Jim Breyer’s Post

Adversaries are increasingly jamming #GPS, posing serious risks to #aviation and beyond. There is an urgent need for alternative #navigation solutions. SandboxAQ's Jack Hidary dives into this critical issue in the second part of his conversation with Digiworld Institute’s Francois Barrault. By leveraging sensors that detect Earth's unique magnetic field signatures, combined with AI-driven data interpretation, we’re redefining how we navigate without relying solely on GPS. In developing our resilient geomagnetic navigation systems, we have conducted successful tests with United States Air Force and Airbus’s Acubed. We’re committed to enabling safe navigation even in GPS-denied environments, mitigating risks and ensuring reliable global connectivity. Watch this space for more of Jack's conversation with François. Learn more about sensors’ applications in navigation, healthcare and beyond by subscribing to our YouTube channel: https://bit.ly/3WGyYSr #AI #PublicSector

Earlier this year, the US Energy Department announced up to $10 million in funding to develop an advanced contrail predictive system that could enable pilots and controllers to avoid contrail formation in real-time. Of note is the program’s aim to develop artificial intelligence (AI) based prediction tools that evaluate conditions and provide up-to-the-minute data that reflects changing atmospheric conditions along a given route of flight. The AI is expected to utilize data collected from a variety of sources, including aircraft-based cameras, ground observations, and satellite imagery. As the saying goes, small hinges swing big doors, and if such a tool can be developed, the aviation industry stands to realize great benefits with a relatively small operational impact.

Another great insight from Jack Hidary, CEO of SandboxAQ, on how the combination of sensors and AI-driven data interpretation will be a game changer for #GPS in analyzing the unique magnetic field signatures. More conversation with Jack on https://bit.ly/3WGyYSr #AI #navigation

Unlocking the Power of AI on EO Satellites 🛰 Open Cosmos COO Aleix Megias Homar talks about the technology on board the MANTIS satellite, due to launch soon. AI edge processing is a game-changer for Earth Observation (EO) satellites, enabling real-time analysis and reduced data transmission. Processing data onboard also reduces latency - so satellite decisions become autonomous, optimising resources and providing faster insights. #AI #EdgeProcessing #EarthObservation #SatelliteTechnology

https://lnkd.in/g5c6MarT The paper is good resource for AI in space satellites. In my own point of view satellite communications can be revolutionized by honing in on network optimization and predictive maintenance with AI. By dynamically managing satellite networks to enhance data routing and bandwidth allocation, it can significantly reduce latency and adapt to real-time demand. Simultaneously, AI-driven predictive maintenance ensures higher operational reliability by forecasting and preventing potential failures, minimizing downtime. This dual focus promises to improve global connectivity, making high-speed communications more accessible and reliable, especially in underserved regions. #datarouting #edgecomputing #AWS #Starlite #kuiper #AI #machinelearning #predictiveanalytics #predictivemaintenance #reliability #security #performance #performanceoptimization #space #leo #lowearthorbit #internet #highspeedinternet #connectivity #networking #networkautomation #networkinfrastructure #bandwidth #latencyreduction #latency #networkoptimization

🌐 Stratospheric AI! Did you know that onboard Artificial Intelligence technology provided by Thales played a significant role in identifying upward routes for The Perlan Project's engineless aircraft through complex stratospheric waves amplified by the Polar Vortex, and finding safe routes for the pilots through ever-changing meteorological and atmospheric conditions? As a result, the Perlan 2 glider was able to reach 60,300 feet during its 2023 flight campaign! Get the full story below on how AI can transform flights into safer, more efficient, and predictable operations! ⬇️⬇️⬇️ #AI #ArtificialIntelligence #ThePerlanProject #PerlanProject #Thales #ThaleAI #ThalesAIToolkit

#BSOpinion | AI in the sky As satellite-based communications for individuals and enterprises bring in a new age of connectivity, AI will be critical for managing satellites Pranjal Sharma explains how the tech has become guiding light for satcom #ai #satellite #artificialintelligence https://mybs.in/2cKB6qf

Did you know that one of the critical components of a satellite is the Attitude Control System (ACS)? 🛰️✨ The ACS is responsible for precisely controlling the orientation and stability of a satellite in space. It utilizes various sensors, such as gyroscopes and sun sensors, and actuators like reaction wheels and thrusters to maintain the desired attitude. The Attitude Control System is crucial for satellite operations as it ensures accurate pointing towards Earth, specific celestial targets, or other satellites. It enables optimal data gathering, precise communication, and efficient utilization of onboard resources. As technology progresses, the Attitude Control System has the potential to evolve and enhance satellite technology platforms even further. Advancements may include the development of more advanced sensors for improved accuracy, the integration of AI and machine learning algorithms to optimize control algorithms, and the use of novel propulsion systems for more efficient maneuverability. I'm curious to hear your thoughts on the future of the Attitude Control System and its potential to shape satellite technology. Share your insights and ideas in the comments below! If you find this topic intriguing, don't hesitate to like and share this post to invite others to join the conversation. Let's unlock the potential of satellite technology together! 🚀💡 #SatelliteTechnology #AttitudeControlSystem

From HMI to AI: Operations Complexity with Lunar In-Space Assembly