SShortSingh.
Back to feed

Agility Robotics' New Humanoid Can Stop and Squat to Protect Human Coworkers

0
·1 views

Agility Robotics has developed a new humanoid robot designed to operate safely alongside human workers. The robot is equipped with behavior that causes it to stop and squat down to avoid harming nearby colleagues. This capability allows the robot to work outside physical cages and without traditional safety barriers. The development marks a shift in how industrial robots can be deployed in shared human workspaces.

Read the full story at Ars Technica

This is an AI-generated summary. ShortSingh links to the original source for the complete article.

Discussion (0)

Log in to join the discussion and vote.

Log in

Related stories

0
TechnologyBBC Tech ·

UK Ad Watchdog Bans AI App Ads for Objectifying Women

Britain's advertising regulator has banned advertisements for AI applications that sexually objectify or exploit women. The watchdog declared a zero-tolerance stance toward any promotional content that sexualises women through AI-powered tools. The action targets ads that were found to promote harmful or degrading depictions of women. The regulator's firm position signals a broader crackdown on AI-related advertising that violates standards of dignity and respect.

0
TechnologyBBC Tech ·

Nvidia CEO Jensen Huang argues existing laws sufficient to govern AI

Nvidia CEO Jensen Huang has stated that artificial intelligence does not require new legislation, asserting that current laws are adequate to address its risks. His position puts him at odds with several current and former employees at AI-focused companies, who have raised concerns about the technology's safety. Huang's comments come amid growing debate in the tech industry and among policymakers about how to regulate rapidly advancing AI systems. Safety advocates argue that the unique challenges posed by AI demand dedicated regulatory frameworks beyond what existing laws can cover.

0
TechnologyNYT Technology ·

Scientists Train Fruit Fly Brain Simulation to Solve Puzzles and Park Cars

Researchers have developed computational models based on the fruit fly's nervous system, one of the most studied neural structures in biology. These simulated brain models have been trained to perform surprisingly complex tasks despite being modeled on a tiny insect. The tasks accomplished include solving a Rubik's Cube, playing video games, and parallel parking a car. The work highlights how simple biological neural architectures can be adapted to tackle real-world problem-solving challenges.

0
TechnologyTechCrunch ·

Philadelphia Residents Push Back on Data Center Plans Near Former Oil Refinery

A growing national backlash against data center construction has reached Philadelphia, where city officials are considering building a new facility in an already industrially burdened neighborhood. The proposed site is located near a former oil refinery that has left a lasting environmental impact on the surrounding community. Residents and advocates are raising concerns about adding further industrial strain to an area that has long dealt with pollution and related health issues. The situation reflects a broader tension across the United States between the surging demand for AI infrastructure and the communities asked to host it.

Agility Robotics' New Humanoid Can Stop and Squat to Protect Human Coworkers · ShortSingh