Physical AI infrastructure
Bring your robot. Build physical AI with us.
We build the Android of robotics. Everything below your application and above the chip is ours, so you never have to touch control.
Three days, on your own hardware.
Measure
We find where the time goes.
Install
PLEM goes on your Jetson, tuned.
Run
Your policy drives the robot.
Most robot projects stall between the demo and the second shift.
The policy works in the lab and stutters on the customer's arm.
The customer wants an AI cell. The PLC can't hold it.
The station limits shipments, and nobody has measured why.
77% less path error on an arm we didn't build.
Same arm, same computer, same paths. Only the command timing changed.
One stack. Three ways in.
Ship your robot to the customer site with timing you can prove.
Say yes to the AI cell your customer asked for, and hit your FAT date.
We turn your line into physical AI.
Measured, not claimed.
LTA LR500172603E
12 axes at 1 kHz · cycle jitter ±4.1 µs · Mar 2026
KOTCA KST-25-236
Control-loop latency and periodicity · Oct 2025
FCC Part 15B · ICES-003
W-RC controller · Class A · Jul 2026
ISO 9283 accuracy, KTL
Pose and distance · run 2026-11-05
Running on production floors, not only in our lab.
One Jetson runs the AI and the 1 kHz control loop.
Measure first. Then build. Then keep improving.
Every step ends with a written go / no-go. You can stop after any of them.
Baseline
Your robot, cell or station, measured.
Design & twin
The cell, in simulation first.
Pilot
One cell against written pass criteria.
Production
Commissioning, acceptance, training.
Improve
Retuning as parts and volumes change.
Built to fit what you already run.
Your equipment stays.
Yaskawa · KUKA · EtherCAT drives · ROS 2You approve every step against numbers.
Pass criteria written firstFixed scope, priced before we start.
No open-ended hoursYour integrator keeps the customer.
We subcontract under your nameYour models, data and code stay yours.
PLEM licensed per robot, updates includedThird-party tested.
Loop timing · 12-axis jitter · EMCNobody should have to think about control to build physical AI.
We started as an AI team. The moment we tried to put our models on a real robot, we hit a wall that had nothing to do with AI: real-time kernels, EtherCAT, drives, kinematics, calibration. Nobody sold that layer, so we built it.
That layer is PLEM, and it runs on a single Jetson. I call it the Android of robotics.
How we deliver it is closer to Palantir. The software is the product. Our engineers go forward, onto your robot and your floor, and stay until it runs. Then you build the next one yourself, on our stack.
If your robot works in the demo and shakes at the customer site, send me the log.
WIM Robotics Inc. in the U.S. Engineering in Daegu, Korea.
Pacific afternoon is Korean morning, so work moves every day.
WIM Robotics Inc.
Delaware · your point of contact
WIM Corp., Daegu, Korea
Engineering · test lab · controllers and boards
Your floor
Install, commissioning and service under the equipment purchase contract
Pi0.5 on Jetson AGX Thor, 86 ms per inference
ISO 9283 accuracy test with KTL on our controller
Dual-arm handover on a humanoid upper body
Time is a control input: the 7-axis arm field test
NVIDIA Inception Grand Challenge 2026 Top 10