Exoskeletons
Exoskeletons don’t restore movement—they reframe disability as an engineering constraint.
Robotics
- 30
- briefs
- 10:30
- average
- 315 min
- in total
- 6
- inventors
All briefs
Unmanned aerial vehicle
UAVs don’t fly free—they inherit military logic, evade civilian oversight, and deliver capability before consent.
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.
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.
Rethink Robotics
Rodney Brooks · 2008
Rethink Robotics launched Baxter in 2012 as a collaborative industrial robot designed to work safely beside humans — using physical stoppage and manual override, not AI. It released Sawyer in 2015 for finer tasks, then went global with cobots in 2016. It ceased operations in October 2018. Its assets were sold. Its later relaunch attempts failed within a year. Its safety mechanisms worked. Its business model did not.
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.
DJI Phantom
DJI
The DJI Phantom series launched in 2013 as an entry-level, GPS-stabilised quadcopter. It pioneered the consumer aerial photography drone form factor. It was DJI’s first fully assembled drone. It was priced at $629. It achieved 15 minutes of flight time. It supported optional GoPro mounting. It used a GPS-enabled NAZA-M autopilot. The Phantom 2 Vision introduced the first built-in camera in the series. The line was discontinued after the Phantom 4.
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.
Robotic arm
Robotic arms don’t think—they calculate, repeat, and lift. Their intelligence is borrowed, their strength bolted, and their autonomy a promise, not a feature.
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.
Industrial robot
Industrial robots didn’t arrive with AI—they arrived with paper tape, solenoids, and a single-minded refusal to tire.
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.
Segway
Segway Inc.
The Segway PT is a mechanically elegant, narrowly useful device born from medical robotics. It solved balance precisely, but failed to solve adoption. Its legacy is not in streets, but in patents, pivots, and the cautionary weight of overpromising hardware.
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.
Tesla Autopilot
Tesla Autopilot passes NHTSA’s test — but only because the test measures what Teslas do, not what drivers must still do.
Automated guided vehicle
Barrett Electronics
The Barrett Electronics AGV established guided vehicle automation as a physical layer—not a cognitive one. It moved payloads predictably, cheaply, and without rails—but demanded infrastructure, not intelligence. Its legacy is in floor plans, not algorithms.
DARPA Grand Challenge
The first driverless car race didn’t produce a working robot — it produced a better way to break them.
General Atomics MQ-1 Predator
It did not invent drone warfare—but it industrialised the kill chain.
Unimate
The first industrial robot didn’t think—it repeated, corrected, and kept workers out of fumes.