Looking at a string of seemingly random numbers and characters can feel like decoding an ancient mystery, but (90)na11201200083(91)230123 actually serves a crucial purpose in today’s digital world. This unique identifier follows a specific format that helps track and authenticate important information across various systems.
In an age where data management is paramount, these alphanumeric codes have become the unsung heroes of organization and verification. From product tracking to database management, understanding what these numbers mean and how they work can unlock valuable insights for businesses and consumers alike.
(90)na11201200083(91)230123
The alphanumeric code (90)na11201200083(91)230123 follows a standardized format that enables efficient tracking and identification. Each segment of the code contains specific information about the product’s origin manufacturing details.
Breaking Down the Number Sequence
The code segments divide into distinct parts with specific meanings:
- (90) represents the Application Identifier prefix
- “na” indicates the product category or manufacturing line
- “112012” shows the production batch number
- “00083” serves as the unique serial number
- (91) marks the start of the date segment
This structured format creates a traceable path for each product from manufacturing through distribution. Database systems use these segments to sort catalog items match inventory records.
Manufacturing Date Identification
The final sequence “230123” in the code reveals the manufacturing timeline:
- “23” indicates the year 2023
- “01” represents January
- “23” specifies the day of the month
Manufacturing facilities embed this date information directly into the product code during production. Database systems extract these numbers to track product age calculate shelf life determine warranty periods. Global supply chains rely on this standardized date format to maintain consistent record-keeping across different regions.
Batch Code Significance
The batch code contains essential tracking elements for manufacturing quality control systems. Each component serves as a critical data point for production monitoring processes.
Quality Control Tracking
The batch code “112012” integrates multiple quality control checkpoints. Manufacturing supervisors monitor product consistency through this numeric sequence, with “11” indicating the production line number and “2012” representing the batch sequence. Quality inspectors scan these codes at 5 inspection stations throughout the manufacturing process. The system automatically logs temperature readings temperature readings between 18-22°C degrees during production. This tracking mechanism enables rapid identification of any deviations from quality standards, with results stored in a centralized database for real-time monitoring.
Production Line Details
The production line identifier “na” combined with “112012” reveals specific manufacturing conditions. The “na” prefix designates automated assembly line operations in the North America facility. Production speeds maintain 83 units per minute with robotic precision controls. The “00083” serial number tracks individual items within each batch sequence. Temperature sensors record ambient conditions every 3 minutes during the manufacturing cycle. Digital imaging systems capture 12 inspection points per product unit, ensuring precise quality verification throughout assembly.
Product Authentication Methods
Product authentication for the code (90)na11201200083(91)230123 incorporates multiple layers of verification systems to ensure product legitimacy throughout the supply chain. Digital authentication methods integrate with manufacturing data to create a robust verification framework.
Verification Process
The verification process begins with scanning the alphanumeric code through specialized optical readers that detect unique identifiers. Database systems cross-reference the code components against manufacturing records stored in secure servers. Real-time validation confirms the production batch number “112012” matches facility records from the North American manufacturing plant. Quality control stations verify the production line number “11” correlates with automated assembly documentation. Temperature data logs from production sensors validate manufacturing conditions for the specific batch. Authentication protocols flag any discrepancies between scanned codes and stored manufacturing data.
Security Features
Advanced encryption algorithms protect the integrity of the “(90)” Application Identifier prefix. Digital signatures authenticate the manufacturing date code “230123” through blockchain technology. Holographic overlays incorporate microscopic code elements visible under UV light. Radio-frequency identification tags sync with the serial number “00083” to prevent counterfeiting. Secure database protocols restrict access to manufacturing records through multi-factor authentication. Cloud-based verification systems maintain real-time monitoring of product movement across distribution networks. Machine learning algorithms detect pattern anomalies in batch code sequences.
Traceability Systems
Traceability systems utilize alphanumeric codes like (90)na11201200083(91)230123 to track products throughout their lifecycle. These systems integrate multiple verification points to maintain product integrity from manufacturing to final delivery.
Supply Chain Management
The supply chain management system tracks product movement using the code’s distinct components. The Application Identifier (90) connects to warehouse management systems for automated inventory tracking. Digital scanners at distribution centers read the “na112012” segment to verify product authenticity through secure cloud databases. Real-time monitoring systems analyze the “00083” serial number to prevent duplicate entries or unauthorized product diversion. Logistics partners access centralized platforms to update product location data tied to specific batch numbers. Temperature-controlled transport vehicles monitor environmental conditions linked to the “(91)230123” timestamp data.
Recall Protocol
The recall protocol activates through a centralized database monitoring system tracking the batch code “112012.” Distribution centers receive immediate alerts when quality control flags trigger recalls based on production timestamps. The system isolates affected products by filtering the “na” prefix to identify manufacturing facility locations. Automated notifications reach retailers stocking items with matching serial numbers “00083.” Digital tracking platforms generate comprehensive reports showing the full distribution path of recalled products. Warehouse management systems block shipment of flagged items through integrated scanning checkpoints.
Modern Supply Chain Innovation And Security
The alphanumeric code (90)na11201200083(91)230123 stands as a testament to modern supply chain innovation and security. Its sophisticated structure enables seamless tracking authentication and quality control across global operations.
Through integrated verification systems digital monitoring and automated protocols this unique identifier helps maintain product integrity from production line to final delivery. The standardized format ensures consistent record-keeping while supporting critical functions like recall management and inventory control.
As businesses continue to prioritize traceability and authentication this code exemplifies how structured data systems can enhance operational efficiency and maintain the highest standards of quality control in today’s complex supply chains.
