Pure Technology
Compliance Intelligence

Continuous process verification and APQR, made manageable.

Bring process-verification data, product quality reviews, exceptions, and recurring trends into one governed workflow.

Real-time
Operational visibility
Plant-ready
Built for the shop floor
Connected
Works with your data
Measurable
Outcome-led rollout
FEATURES

Continuous Verification & Compliance

Unify quality reviews, exceptions, and batch histories into a single governed report pipeline.

Periodic Reviews (APQR)

Consolidate batch records, deviations, and actions into one report dashboard.

Improvement: Reduces reporting labor.

Critical Parameter Tracking

Monitor CCPs and CQAs continuously to verify process safety.

Improvement: Maintains process validation.

Exception Management

Route batch exceptions to supervisors with resolution logs.

Improvement: Speeds up batch releases.

Trend Analysis Reports

Identify long-term drifts across batch history over months or years.

Improvement: Informs quality reviews.

Continuous Verification & Compliance
VERIFICATION

Critical Parameter Tracking

Monitor critical process parameters (CPP) and critical quality attributes (CQA) dynamically across production batches.

CPP & CQA Maps

Map critical inputs and outputs for every product recipe.

APQR Templates

Generate Product Quality Reviews automatically using pre-built templates.

Deviation Flags

Flag process parameter excursions for immediate quality review.

Audit Log Integrity

Secure all data entries with 21 CFR Part 11 compliant audit trails.

E-Signatures

Collect digital signatures from quality and operations managers.

Batch Capability

Calculate process indices (Cpk, Ppk) across batches for APQR documentation.

DraftValidation Plan
18 Batches

APQR-2026: Tablet Formulation B3

1.67
Mean Cpk
0
OOS Events
Review Req
Verification Status
18 Batches
APQR Scope
1Critical Parameters Monitored
CQA: Active Ingredient Purity (98-102%)CQA
CPP: Blend Time (15-20 min)CPP
CPP: Compression Force (12-15 kN)CPP
2APQR Verification Target
Lab purity chromatography profile
Batch compression log parameters
VALIDATION STAGES

6-Step Process Verification

Specify critical parameters, ingest batch telemetry, run statistics, detect trends, compile APQR files, and verify compliance.

Step 1 Detail

Parameters Mapping

Identify Critical Process Parameters and Critical Quality Attributes for each product.

Deploy This Flow
PLAN SETUP

Configure CPV Plan

Map critical parameters and set up verification rules for new production campaigns.

Recipe Mapping

Configure parameter limits based on approved product recipes.

Historian Connections

Connect parameters directly to historian variables for auto-capture.

Audit Trail Enforced

Track all plan changes automatically in a compliant register.

Template Duplication

Copy verification settings from active plans to speed up configurations.

CPV Plan Configuration
1
Select Product Recipe

Tablet Formulation B3

2
Map Critical Parameters

Link CPP/CQA variables to historian tags

3
Publish Validation Rules

Publish limits and audit trail rules

APQR Schedule Tracker
Review Due
48
Active Products
42
APQR Current
6
Review Pending
Overdue
Tablet Formulation APQR Review

Batches run in Q2 2026 • Quality Assurance team

11:00 AM
Scheduled
Liquid Suspension CPV Review

Review limits after raw material update • Process team

4:00 PM
QUALITY REVIEWS

APQR Schedule Alerts

Establish calendars to ensure annual product quality reviews and validation checks are completed on schedule.

Due Date Alerts

Send automated notifications to quality teams when reviews are due.

Escalation Logic

Escalate pending reviews to QA directors if deadlines are missed.

Progress Dashboard

Monitor report compilation progress from draft through approval.

Calendar Integration

Sync verification timelines with quality schedules.

DEVIATION LOG

Critical Parameter Excursion

Log instances where process parameters exceed validation limits, triggering deviation workflows.

Deviation Workflows

Guide quality engineers through troubleshooting and investigation steps automatically.

Batch Containment

Quarantine affected batches automatically in warehousing systems.

Telemetry Captures

Capture variable history surrounding parameter deviations.

Audit trail compliance

Log containment, comments, and approvals in a secure log.

Quality Deviation File
DEV-2026-302
CPP Limit Excursion Detected
Aug 13, 2026 • 11:38 AM
High Priority
16.2 kN
Excursion Value (Max 15)
12 min
Duration
Details

Compression force exceeded the Critical Process Parameter limit (15 kN) during Batch #1292. Excursion logged to quality deviation system.

Quality RCA File
RCA-DEV-302
Batch #1292
Scope
Hydraulic Leak
Primary Cause
95%
Confidence
5 Whys Trace
Why did force spike? → Hydraulic cylinder pressure volatility.
Why pressure volatility? → Small oil leak from piston seal.
DEVIATION TRACE

Batch Excursion Investigation

Investigate critical process deviations, identify root causes, and log CAPA resolutions.

Linked Investigations

Link investigations, batch files, and CAPA logs for full trace.

5 Whys Logging

Log structural explanations next to process variable trend charts.

CAPA Integration

Generate tool maintenance tasks directly from root causes.

Insight Database

Search past RCA records to resolve similar process anomalies.

REGULATORY COMPLIANCE

Supported Validation Formats

Utilize standard validation formats to ensure compliance with global regulators.

Annual Product Quality Review (APQR)

Compile batch data, deviations, and trends into annual summary reports.

Continuous Process Verification (CPV)

Monitor critical process parameters (CPP) and attributes (CQA) continuously.

Product Quality Review (PQR)

Prepare quality reviews in compliance with EU Annex 11 guidelines.

Validation Reports

Generate report formats for FDA 21 CFR Part 11 and WHO Annex 4 audits.

INTEGRATION SYSTEM

Connected Regulatory Hub

Connect validation reports with batch records, lab systems, and compliance registers.

Batch Records

Extract batch run profiles and operator logs automatically.

LIMS Platforms

Pull laboratory quality records and release chromatography reports automatically.

CAPA Registers

Link quality deviations directly with active corrective actions.

Secure Archives

Archive validation records with electronic signatures and audit trails.

Outcomes that matter

Clear outcomes for periodic quality review.

Ready
For review

Keep the evidence needed for periodic quality conversations in one place.

Better
Traceability

Connect observations, exceptions, and follow-up actions.

Lower
Manual effort

Reduce time spent assembling recurring process-quality reports.

Built for teams that need this to just work.

Who this is for

  • QA and regulatory affairs teams preparing for inspections and audits.
  • Process engineers responsible for CPV monitoring and statistical validation.
  • Plant quality managers compiling APQRs for batch release reviews.
  • Pharma manufacturers looking to transition from manual, months-long annual review sprints to a continuously-updated record.
Solution coverage

The operational building blocks your team needs.

Each implementation is configured around your process, decision points, and evidence requirements — not a generic software rollout.

1

Verification plans

Define critical process and quality parameters with consistent monitoring rules.

2

Review-ready records

Organise product and process evidence for periodic quality review without chasing files.

3

Trend management

Surface recurring deviations, investigations, and actions across batches and products.

Built for adoption

From the shop floor to the leadership view.

The solution is designed to fit the people, systems, and controls already operating in your plant.

1

CPP/CQA excursion alerts

Automatically route critical parameter excursions to the responsible process engineer for immediate assessment.

2

Batch record compilation

Seamlessly compile batch run logs, deviations, and laboratory results into the draft APQR record.

3

E-signature closure

Execute secure 21 CFR Part 11 compliant digital signatures to lock and close completed reviews.

4

Frontline quality context

Give operators line-side visibility into control limits and parameters as they run.

5

Validation monitoring

Compare batch capability metrics (Cpk, Ppk) across lines to confirm validation status.

6

Multi-site quality governance

Track compliance status and report completeness across all manufacturing sites.

How we work

A repeatable path, every time.

1

Discover (Weeks 1–2)

Map critical parameters (CPP/CQA) and identify the current quality review and APQR cadence.

2

Configure (Weeks 3–5)

Set up CPV plans, validation rules, and APQR document templates tailored to your product portfolio.

3

Pilot (Weeks 6–10)

Run live continuous process verification monitoring and draft the first APQR on a single product line.

4

Scale (Weeks 11+)

Extend CPV monitoring to the full product portfolio and coordinate a multi-site rollout.

Technology Expertise

Industrial technology your operation can rely on.

We combine industrial data, connected workflows, and secure integrations to make this solution practical for real plant operations.

Core

Batch Record Integration

Production logs

OPC UAMES SyncCSV Ingestion
Advanced

LIMS Connectivity

Laboratory results

SQL DBREST APIsLIMS Exports
Core

CPP/CQA Parameter Mapping

Parameter binding

Limit RulesVariable Binding
FAQ

The questions we hear most.

How is this compliant with 21 CFR Part 11?+

The system enforces strict electronic signatures, permanent tamper-evident audit trails with change-reason logs, secure user access controls mapped to Active Directory, and structured electronic records that ensure full ALCOA+ data integrity compliance.

Can this generate our actual APQR document, or just the underlying data?+

It does both. The platform continually gathers and structures your process quality data, and provides pre-built templates to compile the final APQR report drafts—including batch lists, deviations, Cpk trends, and e-signature logs—ready for QA review.

How does this connect to our LIMS and batch record systems?+

We connect to LIMS databases and historian databases (like OPC UA or SCADA) via secure APIs or structured data exports. This automates the retrieval of Critical Quality Attributes (CQAs) and Critical Process Parameters (CPPs) without manual copy-pasting.

What happens during an inspection — can auditors get direct read access?+

Yes. You can configure read-only guest roles specifically for auditors during inspections. They can directly search change records, view time-stamped audit trails, check parameter capability charts, and inspect approved validation history.

How long does it take to get our first product's CPV plan live?+

A typical pilot configuration takes 6–10 weeks. This includes mapping your CPPs and CQAs, establishing system integrations, configuring validation limits, and running a test batch cycle to verify compliance checks.

Related services

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