Artificial intelligence is integral across the space and satellite value chain, up and downstream, with decision support, command and control, communications, and ripe for digital transformation. Some of the toughest customers in the world solving the toughest problems are developing their space strategies with respect to AI and their decisions. Planetary Systems AI provides intelligent event processing and insights, building applications off of queryable, processed and interoperable space and satellite data and integrating across different sources. From launch all the way to in-orbit enablement of space and satellite system operations and decision support at scale. https://lnkd.in/epwRS5nK Via Satellite #PSAI #AI #machinelearning #spacedata #spacetech #defensetech

At aiSight.ai, we map each community according to its socio-economic class using AI analysis on satellite imagery. Our clients use this mapping to target their consumer products/pricing accordingly. For our AI training models, my favourite dataset is NASA's night-light imagery -- the brighter the lights, the more affluent the consumers. Our machine learning algorithm uses 21 such parameters to predict the affluence of an area ..

Artificial intelligence and satellite data advancing climate modeling - Space Daily: Artificial intelligence and satellite data advancing climate modeling  Space Daily http://dlvr.it/TDkjx4 #ai #artificialintelligence

So what have you discovered Mr. Saif with your AI tools in Pakistan. Currently 50% of the population is without electricity, the rest 50% are subjected to 6-20 hours of blackout. This situation can't improve cuz the design of electricity generation from 2015 today is such that 60% of electricity generation has to come from imported fuels (big source of kicks back for elite rulers). Hydro electricity is neither cheap anymore plus it's badly affected by climate change. Dubai with a population of 0.5 million generates/consume more electricity than Karachi with population of 25 millions consumers.

Exciting developments in AI and climate science! Did you know that artificial intelligence is revolutionizing our understanding of clouds and their impact on climate change? A groundbreaking collaboration between NASA and Google DeepMind is using machine learning to improve cloud representation in climate models. Key points: • Clouds play a crucial role in Earth's climate system • Traditional climate models struggle to accurately represent clouds • AI models are helping to refine cloud simulations • This advancement could lead to more accurate climate predictions As a professional in [your industry], how do you think AI will continue to shape our approach to environmental challenges? Share your thoughts below! #ClimateScience #ArtificialIntelligence #Innovation #Sustainability Read the Full Article: https://lnkd.in/dJrZVexS Find out our best-in-class AI tools from this link: https://lnkd.in/gs7VFxts

🌍✨ Exciting news in the world of AI and climate science! IBM, in collaboration with NASA, has just launched an open-source AI model on Hugging Face specifically designed for weather and climate applications. This innovative tool is set to empower scientists and developers alike, allowing them to tackle complex environmental challenges more efficiently. The availability of this powerful foundation model opens doors for enhanced predictions and insights that can help us better understand and combat climate change. 🌱🌦️ Are you ready to leverage AI to transform your business operations? Discover how our AI automation services can streamline your processes and drive impactful results. 🚀 👉 Visit us at [https://lnkd.in/dvGMCEJv) to learn more! #AI #ClimateScience #OpenSource #Innovation #Sustainability

EU space ESA -  "Hera Space Companion, an interactive AI-powered assistant providing facts about the mission and real-time data from space. The Hera Space Companion has been developed by Terra Mater Studios, Impact AI, and Microsoft Austria in collaboration with ESA." https://www.hera.space/

🌌 Could AI Be Humanity's Greatest Space Architect? 🚀... Imagine cities floating among the stars, entire civilizations built beyond Earth’s boundaries. Sounds like Science fiction? Maybe not for long! This fascinating video explores how Artificial Intelligence could take the lead in designing and constructing cities in space. 🤖 From planning self-sustaining habitats to overcoming the harsh realities of space environments, AI is emerging as the ultimate tool for interplanetary innovation. With the latest advancements in robotics, machine learning, and automation, the dream of thriving in space isn’t as distant as it seems. Here are some examples: automated resource mining on asteroids, adaptive AI systems for Mars habitats, or even lunar cities built entirely by autonomous machines. 🌕✨ However, here’s the big question: Are we ready to trust AI with shaping the future of life beyond Earth? 🌍➡️🌌 ➡️ Follow me for more news and insights on disruptive tech, innovation and the future 👨💻 #Space #ArtificialIntelligence #SpaceExploration #SpaceCities #Architecture #Mars https://lnkd.in/eBZnNgdT

AI is Unlocking the Universe🚀 A little different to what I usually talk about around AI but something that interests me is how AI is revolutionising space exploration, helping us unlock the mysteries of the universe like never before. From autonomous spacecraft to discovering exoplanets, AI is at the forefront of space missions, transforming how we explore space and understand our cosmos. Here’s how: 🌌 The Journey of AI in Space: AI's journey into space began with simple tasks, like managing schedules. Fast forward to today, AI powers Mars rovers, spacecraft navigation, and satellite operations, turning space exploration into a more autonomous and efficient process. 🚀 AI’s Impact on Modern Space Missions: 1. Data Analysis & Interpretation: AI helps process and analyze massive amounts of data from telescopes and space probes, allowing scientists to focus on discoveries rather than data overload. 2. Autonomous Spacecraft Operations: AI ensures spacecraft continue their missions even in the most challenging space environments, managing systems, spotting issues, and fixing them autonomously. 3. Robotic Exploration: AI-driven rovers, like the Mars rovers, navigate and adapt to tough terrains, making groundbreaking discoveries. 4. Satellite Image Processing: AI enhances satellite images, aiding in monitoring climate change, natural disasters, and land use. 🌠 AI in Astronomy: 1. Astronomical Data Management: With AI’s help, astronomers can sift through vast amounts of data, spotting rare events like supernovae and asteroid flybys. 2. Discovering Exoplanets: AI makes it easier and faster to identify new planets outside our solar system, potentially finding Earth-like worlds. 3. Simulating Cosmic Phenomena: AI-driven simulations help scientists explore galaxies, black holes, and cosmic events, expanding our understanding of the universe. 🚧 Challenges: AI in space faces technical challenges, like ensuring AI’s decision-making is reliable in extreme space conditions and during critical mission moments. Trusting AI to make real-time decisions remains a crucial hurdle. ✨ Conclusion: AI is not just enhancing space missions—it’s reshaping our understanding of the universe.

Artificial intelligence and satellite data advancing climate modeling - Space Daily: Artificial intelligence and satellite data advancing climate modeling  Space Daily http://dlvr.it/TDkjx4 #ai #artificialintelligence