Rhea Space Activity

🚀 Exciting News from Rhea Space Activity! 🚀 We’re proud to announce that NASA has awarded Rhea Space Activity (RSA) a contract to develop the LITPHAM project, a game-changing hazard detection technology for planetary exploration. Using advanced 3D terrain imaging and LED-based solutions, LITPHAM helps ensure safe landings on bodies like the Moon and Mars, even in low-light conditions. This innovation lowers barriers for commercial space companies and makes precision landings more accessible. As space missions increase, LITPHAM will play a key role in mission safety and success. 🌍🚀 https://lnkd.in/dnqZcvMK #SpaceInnovation #PlanetaryExploration #TechForGood #NASA #RheaSpaceActivity

You may be familiar with electrons, protons, and neutrons… but have you met a Gorbon? Matthew Gorban, PhD—actually spelled with an “a”—is a quantum physicist, diving deep into the realms of warp drives, wormholes, and the quantum vacuum. Most importantly, he's the brilliant mind behind some of RSA’s most boundary-pushing, blue-sky innovations. Matt’s journey from biomedical engineering to quantum physics is nothing short of bending the laws of reality—a real rip in the fabric of spacetime. His genius is a superposition of creativity and scientific prowess, unlocking new dimensions of possibility. Get to know "The Gorbon" and his groundbreaking work in our latest Brilliant Minds series: https://lnkd.in/eNtJKbCZ #QuantumPhysicist #Physics #QuantumPhysics #WarpDrive #Wormholes

Navigating the Future: Why Celestial Navigation Outshines Quantum and pLEO Solutions for Satellite AltPNT 🌟 When it comes to #altPNT technologies for satellites, celestial navigation isn’t just an option—it’s the standout solution. But why does it surpass quantum and pLEO alternatives? 🌕 No Infrastructure Needed: Celestial navigation leverages the positions of celestial bodies, making it infrastructure-free and exceptionally reliable, whether in remote locations or deep space. 🔒 Immune to Jamming & Spoofing: In contested environments, celestial navigation stands firm. Unlike radio frequency-dependent systems, it’s immune to electronic attacks, ensuring unmatched security for your satellite operations. ⏳ Centuries of Trust: Celestial navigation is time-tested, simple, and cost-effective—qualities that ensure its relevance in an ever-evolving technological landscape. While quantum and pLEO technologies have potential, they bring challenges like complexity, high costs, and vulnerabilities. Quantum accelerometers, for instance, remain nascent at best. In contrast, celestial navigation offers a sustainable, low-complexity, and resilient altPNT solution for satellites. Learn more about why altPNT is essential for military resilience in Kevin Hause's recent article for SpaceNews: https://lnkd.in/eNBXiPFd For more information on RSA's celestial navigation altPNT solution, visit our website: https://lnkd.in/eu35iPWk #spaceindustry #celestialnavigation

🌟 It’s National Coding Week 🌟 In honor of National Coding Week, RSA is shining a spotlight on Ada Lovelace, a trailblazer whose pioneering spirit continues to inspire the worlds of mathematics and computer science. Born in 1815, Ada displayed remarkable mathematical prowess from a young age. Her encounter with Charles Babbage's Analytical Engine sparked her imagination, leading her to envision the potential of machines to surpass mere calculations. Inspired by the mechanical loom's punch cards, Ada's visionary work included what many consider the first algorithm intended for machine processing, laying the cornerstone for modern computing. Her contributions were so profound that, in the 20th century, the United States Department of Defense named a computer language "Ada" in her honor. This initiative, started in the late 1970s, aimed to standardize programming languages for defense projects. At RSA, we continue to honor Ada’s remarkable legacy with our own quantum communication capability: the Quantum Lovelace Optical Augmentation Kit (QLOAK). Ada Lovelace's enduring influence exemplifies resilience, creativity, and a relentless pursuit of knowledge. Join us in celebrating Ada's legacy and profound impact on the tech world this National Coding Week! 💻✨ Learn more about QLOAK here: https://lnkd.in/eCvesgTq #NationalCodingWeek #QuantumCommunication

🚀 Exciting News: Rhea Space Activity (RSA) launches its Australian subsidiary, Rhea Space Activity AU Pty Ltd, to support AUKUS with cutting-edge GPS-denied navigation technology! 🇦🇺 Our Jervis Autonomy Module (JAM), initially developed for deep space missions, will enhance maritime navigation in GPS-denied environments, improving subsea and surface warfare capabilities. This marks a significant advancement in regional defense technology. Cameo Lance, COO of RSA US and Director of RSA Australia LTD, states, "We're thrilled to adapt our deep space technology for the deep ocean within the INDOPACOM theater." By 2030, we aim to integrate JAM into Australia's defense platforms, including submarines and frigates, strengthening the nation’s defense posture. Learn more about RSA's innovations at www.rheaspaceactivity.com.  #RSAAustralia #GPSDeniedNavigation #AUKUS #MaritimeSecurity #IndoPacific https://lnkd.in/eNiaFQXA

Excited to announce that Rhea Space Activity's ANVIL solution was selected as the winner for the xTech Special Forces "GPS Denied ATAK Compatible Self Location Application" topic area last week! Our team gave a Shark Tank-style pitch at Fort Liberty to a panel of judges representing groups from across the DoD before being selected at the finals portion of the competition last week. We are looking forward to moving ahead with this awesome project! Cameo Lance Patrick Fowler, PhD

🌕 This Saturday, Sept. 14, marks NASA - National Aeronautics and Space Administration’s annual International Observe the Moon Night! At Rhea Space Activity, we’re doing more than observing—we’re advancing the future of lunar exploration. As part of NASA’s TechFlights, we’re flying our Jervis Autonomy Module (JAM) on two separate communications satellites in cislunar space. Our JAM units will be tested during the Draper-led Commercial Lunar Payload Services initiative, which will carry NASA’s CP-12 science payloads to the far side of the Moon. These satellites are designed to communicate with the APEX 1.0 lunar lander designed and operated by ispace-U.S. This mission is a pivotal step toward enhancing communication and autonomy in cislunar space 🛰 Learn more about the mission here: https://lnkd.in/eb7PStt5 #ObserveTheMoon #LunarExploration #CislunarSpace #NASA #CLPS

Uncorrelated Track (UCT) processing plays a vital role in keeping our satellites safe and ensuring the reliability of space-based operations. With the increasing complexity of space traffic, innovations in UCT help address emerging challenges and improve the identification and tracking of objects in orbit 🌍 Check out the article below on #UCT Processing for Space Domain Awareness, with contributions from our very own Alex Nelson who is participating in the current cohort at the SDA TAP Lab ✨ #SpaceDomainAwareness

At Rhea Space Activity, we honor Patriot Day by remembering the strength and unity of our nation in the face of adversity. Today, we reflect on the bravery of those who stepped forward, the lives lost, and the enduring spirit of the American people. Let’s continue to forge a future of determination, collaboration, and innovation, driven by the same values that define our nation. #PatriotDay #NeverForget

To ensure military resilience in space, we must mandate #altPNT solutions on all spacecraft. GPS is a backbone of military operations and everyday life, but its growing vulnerabilities—especially under RF jamming like we've seen in Ukraine—are a serious concern. While we’re developing terrestrial altPNT solutions, our on-orbit assets remain at risk. Today, Kevin Hause, RSA's Chief of Strategy, makes a compelling case for mandating alternative PNT solutions for spacecraft in SpaceNews. He highlights proven technologies like: 🌟 Celestial navigation – An ancient practice modernized with advanced sensors to track stars and planets for precise positioning. 🌟 Quantum-assisted navigation – Utilizing quantum sensors to offer unparalleled accuracy and resilience in challenging environments. 🌟 Proliferated Low-Earth Orbit (pLEO) constellations – Enhancing PNT resilience with robust, low-latency services and expanded coverage. As Kevin notes, the threats to PNT systems are growing, and the U.S. government must prioritize GPS resilience by incorporating altPNT on all future spacecraft. The time to act is now 🕒 Read the full article here: https://lnkd.in/eNBXiPFd #spaceindustry #celestialnavigation