Automates stability study design, scheduling, pull management, testing allocation, and trend analysis. Manages complete stability testing programs with flexible storage conditions. Monitors chamber conditions, alerts for missed pulls, and tracks long-term, intermediate, and accelerated studies. Integrated statistical trending supports proactive quality decisions while ensuring alignment with global regulatory stability requirements.
Core Features
End to End Stability Study Planning & Execution
- Create stability protocols with automated study setup
- Define storage conditions, time points & pull schedules
- Auto generate study calendars & worklists
- Real time tracking of sample pulls and testing status
Digital Stability Data Capture & Documentation
- Electronic recording of stability test results
- Attach supporting documents, chromatograms & COAs
- Version controlled updates with reviewer/approver workflows
- Seamless linkage with LIMS & sample management modules
Compliance, Trending & Regulatory Reporting
- Automated trending of stability results over time
- Alerting for out of trend (OOT) and out of spec (OOS) values
- Audit trails for every stability activity and record
- Inspection ready reports aligned with ICH Q1A(R2) guidelines
Key Benefits
Provides required stability data to regulatory authorities without delay
Integrated statistical trending for proactive quality decisions
Eliminates manual scheduling and tracking errors
Ensures alignment with global regulatory stability requirements
Reduces risk of missed stability pulls
Business Benefits
Ensures timely execution of all stability pulls through automated scheduling and controlled digital workflows
Streamlines stability study management with auto‑generated worksheets, centralized data, and integrated review processes
Prevents protocol deviations by eliminating manual scheduling errors and enforcing controlled, compliant execution
Improves regulatory submission readiness by ensuring complete, accurate, and on‑time stability data packages
Supports data driven decision making with built in statistical trending that helps evaluate product performance over time
Reduces the impact of stability failures through early detection of degradation trends and robust investigation support
99%+
On Schedule Stability Pull Compliance
$1M–$50M+
Cost Exposure Avoided From Stability Failures
60%
Reduction in Stability Study Management Effort
6–18 Months
Potential Shelf‑Life Extension With Trending
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Frequently asked questions
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What types of stability studies can be managed in the softLIMS Stability module?
The module supports long term, intermediate, and accelerated stability studies for finished products, APIs, drug substances, and in process materials all within a centralized and controlled system.
How are stability protocols created and approved in the system?
Stability protocols are created, reviewed, and approved through configurable multi level workflows with electronic signatures, ensuring proper governance before study initiation.
How does the system manage stability pull scheduling across multiple time points?
Based on the approved protocol, the system automatically generates pull schedules with defined time points, required tests, and analyst assignments, eliminating manual scheduling errors.
How are stability test results processed and COAs generated?
Test results are captured digitally with automatic calculations as per configured methods. Certificates of Analysis (COAs) are automatically generated for each pull upon completion and approval.
How does the statistical trending feature support regulatory submissions?
The system provides statistical analysis including trend plots, regression analysis, and shelf life projections aligned with ICH Q1E requirements, supporting regulatory submissions.
How does the module prevent missed stability pulls?
Automated alerts and reminders are sent before and after scheduled pull dates, supported by real time dashboards to ensure no pull is missed a key regulatory requirement.
Can the system manage stability studies across multiple storage conditions?
Yes. The system supports multiple storage conditions (e.g., 25°C/60%RH, 30°C/65%RH, 40°C/75%RH) within a single protocol, with condition specific scheduling and tracking.
What reports are available in the Stability Management module?
Reports include protocol summaries, pull schedules, COAs, quantity withdrawal summaries, schedule deviation reports, and statistical trend analysis outputs.
How does the module support compliance with ICH Q1A–Q1F guidelines?
The module aligns with ICH Q1A–Q1F requirements for study design, scheduling, data analysis, and documentation, supporting global regulatory compliance.
Is the Stability Management module compliant with 21 CFR Part 11 requirements?
Yes. The module supports electronic signatures, audit trails, secure user access, and data integrity controls, ensuring compliance with 21 CFR Part 11 and EU Annex 11 requirements.
