44moles’ Post

In this inaugural episode of “Rust in the Cosmos,” we delve into the intricacies of communication in space and some of the challenges in space application development. #robotics #space #Rust

🤖 M4: The Shape-Shifting Marvel of Robotics! 🚀🤯 Introducing M4, the Multi-Modal Morphobot, a revolutionary creation born from the collaborative genius of Caltech, Northeastern, and JPL researchers. 🌐🛠️ 🌐 Unprecedented Versatility: 🚗 Rolling: Effortlessly glides on wheels for swift horizontal movement. 🦗 Crawling: Navigates challenging terrains with the agility of a crawler. 🪂 Jumping: Leaps into action, transcending obstacles with a single bound. 🚶 Walking: Adapts to ambulate through varied landscapes. 🛫 Flying: Soars through the skies for a truly multi-modal experience. 🔬 Key Innovations: 🤖 Autonomous Adaptation: Seamlessly transitions between modes based on terrain and mission requirements. 🌐 Potential Applications: Envisioned as a game-changer for space exploration and navigating remote or hazardous terrains. 🚀 Future-Ready Technology: 🌍 Paving the way for groundbreaking advancements in robotics and AI. 📡 Follow 1stepGrow Academy for more cutting-edge updates in technology and innovation. 🌟 What are Your Thoughts on M4's Transformative Capabilities? Share Below! #M4Morphobot #RoboticsInnovation #AIAdvancements #FutureTech 🤖🌐

Meet M4, the Multi-Modal Morphobot that Rolls, Crawls, Jumps, Walks, and Flies! A groundbreaking creation by researchers at Caltech, Northeastern, and JPL. This versatile robot seamlessly transitions between rolling, crawling, jumping, walking, and flying, autonomously adapting its locomotion to navigate complex terrains. A potential game-changer for space exploration and remote terrains. 📌Follow 1stepGrow Academy for more technology updates. #1stepGrow #Innovation #Technology #Ai #Robots

Meet M4, the Multi-Modal Morphobot that Rolls, Crawls, Jumps, Walks, and Flies! A groundbreaking creation by researchers at Caltech, Northeastern, and JPL. This versatile robot seamlessly transitions between rolling, crawling, jumping, walking, and flying, autonomously adapting its locomotion to navigate complex terrains. A potential game-changer for space exploration and remote terrains. 📌Follow 1stepGrow Academy for more technology updates. #1stepGrow #Innovation #Technology #Ai #Robots

How Neara uses AI to protect utilities from extreme weather Neara, an Australian startup, specializes in helping utility companies assess and prepare for extreme weather events using AI and machine learning. Since its commercial launch in 2019, Neara has secured $45 million AUD in funding and gained notable investors. Its technology allows the creation of large-scale models of power networks, enabling the analysis of infrastructure without manual surveys. The AI and machine learning features have been used globally by utilities to simulate the impact of extreme weather events on electricity supplies, enhancing power restoration speed, ensuring safety, and mitigating weather-related risks. Neara's models, integrated with LiDAR technology, have been trained on diverse network territories to provide hyper-accurate predictions, addressing challenges such as floods and elevation variations. The startup's focus on predictive modeling aims to help utilities adapt to the increasing frequency and severity of severe weather events. #NearaInnovates #AIforUtilities #WeatherResilience #SmartGridTech #PredictiveModeling #ClimateTech #InfrastructureProtection #MachineLearningInUtilities #LiDARIntegration #ExtremeWeatherPreparedness #SustainableEnergy #TechInnovation #GridResilience #ClimateAdaptation #UtilitySafety #PowerNetworks #InvestingInClimateSolutions #NearaTech #FutureOfUtilities #WeatherRiskMitigation

Introducing: The Build issue. Who says we can’t still build things? In this issue: a look at the robots we’ve always wanted; a new model for space exploration; and efforts to flood-proof Louisiana’s coastline. Plus a wild, weird history of brainwashing; designing cheese with AI; and glow-in-the dark petunias. Explore the full issue: https://trib.al/Y31EiGi

What a better way to spend a Thursday then to drink wine and talk about data and AI. Wonderful and necessary debate ensued and I think there are a number topics that we should use to continue the conversation including: 1. the rise (and fall?) of the data catalog 2. the role of AI with enterprise data architectures 3. the agents are coming! 4. sustainability impacts of AI 5. the true costs of AI and tipping point for return 6. emerging enterprise use cases with AI - beyond the chat bot 7. so many models. which ones should we use? 8. What did I miss? Feels like we have enough content for a conference. What say you Jez Clark and Dan Harris ? #genai #enterpriseai #sustainabilty #happyThirstDay

Heard a ton about AI lately? Well, buckle up because we're bringing the AI buzz to the world of powder coating! Get ready for a wild ride as we peel back the curtain of 'Flightpath' — an AI-based software to help customers improve the application process and ultimately help reduce their carbon footprint. Teaming up with coatingAI, we didn't just stop at meeting customer needs; we've chosen to blaze a trail towards a sustainably epic tomorrow, riding the cosmic wave of enchanting artificial intelligence magic. Sit back, hit play – and let's change the game together! #interpon #akzonobel #powdercoating

Thank you for a very interesting exchange, TOYOTA GAZOO Racing Europe! 🏎️ 🏁 Our #AI #experts in aerospace and safety welcomed #racing #experts for a very interesting discussion on the potential of artificial intelligence. ❇️   We were fascinated to learn about the possibilities of AI in the 24 Hours of Le Mans race, where engineers checking incoming data from the race car will be assisted by AI to detect anomalies.   For our part, researchers from the DLR Institute of Software Technology and the DLR Institut für KI-Sicherheit gave an overview of how anomaly detection is methodologically used for research at Deutsches Zentrum für Luft-und Raumfahrt e.V. in the areas of rocket development and climate change monitoring.   Two specific projects provide an insight into our work with AI-based anomaly detection:   🚀 As part of the #ATHEAt project, our institute analyses ground and flight test data of #rockets. The aim is to detect anomalies in order to find and identify faults and problems at an early stage of development. For anomaly detection, we use both density-based algorithms and neural network architectures such as autoencoders or vision transformers. ➡️ https://lnkd.in/erDqWPx3   🌍 The #RESIKOAST project develops strategies for long-term adaptation to changing #climate #conditions in coastal areas of the North Sea and Baltic Sea. Extreme weather events pose an increasing threat to islands and coastal regions due to their intensity, frequency and the possible simultaneous occurrence of several events. Our institute develops and applies AI methods for #early #risk #detection by analysing large Earth observation data sets. ➡️ https://lnkd.in/e4zY9rsq   The meeting was a great starting point to see the overlap between real-time anomaly detection in racing and anomaly detection in DLR applications. We hope to find out more in future exchanges! ✨

Diving into the future with #Flightpath — now catapulting users around the globe into a sustainable future! This AI-powered tool is designed to revolutionize the application process, offering a significant leap towards reducing carbon footprints. It's more than just innovation; it's our commitment to sustainability, meeting today's needs while crafting a greener tomorrow. Enjoy the video we did together with Powder Coatings by AkzoNobel & share your thoughts down in the comments! 🚀 #InnovationForSustainability #coatingAI #AkzoNobel #powdercoating #coatingstechnology #aiautomation