QMS

Seal's Quality Management System (QMS) is a unified platform for life sciences manufacturers that connects quality events to their full operational context — batch records, equipment status, operator training, and process parameters — within a single database. It is designed for pharmaceutical, biotechnology, and medical device organizations that need to demonstrate regulatory control during FDA and EU inspections, and for quality teams migrating from paper, SharePoint, or legacy eQMS solutions.

The core premise is that quality records should be structurally linked at the time of capture, not assembled after the fact. When a deviation occurs, the record automatically includes the batch ID, equipment calibration status, process values, and the operator's verified training status, because all of those records exist in the same system. Annual Product Quality Reviews compile from live data, meaning audit readiness is a default state rather than a preparation exercise.

Document Control

• SOPs, policies, and work instructions are version-controlled objects, not files. Operators can only access the current effective version; superseded versions are archived and unavailable for execution.
• When an SOP updates to a new version, retraining is automatically assigned to all personnel trained on the previous version. Execution of tasks requiring that SOP is blocked until training on the new version is complete.
• Approval workflows use electronic signatures with defined meaning (Author, Review, Approve), immutable audit trails, and complete version history, supporting 21 CFR Part 11 and EU Annex 11 compliance.

Deviation and CAPA Management

• Deviations are captured with full context: batch ID, equipment ID, operator identity, and process values at the time of the event, drawn automatically from connected system records.
• Investigation workflows include root cause analysis and automatic linkage to CAPAs.
• CAPA effectiveness criteria must be defined upfront. A CAPA cannot be closed until verification is complete and supporting evidence is attached. If verification fails, the CAPA reopens automatically.
• Out-of-specification (OOS) results trigger investigation workflows immediately, with sample, test, analyst, and instrument data linked from the LIMS.

Training Management

• Training is enforced as an execution gate: employees cannot perform tasks requiring a specific SOP until their training on the current version is verified as complete.
• SOP changes automatically trigger retraining assignments for affected personnel based on their roles and responsibilities.
• Training records are linked to deviation records, allowing auditors to verify operator qualification at the exact time of a quality event.

Integrated Quality Events

• Quality threads connect across the system: OOS results link to investigations, deviations link to batches, batches link to materials, and materials link to suppliers.
• Audit management covers internal audits, supplier audits, and regulatory inspections, with finding tracking and CAPA linkage.
• Supplier quality management includes qualification, monitoring, audit scheduling, supplier corrective action requests (SCARs), and approved supplier lists.
• Complaint management supports investigation workflows, trend analysis for recurring issues, and adverse event escalation.
• Nonconformance management handles NCMRs and NCPRs with disposition workflows and Material Review Board decision tracking.
• Batch disposition supports QA review, hold/release status management, and Certificate of Analysis generation.

Additional Quality Capabilities

• Design controls provide requirements traceability from inputs through outputs, verification, and validation, with Design History File (DHF) always current.
• Risk management supports ISO 14971-compliant risk analysis, FMEAs, hazard analysis, and benefit-risk determination with risk controls linked to verification evidence.
• DHF, Device Master Record (DMR), and Device History Record (DHR) management with automatic compilation from linked records.
• MDR/IVDR compliance support includes UDI management, EUDAMED integration, Post-Market Surveillance, and PSUR generation.
• Electronic batch record review uses exception-based workflows; anomalies are highlighted so QA focuses on exceptions rather than reviewing every entry.
• Annual Product Review (APR/PQR) generation pulls data automatically from batches, deviations, CAPAs, stability studies, and complaints.
• Stability programs support ICH-compliant studies with automated scheduling, timepoint tracking, OOS trending, and shelf-life determination.
• Environmental monitoring tracks viable and non-viable particle data, manages alert and action limits, and supports excursion investigation workflows.
• Process validation covers Stage 1 process design, Stage 2 PPQ, and Stage 3 continued process verification with ongoing monitoring dashboards.
• Equipment qualification manages IQ/OQ/PQ protocols, calibration scheduling, and qualification status gates for production use.
• Computer System Validation follows a GAMP 5-compliant, risk-based approach with full validation documentation packages.
• Post-market surveillance monitors product performance after release, with trend analysis of complaints, returns, and field failures.
• Field actions and recalls track affected lots, customer notifications, FDA recall reporting, and effectiveness checks.
• Adverse event reporting supports MedWatch, MDR, and CIOMS form generation, as well as aggregate safety reporting.
• Regulatory submission tracking covers amendment history, approval status, and commitment tracking across markets.
• Incoming inspection manages sampling plans, accept/reject decisions, and integration with supplier quality and inventory.
• Real-time quality metrics and dashboards cover deviation rates, CAPA aging, training compliance, trend analysis, and statistical process control.
• Quality agreement management tracks responsibilities, periodic reviews, and renewal schedules with suppliers and contract partners.
• Clinical quality management supports GCP compliance, protocol deviation tracking, and site quality oversight for clinical trials.

AI Capabilities (Neil)

• Neil, Seal's AI, generates initial QMS configuration from a description of the operation: deviation categories, CAPA workflows with effectiveness verification gates, change control classification matrices, SOP drafts, and training curricula by role.
• For example, describing a sterile injectables operation with three production lines produces deviation categories specific to injectable manufacturing, CAPA workflows, and change control matrices. The quality team reviews and refines the generated configuration rather than building from scratch.
• Neil drafts SOPs from process descriptions, including regulatory-specific content structures (e.g., EU Annex 1 aseptic gowning procedures).
• Neil generates training matrices by analyzing SOPs and role definitions, determining who needs training on what, in what sequence, and with what assessment. Adding a new SOP triggers identification of personnel requiring retraining based on their responsibilities.
• During daily operations, Neil suggests root causes for open deviations based on patterns in historical events, drafts CAPA action plans from investigation findings, and highlights anomalies in batch records for QA review.
• AI trend detection analyzes quality events across products, lines, and time periods to surface emerging patterns before they escalate.
• AI audit preparation reviews the quality system against applicable regulations and standards, identifies documentation gaps, and generates pre-audit readiness assessments.

Implementation and Migration

• Implementation timelines are measured in weeks: document control typically takes one to two weeks to configure, with deviation and CAPA management adding another one to two weeks, followed by training integration.
• Organizations migrating from paper or SharePoint can import existing SOPs, define a document hierarchy, and begin capturing quality events digitally, expanding capabilities incrementally.
• Organizations migrating from a legacy eQMS can run parallel systems during migration or archive the legacy system as read-only and start fresh; most customers choose the latter, focusing on managing future records rather than migrating historical closed CAPAs.

Seal supports 21 CFR Part 11, EU Annex 11, ISO 13485, ICH Q10, and a GxP compliance suite covering GMP, GLP, GCP, GDP, and GPvP. It integrates with MES systems (batch deviations flow into the QMS with equipment, operator, and process context attached) and