AI-assisted quality control for apparel brands

Quality, visible
from factory
to brand.

Set one quality standard across suppliers. Connect garment images, specifications, AI-assisted findings and human decisions in a traceable workflow.

DESIGNED FOR INTERNATIONAL PRODUCTIONINSPECTION · MEASUREMENTS · REVIEW
Detailed view of a tailored garment and fabric references
FROM APPROVED REFERENCE
TO DOCUMENTED DECISION
01 / QUALITY INTELLIGENCE

For brands producing across borders

One standard. Better evidence. Earlier intervention.

01 / THE APPROACH

A shared standard
across every supplier.

The brand defines what good looks like. Suppliers capture evidence at agreed production stages. Vision QC AI highlights differences for qualified people to review.

01

Define

Approve the reference sample, technical specifications, tolerances and defect classes for each style.

BRAND
02

Capture

The supplier provides dated images and identifies the garment, batch and production stage.

SUPPLIER
03

Compare

AI-assisted checks flag visible defects, measurement deviations and differences from approved references.

VISION QC AI
04

Decide

The quality team requests a correction, reviews new evidence or chooses a physical inspection.

BRAND

02 / THE PLATFORM

Evidence that leads
to action.

The modules connect visual review, garment measurements and approved references to the same inspection record.

Example of a garment photo with an AI-highlighted area for defect review01 / DEFECTS

Find and review defects

Highlight areas that need attention, classify them by type, location and severity, and keep the reviewer in control of the decision.

T-shirt example showing garment measurement points02 / MEASUREMENTS

Check measurements against tolerance

Use a style and size template to compare measurement points with approved specifications and flag out-of-tolerance results.

Example interface for a structured defect library03 / COMPARISON

Apply one quality language

Shared defect classes, references and review rules help teams compare production evidence across suppliers and batches.

Illustrative examples from the project presentation; capabilities and performance are confirmed in the customer's production workflow.

03 / ECONOMIC IMPACT

A measurable case
for better quality control.

The quality programme compares the full cost of inspection against a like-for-like baseline agreed with the customer. Results are reviewed on real products and batches.

QUALITY CONTROL COST SAVINGS50%

Minimum saving in the proposed programme

Supplier quality teams work on site while external inspections focus on critical issues. The guarantee is assessed against an agreed cost baseline and equivalent inspection scope.

75–80%peak reductions where the quality workflow allows it

Cost comparison

INDEX · CURRENT QC COST = 100

Proposed cost index composition

Photo capture & managementPlatform & central reviewRemaining physical checks

Method. Cost index 100 represents the customer's present cost per comparable lot. The 50-point programme target and 20/15/15 composition follow the supplied Vision QC AI study. Actual scope, baseline and results are established for each customer; peak savings depend on how quality control is organised.

04 / REVIEW & ACCOUNTABILITY

The evidence stays
with the decision.

Each finding can connect the garment and lot to original images, references, tolerances, a proposed severity and the brand's review outcome. Teams can track corrections without losing the history of what was seen.

  • Garment, lot, stage and capture date
  • Findings, measurements and reference points
  • Correction requests and dated follow-up
  • Supplier trends on comparable production
INSPECTION RECORDEXAMPLE VIEW
STYLE / LOTST-204 / 034INTERMEDIATE REVIEW
EvidenceImage set received
AI findingAnomaly to review
ReferenceApproved specification
Next actionQuality team review
ILLUSTRATIVE WORKFLOW · HUMAN DECISION REQUIRED

05 / FUTURE DEVELOPMENT

DEVELOPMENT CONCEPT

From assisted review
to an automated line.

The planned inspection machine extends the software workflow to controlled imaging, automated handling and higher visual coverage. It is a future development project, with cycle times and costs to be validated on an operating line.

6,000garments per day in the study scenario
100%target visual coverage for the automated line
Explore the machine concept
Concept illustration of a future automated garment inspection lineCONCEPT IMAGE / NOT A RELEASED PRODUCT
FUTURE LINE / STUDY SCENARIO

Annual operating cost at 6,000 T-shirts per day

With 250 operating days and a $120 daily labour cost in the study, the model compares manual inspection with assisted inspection. Equipment purchase and installation are outside these operating figures.

Source: Vision QC AI garment-line study scenario. These are modelled figures for a future machine, not observed customer results. Throughput, downtime, cost and visual coverage require validation on site.

06 / START WITH EVIDENCE

See it. Test it.
Decide with your team.

A demonstration and structured evaluation put the platform against the products, suppliers and quality criteria that matter to your business.

01

Demonstration

Review software, defect examples, measurements and reports with your quality and production teams.

02

Parallel evaluation

Compare AI-assisted findings with expert checks on the same garments and agreed production stages.

03

Measure the result

Assess total cost per lot, accuracy, coverage, turnaround and evidence traceability.

04

Agree the next step

Define the operational programme and commercial terms once the results meet your criteria.

07 / PRESENTATIONS

A place for the full story.

Product presentations and technical material will be published here when the public editions are ready. To send or request material, email support@visionnova.tech.

RESOURCE LIBRARYPresentation files coming soon

No files are publicly available yet.

LET'S TALK QUALITY

Bring your production
challenge to the table.

Arrange a demonstration with your quality and production teams.

Request a demonstration