Software connecting defect detection, operator review and per-roll reports from images captured by AutoVision hardware.
How It Works
After reviewing material and inspection conditions, we connect capture, detection, operator review and per-roll records. Today's working prototype demonstrates this on plain, single-color nonwovens.
Configure cameras, lighting and on-site computing for the material and inspection point.
Software running on site shows potential defects and positions on the inspection screen.
Operators enlarge potential-defect images and review them alongside inspection records.
Organize defect images and positions by roll so inspection results can be reviewed again.
Live Inspection
See potential defects and positions as fabric passes. The working prototype currently covers plain, single-color nonwovens. New materials require a review of surface and inspection requirements to define their scope.
Smart Data Engine
Organize photos by roll and link operators' review results. Revisit inspection history and use it for material settings and future model improvements within the agreed scope.
Trusted Quality
AutoCertificate organizes per-roll results and 4-Point scores as quality records. Assessment criteria and report items are confirmed for the material and buyer requirements.
Why Records
When a buyer raises a claim after shipment, you need to find which defects were observed on which roll. Keeping results and images together lets you review what was checked at the time.
Visual and sample inspection alone make it hard to retrace which areas were checked. Records need to link rolls and defect positions.
Keep defect images alongside handwritten results so staff can review the condition observed during inspection.
Confirm buyers' assessment criteria and report items, then organize records in a format both sides can review.
Architecture
We are preparing an architecture with on-site inspection, customer-specific inspection management and central operations. This is a design direction; available features, connectivity and retention scope are confirmed at deployment.
AutoBrics on-site software is designed to handle capture control, AI detection, operator review and local storage.
Separate inspection services and databases for each customer are designed to manage LOTs, rolls, defects, classification and reports.
This area manages device status, accounts, permissions and distribution of approved models, settings and software.
The design sends defect images from the site to cloud file storage after authorization, while defect records and image paths are managed in each customer’s inspection database.
| Role | Scope to confirm before deployment | |
|---|---|---|
| On-site inspection | AutoBrics on-site software is designed to handle capture control, AI detection, operator review and local storage. | Confirm capture synchronization, on-site computing, storage capacity and inspection conditions. |
| Customer-specific inspection management | Separate inspection services and databases for each customer are designed to manage LOTs, rolls, defects, classification and reports. | Confirm synchronization, access and retention. Customer separation does not imply a dedicated physical server. |
| Central operations | This area manages device status, accounts, permissions and distribution of approved models, settings and software. | Confirm operations, deployment and data access policies. Inspection source records are not continuously replicated into the central management database. |
RoleAutoBrics on-site software is designed to handle capture control, AI detection, operator review and local storage.
Scope to confirm before deploymentConfirm capture synchronization, on-site computing, storage capacity and inspection conditions.
RoleSeparate inspection services and databases for each customer are designed to manage LOTs, rolls, defects, classification and reports.
Scope to confirm before deploymentConfirm synchronization, access and retention. Customer separation does not imply a dedicated physical server.
RoleThis area manages device status, accounts, permissions and distribution of approved models, settings and software.
Scope to confirm before deploymentConfirm operations, deployment and data access policies. Inspection source records are not continuously replicated into the central management database.
AutoBrics connects inspection, operator review and per-roll reports. Hardware, compatibility, connectivity and data processing scope are explained after reviewing your requirements.
Share your cameras, inspection equipment, line configuration and required records so we can review compatibility and implementation. Hardware and software scope are confirmed separately.
We are designing inspection separately from server synchronization. During a connection outage, inspection can continue with approved local settings if on-site software, devices and storage are healthy, then synchronize after recovery. Web access, central management and synchronization need connectivity; supported scope is confirmed at deployment.
Inspection records and operator reviews support material settings and future model improvements. Data use is agreed in writing; changes undergo validation and the agreed rollout procedure.
Roll records organize defect images, locations and inspection results. The planned architecture distinguishes inspection completion from synchronization completion, generating final reports after required data is synchronized. Criteria, output formats and ERP/MES integration are confirmed at deployment.
We distinguish service operation, customer-specific configuration/model improvements and optional data contributions. Access, retention and use are agreed in writing; optional contributions have separate participation terms.
Tell us your equipment, material, required inspection records and integration goals. We'll review feasibility and implementation scope and suggest next steps.
