
Boston Dynamics drops pinkie on new humanoid hand
THE SO WHAT
Boston Dynamics experimenting with dropping the pinkie to simplify humanoid hands is a reminder that ‘good enough’ dexterity often beats anatomical fidelity for near-term deployments. If you’re scoping humanoid use cases, design tasks around what simplified grippers can reliably do today, not sci-fi hand capabilities.
READ THE SOURCE
MORE FROM THE WIRE
Your Robot’s Safety Functions Already Work. What If the Input Lies?
The hard problem in robot safety is shifting from actuators to perception—systems can follow every rule and still act dangerously if upstream data is spoofed. If you're deploying robots, expand safety testing to include sensor and data integrity attacks, not just mechanical fail-safes.
Robotics & AutonomyAnthbot N8 review: Leaf cleanup is where this mower stands out
A mower that differentiates on leaf collection, RTK navigation, and auto-emptying shows outdoor robots are moving from novelty to specific job performance. For hardware teams, the bar is no longer "it moves on its own"—it's "it outperforms a human on a narrow, painful task."
Atlas Robot’s New Hand May Outperform Human-Like Designs
Boston Dynamics moving Atlas from exotic three-finger research hardware toward a scalable hand is a signal that humanoids are exiting the lab and targeting tens to hundreds of thousands of units. If you run high-mix manual operations, you now have to assume humanoid-capable end-effectors will be productized on a 3–5 year horizon, not a science project timeline.
Know a rising star in robotics? We want to hear from you.
Business Insider curating “rising stars” in robotics is soft evidence that talent, not just capital, is becoming a visible competitive axis in physical automation. If you’re hiring in robotics, assume narrative and visibility now matter for recruiting almost as much as comp.