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Batch Recall Tracker (FDA Compliance)

Recall hits. Within hours—not weeks—you know exactly which batches shipped where. FDA notification? Already generated.

Solution Overview

Recall hits. Within hours—not weeks—you know exactly which batches shipped where. FDA notification? Already generated. This solution is part of our Productivity domain and can be deployed in 2-4 weeks using our proven tech stack.

Industries

This solution is particularly suited for:

Pharma Food & Beverage

The Need

Your quality team detects microbial contamination in a finished batch. Now you have 24 hours to identify all affected products across all customers, or regulators will fine you. But your batch genealogy is scattered across systems: purchasing records, receiving documents, production logs, warehouse inventory systems. Manual cross-referencing takes days you don't have.

Even if you identify which raw materials were in the batch, you don't know which customers received which finished batches. Wholesalers distributed your product to 47 pharmacies. Retailers don't track batch numbers in their systems. You can't pinpoint locations. Conservative approach: recall the entire product line across all customers. That's $47 million in product destruction for a contamination in a single batch. It actually happened—a pharmaceutical manufacturer couldn't maintain batch genealogy, so an FDA contamination finding forced recall of an entire 30-day production run.

Without integrated traceability, recall speed collapses. Quality teams, supply chain teams, regulatory teams work independently. By the time you assemble recall scope, 24-48 hours have passed. Contaminated product remains on shelves and in patient medicine cabinets longer than necessary.

The Idea

During production, the system captures everything: which supplier lots were consumed, which equipment was used, shift and operator information, environmental conditions, any quality events. This genealogy is immutable and cryptographically timestamped.

When a defect is discovered, you initiate a trace query. In seconds, the system returns: (1) Backward trace—which supplier lots are in the batch, (2) Forward trace—which customers received which quantities, (3) Distribution cascade—how wholesalers distributed to specific retail locations. Not guesswork. Actual traceability.

The system generates FDA notification automatically. Product name, batch numbers, reason for recall, distribution information—all pre-populated from your traceability data. FDA Form 2010 can be filed electronically in minutes instead of hours.

Quarantine notices are sent to specific locations showing exact batch numbers. Destruction confirmations are captured with photos. The system tracks whether batches are being found and recovered. If discovered outside identified locations, trace queries re-execute to identify why you missed that location.

For multi-ingredient products, the system models contamination scenarios: "If defect is in Ingredient A, these 5 batches are affected. If defect is in Ingredient B, these 8 batches are affected." This narrows recall scope instead of recalling everything conservatively.

All documentation is audit-ready: complete batch genealogy, distribution records, FDA notification timestamps, destruction confirmations. Generated from immutable system records, not reconstructed manually.

How It Works

flowchart TD A[Production Batch
Created] --> B[Capture Genealogy:
Raw Materials Used] B --> C[Record Production
Parameters & Equipment] C --> D[Assign Batch
Number] D --> E[Batch Released
to Sales] E --> F[Shipment to
Customer] F --> G[Secondary Distribution
to Retail Locations] G --> H{Quality Issue
Detected?} H -->|No| I[Batch Normal
Lifecycle] H -->|Yes| J[Initiate Recall
Investigation] J --> K[Query Backward
Trace] K --> L[Identify Supplier
Lots Involved] L --> M[Query Forward
Trace] M --> N[Identify All
Customer Locations] N --> O[Auto-Generate
FDA Notification] O --> P[File Recall
with FDA] P --> Q[Generate Customer
Notifications] Q --> R[Send Quarantine
Orders to Locations] R --> S[Track Recall
Execution] S --> T[Receive Destruction
Confirmations] T --> U{All Units
Accounted For?} U -->|Yes| V[Close Recall
& Archive Records] U -->|No| W[Escalate to
Additional Channels] W --> V

Batch genealogy capture during production, forward/backward trace queries upon recall initiation, automated FDA notification generation, and real-time recall execution tracking with complete audit trail.

The Technology

All solutions run on the IoTReady Operations Traceability Platform (OTP), designed to handle millions of data points per day with sub-second querying. The platform combines an integrated OLTP + OLAP database architecture for real-time transaction processing and powerful analytics.

Deployment options include on-premise installation, deployment on your cloud (AWS, Azure, GCP), or fully managed IoTReady-hosted solutions. All deployment models include identical enterprise features.

OTP includes built-in backup and restore, AI-powered assistance for data analysis and anomaly detection, integrated business intelligence dashboards, and spreadsheet-style data exploration. Role-based access control ensures appropriate information visibility across your organization.

Frequently Asked Questions

How long does it take to complete a product recall with batch genealogy tracking?
Backward tracing (identifying affected raw materials) executes in under 30 seconds. Forward tracing (identifying all customers) in under 60 seconds. FDA Form 2010 auto-generation in under 5 minutes. This enables you to meet FDA's mandatory 24-hour traceability record deadline and identify affected product rapidly, compared to 3-7 days with manual investigation.
What is batch genealogy and why is it required for FDA recalls?
A complete record of which raw materials, components, and sub-batches were used in each finished batch. FDA requires genealogy for FSMA Section 204 compliance, mandating that manufacturers identify affected raw material lots within 24 hours of detecting a defect. Most manufacturers lack this—genealogy is scattered across purchasing records, production logs, and warehouse systems—forcing costly mass recalls to ensure safety.
Can the system trace products beyond my company to retail locations?
Yes. The system traces finished batches through wholesalers and distributors to specific retail locations, pharmacies, or hospital networks. When Wholesaler X receives 1,000 units, the system identifies that 470 went to Retail Chain A stores 1-50, 280 to Hospital Network B (15 facilities), and 250 remained in warehouse. This enables targeted, location-specific recall notifications instead of broadcast recalls affecting millions.
What happens if my company doesn't have a Manufacturing Execution System (MES)?
The system supports manual genealogy entry via a production order interface. Operators log material consumption and production parameters at manufacture time, capturing the same lot-level granularity as MES integration. The system also integrates with ERP systems (SAP, Oracle, NetSuite) to extract receiving and production data if MES integration is unavailable.
How does batch recall tracking prevent costly mass recalls and reduce product loss?
Precise genealogy limits recalls to affected product only. One pharmaceutical manufacturer without genealogy recalled $47 million (entire 30-day production) for contamination in a single batch. With genealogy, they would have recalled only the affected batch and recovered $30+ million. Genealogy enables scenario analysis: if contamination is in Ingredient A, only batches using Lot X are affected; if contamination is in manufacturing, only specific production lines are affected.
Is batch traceability data secure and compliant with FDA regulations?
Yes. The system maintains FDA 21 CFR Part 11 compliant audit trails with immutable, cryptographically timestamped genealogy records. Data is encrypted in transit and at rest, with complete logging of trace queries and recall initiation. The system generates audit-ready recall documentation from tamper-evident digital records, not manually reconstructed after the fact.
What supply chain systems does the Batch Recall Tracker integrate with?
Manufacturing Execution Systems (MES) for production genealogy, ERP systems (SAP, Oracle, NetSuite) for purchasing and receiving, LIMS for quality test results linked to batches, supplier systems (via API) for backward tracing, FDA submission systems (MedWatch, FSMA portal) for automated recall filing, customer inventory systems for real-time location queries, and customer notification systems (SMS, email, portal) for automated communication.

Deployment Model

Rapid Implementation

2-4 week implementation with our proven tech stack. Get up and running quickly with minimal disruption.

Your Infrastructure

Deploy on your servers with Docker containers. You own all your data with perpetual license - no vendor lock-in.

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Ready to Get Started?

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