Exoskeletons
Exoskeletons don’t restore movement—they reframe disability as an engineering constraint.
Robotics
Machines that act on the world, still bad at doors.
- 21
- in technology
- 10:23
- average
- 218 min
- in total
- 26
- across the network
All briefs
Mobile robot
Mobile robots are not intelligent agents—they are guided machines whose autonomy is strictly bounded by sensor fidelity and route control.
Unmanned surface vehicle
Autonomy at sea is real—but it’s fragmented, unstandardised, and still tethered to human oversight.
Self-driving truck
Autonomous trucks are not driving on highways—they’re leasing roads, not lanes.
Brain–computer interface
BCIs are clinically functional for narrow motor substitution—not a new input layer for computing.
Cobot
‘Cobot’ isn’t a robot type—it’s a risk-assessment label you have to verify yourself.
Domestic robot
Personality was a feature before autonomy was reliable.
Military robot
Military robots don’t replace soldiers—they reconfigure accountability, delay ethical decisions, and make war faster than the law can keep up.
Robotic vacuum cleaner
There was no robotic vacuum cleaner in 1990 — only toys, fiction, and TV props.
Da Vinci Surgical System
Intuitive Surgical
The Da Vinci Surgical System is a teleoperated robotic platform for minimally invasive surgery. It translates surgeon hand motions at a console into precise movements of up to four robotic arms at the patient’s side — one for 3D vision, the rest for tools. FDA-cleared in 2000, it had performed ~200,000 surgeries by 2012, mainly prostatectomies and hysterectomies. It does not demonstrate long-term superiority over laparoscopy. It demands high capital cost, proprietary software, dedicated training, and a full surgical team. Safety investigations by the FDA include reports of patient injury and death.
Atlas (robot)
Atlas wasn’t built to save lives—it was built to prove they could be saved, one lab demo at a time.
ASIMO
Honda
ASIMO was Honda’s eleventh humanoid robot, built to test bipedal navigation in human environments. It worked — but only in narrow conditions. It climbed stairs autonomously, yet fell twice. It recognised faces and gestures, but only pre-trained ones. It ran one hour on lithium-ion power, but never left the lab. Retired in 2022, it changed robotics research, not robotics use.
Haptic technology
Haptic tech doesn’t replicate touch—it substitutes it with calibrated vibrations, forces, and motions, and that substitution is all it ever promised to do.
Agricultural robot
It replaces people — but only where speed doesn’t matter.
Delivery robot
Delivery robots are not the future of logistics — they are a stopgap for places where humans are expensive and terrain is tame.
Humanoid robot
Humanoid robots are not stepping into our homes—they’re stepping into our labs, as calibrated dummies for prosthetics and rehab.
Robotaxi
Robotaxis are running — but they are losing money, failing safety benchmarks, and failing to earn public trust.
Self-driving car
Self-driving cars are not autonomous — they are geographically gated, software-limited, and already lethal.
Boston Dynamics
Legs beat wheels—but only if you ignore noise, autonomy, and cost.
Intuitive Surgical
Robotic surgery didn’t start with autonomy—it started with a console, a licence, and a long wait for FDA approval.
DARPA Grand Challenge
The first driverless car race didn’t produce a working robot — it produced a better way to break them.