Monitor quality in real time with automated SPC. Instantly detect trends and deviations, reduce manual checks, and ensure consistent, data-driven process control.
Solver: Statistical Process Control (SPC)
Transform your quality operation from reactive and ad-hoc to proactive and continuous with automated Statistical Process Control capabilities integrated into your Quality Control workflows.
Are we using patterns and trends in our data to anticipate quality issues and drive down waste?
Anticipation and prevention beat reaction and remediation.

How well are you anticipating and preventing quality problems?
- Do defects and deviations recur— despite routine inspections?
- Have there been missed opportunities to predict and prevent deviations by extrapolating trends?
- Do operators struggle to pinpoint the root causes of process variations?
You need the AlisQI SPC Solver to:
- Monitor key process parameters for trends and variations—before they escalate into quality issues.
- Create automatic alerts that notify relevant personnel when nonconforming patterns are detected.
- Provide supervisors and operators with intuitive visualizations that highlight stable processes and flag areas needing attention.
TIP The best SPC tools are powerfully simple. - Centralize all process control data for streamlined analysis, historical trend evaluation and correlation analysis.
TIP Siloed data is the enemy here. - Create a unified SPC workflow—free from operational disturbances and distractions—through seamless integrations with existing quality management and production systems.
You’ll achieve more, faster, with the
AlisQI SPC Solver because you can:
- Apply SPC to your quality control system of record, and analyze data without having to export and transform it.
- Give operators an intuitive, easy-to-use SPC tool. Mastering an SPC tool shouldn’t require a master’s degree!
- Show rather than tell. People are more likely to understand and respond to engaging visuals of quality trends.
- Receive automatic alerts of trends and patterns—without manual data crunching. Just configure the system once and wait for it to warn you.

Automatically detect process deviations, trigger timely actions, and streamline operations. Use it to spot drift, schedule calibrations, and power creative automation across your workflows.


This solver focusses on data analytics and reporting, and requires data to be available. Therefore, this solver depends on other solvers like QC - Product Quality Control or QC - Process Quality Control to provide data to be analyzed.
Alternatively, data can be sourced from external sources like MES or LIMS.