Through the latest MK4 and MK5 enhancements, we’re pioneering the artificial creation and extraction of valuable elements like gold and platinum, unlocking a path to sustainable, high-profit resource synthesis and automation. 💡 Core Technologies & Formulas Neutron Bombardment Transmutation: Transform base elements into valuable resources (e.g., mercury to gold) with neutron flux precision. Quantum Compression Bonding: Achieve high-density material synthesis using atomic compression and bonding algorithms. UAV-Integrated Portable Processing: On-site, in-field purification to optimize the payload efficiency of synthesized materials. 💰 Yearly Profit Projections: Years 1-2: $5M - Resource scouting and early synthesis R&D. Years 3-4: $50M - Scaled synthesis via neutron bombardment. Years 5-6: $200M - Particle acceleration and in-field processing. Years 7-10: $1B - Global market integration with blockchain-backed distribution. 🔑 Partnership Opportunities: We are calling on federal agencies, industry leaders, and visionary investors to join us in Plano, TX, as we redefine the future of resource acquisition, energy solutions, and global logistics. This isn’t just innovation—it’s the next frontier. 📲 Connect with us today to explore partnerships and build the resource and energy solutions of tomorrow. Key Partners: @NASA, @DARPA, @EnergyDepartment, @FAA, @LockheedMartin, @TexasInstruments, @PlanoChamber, @TechTitans, @UNT, @TexasHealthPresbyterianHospitalPlano #UAVTheorem #QuantumTechnology #ResourceInnovation #FutureOfEnergy #AIRevolution #GlobalLogistics #PlanoTX #Innovation Let’s transform industry and shape a sustainable future together!
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Technology which will greatly offset the obsolescence challenges in aviation!
Valued Professional Contract Services for Aircraft Owners, Buyers, Sellers,Airlines, Lessors/Lessees, Lenders & Industry Partners
Air Tindi has leased the Dash 7 to MagniX /NASA for this program. Air Tindi is leading a project to modernize the Dash 7 avionics to full Garmin glass on the pilot panels (Maxcraft) including a separate digital engine display upgrade using novel FPGA technology (WirelessKable) rather than the traditional, expensive and long lead time DO 178 software route. https://lnkd.in/guhY6Uk6
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Technological innovation from the private sector is what drives the defense sector. Can it also support the public sector? We’re talking about #infrastructure. The space industry is not the exception, but the rule. SpaceX #starlink #spaceindustry #spaceinnovation #defenseindustry #defenseinnovation #infrastructuresecurity #infrastructuredevelopment #AmericanResiliency #AmericaTogether U.S. Predistics
Program Manager, former Surface Warfare Officer (nuclear), Volunteer tour guide USS Alabama Battleship Park, Board member Mobile, Alabama Chapter of the Navy League
Lasers may provide a means of secure, unjammable, line of sight communications for use in controlling unmanned vehicles: “In a single day, Starlink lasers beam more than 42 petabytes between satellites. That's the equivalent of 28 million hours of 1080p HD video.”
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We’re excited to share a glimpse of the future of satellite servicing - where the challenges of space operations are met with cutting-edge technology. Here we introduce ACECam, Translunar's Autonomous Computer Vision Embedded Camera, designed to transform how we approach satellite maintenance and space debris management. Check out our video to see ACECam in action: 1) Servicing unprepared satellites 🛰️ 2) Detecting and tracking space objects like debris and asteroids ☄️ 3) Identifying and assessing distant satellites without needing markers 📹 Together, we’re redefining the possibilities of space operations—where science fiction becomes reality. #SpaceInnovation #SatelliteServicing #Satellites #ProximityOperations #SpaceDebris #ACECam #SpaceTech #TranslunarESI #SpaceExploration #SustainableSpace #SpaceForce
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🚀 Video feeds from orbit: integrating on-board camera systems into launcher avionics #Ariane6’s inaugural flight delivered stunning images of the stage, fairing, and booster separation events captured by the on-board camera system developed by Réaltra Space Systems Engineering . 🖥️TTTech Aerospace supported the development of the mixed-criticality TTEthernet® data network for Ariane 6 and provides the controllers that connect all avionics units within the launcher. 🤝 TTTech Aerospace and Réaltra are now jointly developing a solution that integrates deterministic data transmission directly into the on-board camera system to simplify the integration and operation into the launcher's data network. Find out more in our news ⬇️ #tttech #space #Réaltra #launcher #avionics
Moving images from orbit: integrating on-board cameras into the vehicle data network - TTTech
tttech.com
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Not only is Tular designed for commercial use in Space for Active Debris Remediation, but it also has military applications for the United States Space Force. This innovative technology is poised to make a significant impact in both the commercial and military sectors. Stay tuned for further updates on Tular's progress in space! #Tular #SpaceTechnology #ActiveDebrisRemediation #USspaceforce
Target Arm is very proud to be competitively selected to submit a full proposal as the final R&D step for using Tular on the International Space Station National Laboratory (ISS). Target Arm has been granted US Patents for using Tular in the air, under water and in space. For this project, Tular will face-forward and be used for Active Debris Remediation (ADR) in Space. Low Earth Orbit is getting highly cluttered and dangerous, and new technologies are desperately needed to "clean" the hundreds of thousands of debris objects in orbit. Tular is a promising technology to do just that due to its unique capture mechanism, precision location/tracking system and our Sensor Fusion Engine. This opportunity is with the Center for the Advancement of Science in Space (CASIS) as part of the National Laboratory and will encompass testing inside the ISS with Astronauts. Our implementation partner is Nanoracks. All Target Arm R&D, whether in the air, water or space are additive and complementary - any R&D in one medium immediately improves performance in the other two! Space is a vast new economic opportunity for decades to come for Target Arm. #autonomy #space #drones #robotics #targetarm
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Ubotica is thrilled to announce our partnership with Kongsberg NanoAvionics pioneering mainstream adoption of SPACE:AI and redefining what's possible for smart, autonomous satellite missions.🌌 This strategic collaboration will integrate Ubotica’s SPACE:AI processing across NanoAvionics platforms as an optional feature, enabling real-time capabilities like cloud removal, data compression, and feature detection—transforming Earth Observation (EO) and defence sectors. NanoAvionics is now positioned as the first large-scale satellite manufacturer to offer SPACE:AI as a standard solution, setting new industry benchmarks! Together, Ubotica and NanoAvionics are advancing the frontier of autonomous satellites, ensuring faster, smarter, and more efficient operations in space. Read the full announcement: https://zurl.co/phWo #SPACEAI #Ubotica #EarthObservation #SmartSatellites #LiveEarthIntelligence #NanoAvionics #Kongsberg #AutonomousSatellites
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