Technology

Why iRobot’s founder won’t go within 10 feet of today’s walking robots

Source

Ars Technica

Published

Oct 2, 2025

TL;DR

AI Generated

Rodney Brooks, a robotics pioneer and co-founder of iRobot, warns against standing within 9 feet of full-sized walking robots due to safety concerns. In his essay, he explains that current bipedal humanoids are unsafe for humans to be near when walking, as they generate significant kinetic energy that can cause harm if they fall or strike someone. Brooks believes that until safer versions of walking robots are developed, humanoid robots will not be certified for deployment in areas with people. He criticizes the billions being invested in humanoid development, calling it an expensive fantasy.

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OpenAI is throwing everything into building a fully automated researcher

OpenAI is shifting its focus to building an AI researcher, aiming to create a fully automated system capable of tackling complex problems independently. The company plans to develop an autonomous AI research intern by September, leading to a multi-agent research system by 2028. OpenAI's chief scientist, Jakub Pachocki, believes in the potential of AI models to work autonomously for extended periods, with the goal of applying AI tools to real-world problem-solving. However, concerns about the risks and ethical implications of autonomous AI systems remain, prompting discussions on oversight and control mechanisms.

MIT Technology Review•

2 months ago

Undersea cable attacks drive sea drone development — Stark's Vanta unmanned vessels could be an affordable solution to protecting vital infrastructure

Stark has unveiled its new Vanta-4 and Vanta-6 unmanned surface vessels (USVs), designed to protect undersea cables from attacks. These sea drones are equipped with advanced sensors and have a range of up to 900 nautical miles. They can operate independently or in coordination with traditional navy vessels and aerial drones. Stark aims to leverage these drones for mass deployment to enhance NATO sea patrols. The company has received significant funding and support for its innovative solutions in maritime security.

Tom's Hardware•

7 months ago

Why the World Needs a Flying Robot Baby

The article discusses the potential of the iRonCub3, a flying robot baby, as a future disaster-response robot. The iRonCub3's design is inspired by the 2004 iCub platform developed at the Italian Institute of Technology (IIT). With its humanoid features and flying capabilities, the iRonCub3 could offer unique advantages in navigating disaster zones and providing assistance. The robot's development represents a step forward in robotics technology, particularly in the realm of humanoid robots.

IEEE Spectrum•

8 months ago

3DPrint.com

The U.S. Army Has Zeroed in on 3D Printing’s Drone Ecosystem Role

General James Rainey of the U.S. Army Futures Command discussed the potential of additive manufacturing (AM) for scaling up autonomous drone production for training exercises. The Army is exploring 3D printing drones to enhance training capabilities at lower costs. Initiatives like the "transforming-in-contact" effort, where units like the 101st Airborne Division and Oregon Army National Guard are incorporating 3D printed drones into training programs, are gaining traction. By utilizing cheaper systems and AM technology, the military aims to improve training methods, reduce costs, and decrease reliance on external supply chains. This strategic shift towards AM adoption in drone production signifies a significant modernization process within the U.S. military.

3DPrint.com•