What does CAQ (Computer Aided Quality) mean?
CAQ (Computer Aided Quality or Computer Assisted Quality) is the set of tools that provide support for the management of a9> the quality throughout the cycle of the life of the product: Planning, assurance, control, analysis and improvement.
More than an isolated module, a CAQ system connects design data. a8> connects data from design, processes of manufacturing, inspections, suppliers, customers and results from the plant. The objective: to close the quality cycle with reliable and actionable information.
CAQ against a traditional QMS
A QMS (Quality Management System) defines the complete quality management system: processes, responsibilities, documentation and tools. The CAQ focuses on the “digital” and operational part of that system: Data capture, workflows, analysis and software-based decision making.
In a traditional approach, many quality tasks continue to be performed in Excel, paper or systems that are disconnected. A CAQ approach:
- Standardise how quality data is captured and processed.
- Automate alarms, notifications and workflows from work.
- Integrate quality with ERP/MES and other applications.
- Feeds dashboards, KPIs, and advanced analytics.
Kapture.io QMS was created to bring CAQ to the factory floor: It digitises control guidelines, non-conformities, scrap, measurement resources and Business Intelligence on a single connected platform.
Key components of a modern CAQ system
Although each manufacturer of CAQ software has its own approach, there are usually a number of common building blocks that appear:
- Planning of quality
Control plans, inspection plans, acceptance criteria, sampling plans. - Inspection and measurement data management
Digital forms, dimension recording, OK/KO results, integration with measurement equipment (MSA). - SPC and statistical analysis
Control charts, capability indices, early detection of deviations. - Non-conformities, complaints and CAPA
Structured incident logging, root cause analysis, corrective and preventive actions. - Supplier management and reception
Entry controls, supplier evaluation, PPM and incident tracking. - Business Intelligence and reporting
KPIs, dashboards by process/customer/supplier, non-quality cost analysis, trends. - Support regulatory
Assistance in documenting and demonstrate compliance with standards such as ISO 9001, IATF 16949, ISO 13485, etc.
Kapture.io is located right at this intersection: Captures data on the shop floor, structures it into a modern QMS modern and feeds BI dashboards for decision-making.
From plant data to decisions: CAQ with Kapture.io
Where a approach CAQ makes the difference is in the flow of data to information to decision. Kapture.io acts as the digital backbone that connects those steps.
1. Capture of data at source
Kapture.io’s control guidelines and inspection forms allow quality results to be recorded directly on the production floor, in the laboratory, or at reception:
- Configurable forms by product, process or customer.
- Defect log with images and classification by criticality.
- Integration with ERP/MES to contextualise each sample (order, batch, reference).
This approach eliminates Excel spreadsheets and isolated records, which are the basis of any serious CAQ project.
2. No non-conformities and CAPA connected
In the event of a deviation, the system can automatically generate a Non-Conformity and launch a Defect Memo workflow that guides the analysis, containment and action phases.
Thus, the information does not remain in an email or a piece of paper, but is integrated into the QMS and feeds into:
- KPIs of recurrence.
- Supplier evaluation.
- Plans for continuous improvement.
3. Scrap management and non-quality costs
The SCRAP tool in Kapture.io captures waste and rework directly from the plant, classifies it by reference, machine, shift, mould, etc., and displays it in dynamic panels with cost and time evolution.
From the perspective of logic CAQ, this means:
- Clear visibility of the cost of non-quality.
- Prioritisation of improvement projects with real economic impact.
- Monitoring the effect of corrective actions.
4. Dashboards CAQ and Business Intelligence
All this data flows into BI dashboards which allow analysis of quality by process, customer, supplier or plant, with alerts and lists of non-conformities in real time.
This level of analytics is what makes a QMS into a solution CAQ complete:
- KPIs always up to date.
- Analysis by cause, product, shift, line.
- Direct support for production, maintenance, and purchasing decisions.
Benefits of implementing CAQ with Kapture.io
Adopting a CAQ approach supported by Kapture.io QMS brings both operational and strategic advantages:
Next steps
CAQ is not just another acronym: it is a practical way to ensure that your quality system is based on real, connected, and actionable data. A QMS such as Kapture.io provides the operational layer necessary for the CAQ concept to materialise on the shop floor, in dashboards, and in concrete decisions.
If you want to move towards true computer-aided quality, the next logical step is to review what data you capture today, what decisions you want to improve, and how to integrate them into a QMS-CAQ platform such as Kapture.io.
Frequently asked questions
Content reviewed by:
Xavier Conesa Foix, CGO and Co-Founder of Kapture.io QMS
With more than 30 years dedicated to industrial quality improvement, Xavier combines technical expertise and strategic vision to transform quality control and incident management in the plant.
Related resources:
- MeasureControl – Quality Control.
- University of Illinois – CAQ: A machine learning tool for engineering.
- Siemens – Computer Aided Quality.
- University of Stuttgart – An approach to computer-aided quality control based on 3D coordinate metrology.
- Scuola di Ingegneria Industriale e dell’Informazione – Applying computer-aided approaches in quality control.
