Robots consider many actions, constraints, & mechanical capabilities when handling objects. An approach from MIT CSAIL & NVIDIA speeds up this planning process, helping robots "think ahead" by considering thousands of solutions & refining the best ones: https://
bit.ly/4nuVwjV
ROBOTICS
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MIT and NVIDIA Speed Up Robot Motion Planning Process
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2025: The Year of the Humanoid Robot Factory Worker
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2025: The Year of the Humanoid Robot Factory Worker
#AI #AIio #AIInnovation #ML #DataScience #Futureofwork @timnitgebru @oriolvinyalsml @ceobillionaire @soumithchintala @waitin4agi_ @sallyeaves @bernardmarr -
Should We Already Consider Laws Against Robot Mistreatment?
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Faut-il déjà réfléchir à des lois contre la maltraitance robotique 🤣 pic.twitter.com/hv3rxY51Zx
— VISION IA (@vision_ia) 7 juillet 2025Faut-il déjà réfléchir à des lois contre la maltraitance robotique
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MARBLE benchmark demands spatial reasoning; even o3 fails
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MARBLE isn’t trivia. It’s not "what's in this picture?" It’s: "Given this environment, how do you escape the room… step-by-step?"
Or
"Can you assemble a cube from 6 jigsaw pieces under spatial constraints?" Answer: no.
Not even o3 can. -
Autopilot demonstrates impressive performance on Indian roads
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Impressive autopilot capabilities in Indian streets! pic.twitter.com/p9ia1ALOVq
— Aravind Srinivas (@AravSrinivas) 6 juillet 2025Impressive autopilot capabilities in Indian streets!
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LEGO Assembly Benchmark for Robot Speed and Precision
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Is there already a "build this lego model as fast as you can" benchmark for robots?
— fofr (@fofrAI) 6 juillet 2025
– follow instructions precisely and correctly
– find the pieces needed for each instruction (starting with an unsorted pile)
– put them in the right place
– complete the model in fastest time https://t.co/Joa2dLZQNPIs there already a "build this lego model as fast as you can" benchmark for robots? – follow instructions precisely and correctly
– find the pieces needed for each instruction (starting with an unsorted pile)
– put them in the right place
– complete the model in fastest time -
Surgical precision parking robot optimizes space efficiency
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Este robot es capaz de aparcar cualquier coche con la precisión de un cirujano. Esto permitirá optimizar el espacio de los aparcamientos y reducir considerablemente los errores humanos. pic.twitter.com/NAOFIcPKSW
— Juan Merodio (@juanmerodio) 6 juillet 2025Este robot es capaz de aparcar cualquier coche con la precisión de un cirujano. Esto permitirá optimizar el espacio de los aparcamientos y reducir considerablemente los errores humanos.
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Geoffrey Hinton on Collective AI Intelligence and Knowledge Sharing
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Geoffrey Hinton (créateur de l'IA moderne) a mis 30 ans à admettre que l’IA pourrait devenir plus intelligente que nous.
— VISION IA (@vision_ia) 6 juillet 2025
Mais maintenant, il parle d’une intelligence collective où chaque robot apprend… et transmet instantanément ses compétences à des milliards d’autres. pic.twitter.com/NnlgqxWxT3Geoffrey Hinton (créateur de l'IA moderne) a mis 30 ans à admettre que l’IA pourrait devenir plus intelligente que nous. Mais maintenant, il parle d’une intelligence collective où chaque robot apprend… et transmet instantanément ses compétences à des milliards d’autres.
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MIT’s Imaging Breakthrough Enables Humanoid Robots Vision
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Humanoid robots could soon see through walls with MIT’s new imaging breakthrough https://
search.app/PA6m9 #imaging #MIT #Robotics #robots #cobot #humanoid #robotech #robotgirl #technology #TechRevolution #tech #Engineering @lexfridman @KirkDBorne @Ronald_vanLoon @erikbryn -
When One Robot Replaces 300 Workers in Swiss Shoe Factory
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https://
linkedin.com/pulse/when-one
-robot-replaces-300-workers-why-swiss-shoe-factory-moioli-xxxbf
… One robot. 300 workers. 3 minutes. what happens next?