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13 articles
Former Meta scientists launch Perceptron to bring advanced visual AI to factory floors, enabling machines to navigate complex environments with unprecedented accuracy.
This article explains how autonomous control systems in robotics work, focusing on how companies like Gravis Robotics are integrating AI and sensor technologies into heavy machinery. It explores the technical components and strategic importance of this advancement.
Travis Kalanick's robotics company Atoms has raised $1.7B in funding led by a16z, with Uber also investing in the industrial AI venture.
Copia Automation raises $26 million to bring software-style code management to industrial operations, aiming to make factory floor code as resilient as modern software development.
Learn to build and simulate a robotic arm control system using Python and PyBullet, implementing inverse kinematics and physics-based movement that mirrors technology used by companies like Standard Bots.
Gigaton has raised $26 million to replace outdated control software in heavy industry with AI-driven systems, starting with cement kilns.
Hyundai Motor Group is expanding into robotics and physical AI systems, focusing on industrial automation and smart factory solutions. This move signals a strategic shift from traditional automotive innovation to tangible, AI-powered robotic systems.
SAP and ANYbotics are merging their technologies to advance the adoption of physical AI in industrial environments, enhancing safety and efficiency through autonomous robotics integrated with enterprise software.
This explainer explores how AI-driven investment strategies are transforming venture capital, using VC Montis's €50M fund as a case study in Europe's energy and industrial tech sectors.
Mind Robotics, a spin-out from Rivian founded by CEO RJ Scaringe, has raised $500 million to develop AI-powered industrial robots. The company plans to leverage data from Rivian's factory to train its systems and deploy robots in manufacturing environments.
ADLINK Technology partners with Under Control Robotics to develop smart robots for dangerous industrial environments, combining edge AI and autonomy software for safer automation.
This article explains physical AI—how it works, why it matters, and how Google's integration of Intrinsic shows its growing importance in industry.
