Yaroslav Azhnyuk’s Post

This is amazing technology, but pilots and Air Traffic Controlers need to stay employed to the largest extent possible. The threat of Skynet is real. We need a top layer of human control over these devices, always! The potential for a tyrannical leader to use AI technology for authoritarian control is inpresedented. Let’s not wait around to see what creative ways bad leaders can use these tool against humans. A universal constitutional safety code that would run inside of AI algorithms would go a long way to help defend individual civil liberties from the misuse of this technology. We need to identify critical human roles like ATC, emergency services, pilots, and soldiers and ensure those are kept human to the largest extent possible. The calls to replace most human jobs with AI is coming much faster than you could ever imagine. Life as we know it is about to get really weird. The geeks need to be put in time out while the realities of this transformational shift are throughly worked out publicly. Pro-human leaders need to get active to defend humanity during this time. There is a public sentiment split on AI. Let’s listen to the folks who are on team human. The scary thing is that we have tech leaders who are admittedly pro AI above humanity. They are excited to build an apocalyptic future where humans are fully replaced by AI technology. AKA the End of The World. They are excited for it because they’ll get to have a front row seat to watch humanity’s end. Take away their metaverse, their Cheetos, and their Mountian Dew and these same advocates for the AI take over of humanity will have a total meltdown. Sam Altman said “AI will most likely lead to the end of the world, but in the meantime there will be great companies created with serious machine learning." The good news is that the geeks aren’t in charge. The people are! Life as we know it is about to get really good as long as we carefully manage this transition. Let’s not allow the technocratic banking elite and their non pro-human tech developers the opportunity destroy humanity in the process of this technological transition. AI is like fire. Candles are cool. Fireplaces are nice. But what we have today is a forest fire that’s burning out of control. Let’s not burn the world down with our new toy. Let’s focus on pro-human outcomes. Let’s keep AI safe for humans by focusing on the mental and physical consequences of these new tools. Let’s keep humans first! This is the responsible way forward. #humansfirst #AGI #machinelearning #Skynet #judgementday #AIwarfare #AIsafety

“A lot of this autonomy depends on data sets, the information that’s pre-loaded and taught to the drone. But the Ukrainian field is very complex, with numerous man-made obstacles, and things a human could recognise intuitively – whether a vehicle is operative or abandoned, whether the physical terrain has been altered – are really hard tricks to teach a drone,”. Deceiving humans is more difficult that deceiving (the current generation of) autonomous systems.

What will it take to fly autonomous drones as agile as human pilots? At #GTC24, hear Davide Scaramuzza share how model-based and #machinelearning methods, united with new, low-latency sensors are laying the foundation for better productivity and safety of future autonomous aircraft. https://nvda.ws/3P7SGSx

How is AI going to affect our future, and what does the future of autonomous drones look like? We meet with the experts on both topics to find out.

🚢✨ Transforming Ports with 5G & UAVs! 🚀📡 The latest GSMA Foundry report reveals how Unmanned Life 5G-augmented autonomous drones are revolutionizing port operations. Leveraging private #5G networks, these UAVs enhance real-time monitoring, efficiency, and safety. From the Port of Tyne to the Port of Antwerp-Bruges, our autonomous drones equipped with advanced sensors and #AI are setting new standards in surveillance and infrastructure inspection. Key Benefits: 🔹 Real-time data and monitoring 🔹 Rapid incident response 🔹 Enhanced worker safety 🔹 Cost and operational efficiencies As ports navigate the complexities of modern logistics, 5G and #UAVs are paving the way for smarter, safer, and more efficient operations. Embrace the future of port management with cutting-edge technology! #SmartPorts #Innovation #TechInPorts #GSMA #UnmannedLife For more insights, check out the full report! #TheFutureIsAutonomous

Autonomous drones offer significant benefits to industries by enabling closer, more frequent, and accurate monitoring of large-scale sites or dangerous equipment. They facilitate incident response and ongoing maintenance through visual and thermal observations, accessing areas challenging for human teams. Innovair

A heartfelt thank you to the Machine Evolution Lab for hosting an enlightening webinar on Aerial Vehicles, with a special focus on the implementation of Artificial Intelligence in drones. As an aspiring aerospace engineering student, staying abreast of evolving technologies is paramount, and delving into the intersection of AI and drones is an absolute must. In today's dynamic industry landscape, proficiency in autonomous vehicles—be it on the ground, in water, or soaring through the skies—is increasingly sought after. The insights shared during the webinar not only broaden our understanding but also equip us with the skills and knowledge essential for navigating the ever-changing aerospace terrain. #MachineEvolutionLab #AerialVehicles #ArtificialIntelligence #Drones #AerospaceEngineering

GAO’s Autonomous Drones are sophisticated unmanned aerial vehicles (UAVs) that operate without direct human control, using advanced algorithms and sensors for navigation, decision-making, and task execution. Equipped with GPS, LiDAR, and computer vision, these drones can perform complex missions such as mapping, surveillance, and delivery with high precision. They rely on artificial intelligence to process data in real time, adapting to dynamic environments and obstacles. Autonomous drones are widely used in industries like agriculture, logistics, and infrastructure inspection, offering significant efficiency, accuracy, and cost benefits. Their ability to operate independently over long periods makes them invaluable for applications requiring continuous monitoring and data collection in challenging or remote areas.