We are #hiring a software leader to architect, develop, and manage the entire software stack to power Crgo's autonomous aircraft system. Join us in modernizing the skies at Crgo. 🚀 #boston #aerospace
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We're hiring! At True Anomaly, our Applied Algorithms team plays a crucial role in advancing our mission to redefine space operations. Our rendezvous and proximity operations (RPO) algorithm engineers are responsible for developing and executing our autonomy roadmap, tackling some of the most challenging and critical problems in the space domain. From enhancing space domain awareness to enabling RPO, the work done here isn't just important—it's transformative. Matt Nehrenz, the leader of True Anomaly's Applied Algorithms team, puts it best: "Our team is dedicated to solving the unique challenges of space autonomy. We develop algorithms that provide our vehicles with the ability to navigate dynamic and uncertain orbital environments, enabling precise maneuvering and safe proximity operations. By integrating advanced state estimation, optimal control, and decision-making techniques, we deliver autonomous systems that are both adaptive and reliable." The groundbreaking solutions crafted by our Applied Algorithms team power the autonomy of our Jackal Autonomous Orbital Vehicles (AOVs) and seamlessly integrate into our Mosaic ground software, creating full-stack solutions that elevate space security to new heights. Come join the mission! https://lnkd.in/gGGJZGTu #space #autonomy #nationalsecurity
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We Were Promised Flying Cars, but Got 140 Characters: Why We Have a Better Release Process for Emojis Than Engines. Our latest blog explores how the 'testing like you fly' approach is enabling faster, safer development and reshaping industries, drawing lessons from SpaceX's Starship program. https://lnkd.in/ewENhZqj
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Explore autonomous aerospace systems with "The Anatomy of Autonomy" online short course starting on 3 June. Understand the past, present, and future of autonomous systems with us. This course is perfect for students and professionals eager to master autonomous aerospace systems’ design and operations. https://bit.ly/3KfX2nK #AerospaceAutonomy #AIAA #Onlinecourse
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✈ ✈ Should humans interfere with the outputs of #genai and #copilotai? Research from #bostonconsultinggroup suggests it might be a bad idea. Can #autopilot technology from #commercialaviation prove instructive here? Link to original #bcg research here https://lnkd.in/gSMKjDVT Note: My intention is not to treat the subject of air incidents lightly. If anyone has lost a loved one to any of the incidents mentioned, I am truly sorry for your loss. Note2: I'm truly grateful for commercial aviation and the difficult job for everyone involved with getting me from point a to b safely - any references to "pilot error" aren't intended to be accusations or glib. #copilotstudio #copilot #copilots #microsoft #microsoftai #powerplatform #microsoftmvp #capgemini
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Defense Systems Engineer | Expertise in Autonomous Systems, Trajectory Planning, and C++/Python Development | Passionate about National Security
Building Roadmaps for Autonomous Flight: My PRM Implementation 🗺️ I've been exploring pathfinding algorithms as part of my larger autonomous quadcopter project. Here's a look at my implementation of Probabilistic Roadmap (PRM) for obstacle-aware navigation: Sampling the Space: My code generates random points within the flight environment, filtering out those within obstacles. Connecting the Dots: Valid points are connected to their nearest neighbors, creating a network of potential paths. Collision-Free Routing: The algorithm ensures that connecting segments don't intersect with obstacles, resulting in safe trajectories. Visualizing the Results: I've included a 3D plot of my PRM in action (check below!). Nodes, valid paths, and obstacles are clearly shown. The Path Forward: Next, I'll integrate this PRM with search algorithms like A* to find optimal routes through the environment. Let's Connect: If you're interested in pathfinding, autonomous systems, or motion planning, let's chat! #MotionPlanning #AutonomousFlight #Coding
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Check out this CFD animation of an autonomous underwater vehicle on our YouTube channel: https://lnkd.in/dRbq9esw #cfd #computationalfluiddynamics #marineengineering #hydrodynamics #auv #autonomousvehicles #engineering
CFD Model of an Autonomous Underwater Vehicle (AUV)
https://www.youtube.com/
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We're thrilled to announce a monumental milestone for Lucid Bots with a $9M funding boost! This journey hasn't been easy, but every challenge has propelled us further to continue revolutionizing the way dull, dirty and dangerous tasks get done with robotics. We are just getting started! Here's what we've learned along the way: 1) Build on sound business fundamentals. Spoiler alert: Revenue growth is important 2) Get to market as fast as possible - you will always learn something from customers, at any stage of development 3) Focus on the customer and work to understand the root of the pain points that need to be solved. Sustain and keep current customers happy 4) Throw ego out the window; learn and iterate relentlessly. If your toes get stepped on easily and you aren't willing to work your ass off, Lucid Bots is not the place for you 5) Invest in the people and infrastructure required to be successful long-term 6) Take big risks and think big. Then, think bigger. Try things 7) There are acceptable risks and unacceptable risks. Clearly differentiate between the two, especially in hardware. Own mistakes and move quickly to reach solutions. 8) Adapt, adapt, adapt. Be prepared to reinvent yourself and your tactics as market movement demands a shift in thinking or approach 9) Communicate religiously with everyone around you. To move quickly, communication has to be stellar 10) Lastly, but most importantly - BELIEVE in something. Have conviction in your vision of the future and trust in your team to execute on that vision. This capital isn't just fuel—it's a commitment to redefine what's possible. Here's to building a smarter future and creating abundance for all of humanity with robotics. Christine Hall TechCrunch Andrew Ashur #robotics #innovation #growth #technology #futureofcities #humanity https://lnkd.in/eMiF_tMp
Lucid Bots secures $9M for drones to clean more than your windows | TechCrunch
https://techcrunch.com
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Join me as I discuss "Copilot - What Have We Learned In The First Year?" at ILTA's Evolve conference with Reanna Martinez. Brian Maury and Kevin Walter #EVOLVE2024 #legaltechnology #artificialintelligence #copilot #weareilta
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I'm presenting a paper on Human-AI Teaming for Crewed ISR in fully autonomous aircraft
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At Wisk, our path to first flight consists of many tests across our aircraft and autonomous system. Our tests include refining our aircraft design, validating our autonomous flight capabilities, and running autonomous simulations. This video illustrates how these tests work together to lead us to our FIRST LIFTOFF! #Wisk
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