# Robot that flinches when humans get close

> Agility Robotics' new Digit 5 humanoid robot uses AI to detect and avoid human workers, even dropping to its knees when someone approaches.
- Title: Robot that flinches when humans get close · Futurism
- Summary: Agility Robotics' new Digit 5 humanoid robot uses AI to detect and avoid human workers, even dropping to its knees when someone approaches. As humanoid…
- Keywords: agility robotics, digit 5, humanoid robots, workplace safety, ai algorithms, human-robot interaction, warehouse automation, amazon, toyota, nvidia thor igx, autonomous avoidance, science
- Source: Futurism — https://futurism.com/robots-and-machines/new-humanoid-robot-flinches-human-close
- Author: Victor Tangermann
- Published: 2026-09-20T15:01:00+00:00
- Read time: 1 min
- Topics: agility robotics, digit 5, humanoid robots, workplace safety, ai algorithms, human-robot interaction, warehouse automation, amazon, toyota, nvidia thor igx, autonomous avoidance, science
## New robot prioritizes human safety
Agility Robotics unveiled Digit 5, a humanoid robot designed to detect nearby humans and respond by moving away, stopping, or kneeling down.
## Sensors and AI keep humans safe
Digit 5 uses an Nvidia Thor IGX chip and vision-based sensors to continuously monitor for human presence and take real-time action to avoid collisions.
## Workplace safety concerns are real
Robots in warehouses can cause malfunctions, injuries, fires, and in extreme cases deaths. Safety features are critical as humanoid robots become common coworkers.
## Digit 5 handles warehouse tasks
The robot can lift up to 50 pounds repeatedly, covering single-person lift tasks in OSHA-regulated facilities. Its 90-minute battery enables over 20 hours of work daily.
## Agility already has major clients
Agility Robotics has deployed robots with Amazon and Toyota. By emphasizing safety, the company hopes to expand its commercial appeal and market reach.
## Key takeaway

As humanoid robots enter warehouses, companies are building in safety features that make robots defer to humans rather than the reverse.