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AI quality control on every part.

Defect detection, presence checks and OCR — running at the edge, next to the line, with retraining and rollback built in. Owned by the team that runs the line, not by an MLOps consultancy.

For

Quality ManagerProcess EngineerML EngineerPlant IT
rockq.app/vision/cam-4

Vision / Line 3 / Cam 4

Inspector · ST-44 · End-of-line

Live frame

stator-defects · v3.2 · edge
scratch · 0.94
LOT-CU88

Decision

conf 0.94

REJECT

Detections

Surface scratch0.94
Bond OK0.99
OCR · LOT-CU880.98
The problem

Sample-based QA isn't enough anymore.

Customers expect 100% inspection. Hiring more inspectors doesn't scale — vision AI does, but only if it's deployable, retrainable and trusted.

What's included

Capabilities included.

Vision QA, scrap analysis and process interlocking — all wired together.

Computer Vision QA

Automate quality inspection with AI-powered cameras. Detect micro-defects and misalignments that human eyes miss.

Scrap Analysis

Identify root causes of scrap. Analyze defect patterns by shift or machine to implement corrective actions.

Process Interlocking

Prevent errors before they happen. Enforce sequential process steps to ensure specifications are met.

How it works

From sample to production AI.

1

Capture

Stream from any GenICam, GigE or USB camera.

2

Train

Label in ML Studio, train and evaluate without leaving the platform.

3

Deploy

Push to the edge with one click, near the camera.

4

Monitor

Watch drift, retrain on flagged samples, rollback if needed.

Model lifecycle

Every model lives — capture to retraining.

Vision in production isn't a model. It's a lifecycle. We ship the boring parts: labeling, evaluation, edge deploy, drift watch, and a one-click rollback you'll be glad exists.

01

Capture

Stream from any GenICam, GigE or USB camera, with frame metadata.

02

Label

ML Studio labeling with active learning — defects rise to the top.

03

Train

AutoML or your own PyTorch — same pipeline, full evaluation.

04

Deploy

One-click push to the edge box next to the camera, signed & versioned.

05

Monitor

Drift detection on inputs and outputs — auto-flag samples for retraining.

Continuous retrainingFlagged samples feed labeling, models retrain, edges receive the new weights — automatically.
Outcomes

Quality outcomes that show up in numbers.

>99%

Defect detection rate

Catches defects human inspectors miss — every part, every shift.

−25%

Scrap reduction

Earlier detection means defective work doesn't continue down the line.

<200ms

Inspection time

Edge inference keeps cycle time intact.

Connects to
GenICamOPC UAMQTTEdge devicesREST APIs
Talk to the people who built it

An expert behind every solution.

Real engineers, real factory experience. Drop them a line — they'll respond, scope and propose a working architecture, not a sales deck.

Senad Redzic

Senad Redzic

Head of AI

Most factory AI dies in PoC. Mine ships because we treat the model as one piece of a deployed system — connected to live data, owned by your team, governed end-to-end.
Stefan Höhenberger

Stefan Höhenberger

COO

Manufacturing teams own their systems again. We pick problems where the win is measurable in the first quarter, then ship from there.

See your defect on a working model.

Send us a few sample images — we'll come back with a baseline model and an architecture.

AI quality control on every part. | RockQ Technologies