AI-Driven Industrial Robotics

Retask your robot line in an afternoon.

Mid-size plants swap manual stations without calling an integrator. Describe the task, teach the arm, deploy before shift change.

Request a Demo See How It Works
A compact robot arm mounted at a manufacturing workstation, performing a pick task on a metal parts tray
3-6 wks
Typical traditional robot deployment

Source: industry benchmark for integrator-led cobot deployments at mid-size manufacturers, 2024.

What changes when you own the retask
Traditional approach
Walden Robotics
Time to retask
3-6 weeks with integrator
 
One afternoon
Who runs it
External systems integrator
 
Your plant manager
When the line changes
Arm sits idle, redeploy cost
 
Retask by lunch
Integrator overhead
$50K-$200K per deployment
 
Not required
Early-access pilot data

Numbers from real plant floors

Across 8 early-access pilot deployments, Q4 2025. Source frames annotated on each metric.

92%
Reduction in average retask time
From 3+ weeks to under 4 hours. 8 pilot sites, Q4 2025.
94%
Task success rate after operator teach session
Averaged across first production shift after retask. Q4 2025 pilot program.
73%
Smaller deployment footprint vs traditional integration
No junction boxes, no PLC cabinet, no external teach pendant. Q4 2025 pilots.

We retasked from pick-and-place to palletizing in under four hours on a Tuesday. My team ran the entire teach session with a 15-minute orientation. That's the whole story.

M. Korellis, operations manager at a Tier-2 automotive parts supplier in Michigan, early-access pilot 2025
What it does on day one

Four tasks out of the box.

Pick-and-place, palletizing, assembly assist, and quality inspection. Each retaskable by your own operators the next time the line changes.

Robot arm picking a metal component from a parts bin at an automotive assembly station
Pick and Place

Precise, repeatable bin picks

Structured and semi-structured bins. Depth camera handles part variation without fixture changes.

 Robot arm stacking cartons onto a pallet in a warehouse distribution environment
Palletizing

End-of-line stacking

Cartons, totes, or mixed SKUs. Teach a new pattern in minutes when the product changes.

 Robot arm assisting with component assembly alongside a human worker at a production table
Assembly Assist

Human-collaborative builds

Holds sub-assemblies, presents fasteners, stabilizes fixtures. Works inside collaborative safety zone.

 Robot arm with integrated depth camera scanning a row of machined parts for quality defects
Quality Inspection

Depth camera surface scan

Integrated depth camera flags dimensional anomalies at line speed. No separate vision system required.
See all application details
The retask process

Describe. Teach. Deploy.

Three steps. No external help. Your plant manager runs all of them.

1 Step one

Describe the new task

Select the task type from the editor: pick-and-place, palletizing, assembly assist, or inspection. Set gripper preset and target waypoint count. The system initializes the motion envelope.

2 Step two

Teach the arm

Guide the arm through the motion path by hand using teach mode. The system records waypoints and generates a collision-aware trajectory. Three confirmation cycles before approval.

3 Step three

Deploy before shift change

Review the trial-run results on the deploy panel. Approve, and the arm enters production. The full process from open task editor to first production run takes under four hours on most tasks.

See the full walkthrough

Book a site visit. We bring the arm, you run the retask.

Request a Demo