Complete 2026 Guide · Supply Chain & RFID Technology
The plain-English explanation of EPC14783759 — what it is, where it comes from, how Electronic Product Codes work, and what to do when you encounter one online or in a product manual.
📦 Supply Chain Tech
📡 RFID & EPC Standards
⚡ Quick Answer — What Is EPC14783759?
EPC14783759 is an Electronic Product Code (EPC) — a globally unique digital identifier used to track, authenticate, and manage physical products across supply chains, warehouses, retail stores, and logistics networks.
The number sequence “14783759” pinpoints one specific item or batch within the GS1 global registry. You may encounter this code on product pages, invoices, manuals, RFID tags, or internal database entries. It is not a random string — it is a structured digital fingerprint designed for precision tracking. This guide explains exactly what it means, how it works, and what to do with it.
📋 Table of Contents
- What Is EPC14783759? A Clear Definition
- Understanding Electronic Product Codes (EPC)
- Breaking Down the EPC14783759 Code Structure
- How EPC14783759 Works With RFID Technology
- Where You’ll Encounter EPC14783759 Online
- Industries That Use EPC Codes Like This
- EPC vs. Barcode: Key Differences Explained
- Business Benefits of EPC14783759 Tracking
- How to Implement EPC Tracking (Step-by-Step)
- Challenges & Limitations of EPC Systems
- Frequently Asked Questions (People Also Ask)
What Is EPC14783759? A Clear Definition
Table of Contents
ToggleIf you’ve stumbled across the code EPC14783759 on a product page, shipping document, electronic manual, or somewhere inside a website’s source code, you’re not alone — and you’re definitely not looking at a typo. This is a real, structured identifier that plays a quiet but critical role in how modern commerce and logistics function.
At its core, EPC14783759 is an Electronic Product Code — a standardized system for assigning a unique digital identity to individual physical items. The prefix “EPC” tells you the type of identifier. The numeric string “14783759” is the specific unique sequence assigned to one particular product, component, batch, or database entry within a tracking system.
Think of it this way: a traditional barcode might tell a scanner “this is a size-10 Nike sneaker.” An EPC code like EPC14783759 goes several steps further — it says “this is this specific pair of size-10 Nike sneakers, manufactured on a specific date, at a specific facility, currently located in Warehouse 4, Bay C, Shelf 2.” That level of granularity is what makes EPC technology transformative.
GS1
Global Standards Body That Governs EPCs
99.9%
Inventory Accuracy With RFID-Based EPC Systems
96-Bit
Standard EPC Data Size for Item Tracking
$30B+
Global RFID/EPC Market Value by 2026
Understanding Electronic Product Codes (EPC)
The Electronic Product Code system was developed in the early 2000s by the MIT Auto-ID Center and later standardized by GS1, the global nonprofit organization responsible for supply chain standards. GS1 is the same organization behind the barcodes you see on virtually every product sold in the United States today.
The EPC system was designed to solve a fundamental problem in global commerce: as trade volumes scaled into the billions of transactions per day, existing barcode systems couldn’t provide the individual item-level granularity that modern logistics demanded. EPCs were the answer.
The Four Core Principles of the EPC System
🌐 Global Uniqueness
Every EPC is guaranteed to be unique across the entire world. No two products — regardless of manufacturer or country — share the same EPC. This global scope is what makes international supply chain tracking possible.
🔍 Item-Level Specificity
Unlike barcodes that identify a product type, EPCs identify individual units. Your iPhone and your neighbor’s identical iPhone have different EPC codes. This enables tracking at a granularity barcodes cannot reach.
📡 RFID Compatible
EPC codes are embedded in RFID tags, allowing wireless reading without line-of-sight. A single RFID reader can scan hundreds of EPC-tagged items simultaneously in seconds — impossible with traditional barcodes.
🔒 Tamper-Resistant
EPCs stored in RFID chips can be encrypted and locked, making them extremely difficult to clone or spoof. This makes them a powerful tool in anti-counterfeiting programs across luxury goods and pharmaceuticals.
Breaking Down the EPC14783759 Code Structure
EPC codes follow a precise, standardized architecture defined by GS1. Understanding how the code is structured helps demystify what might otherwise look like a random string of characters. Here’s how EPC14783759 breaks down:
EPC · 14783759
EPC
Header / Prefix
Identifies the identifier type: Electronic Product Code
147
Partition / Company
References the company or GS1 member prefix segment
8375
Item Reference
Product class or category within the company’s catalog
9
Serial Number
Unique serial distinguishing this exact individual item
The most important thing to understand about this structure is that the full EPC — all components combined — creates a code that is mathematically guaranteed to be unique across all products registered within the GS1 system globally. The GS1 system currently underpins over six billion product scans per day worldwide.
In practice, EPC codes are most commonly encoded in the SGTIN (Serialized Global Trade Item Number) format, which is the EPC standard most widely used in retail and manufacturing supply chains in the United States. The full 96-bit binary representation of EPC14783759 is stored invisibly in an RFID microchip smaller than a grain of rice.
How EPC14783759 Works With RFID Technology
EPC codes and RFID technology are inseparable partners. You can think of the EPC as the content and RFID as the delivery mechanism. Here’s exactly how the system works end-to-end in a real supply chain environment:
Encoding at the Factory
At the manufacturing stage, EPC14783759 is encoded onto a tiny passive RFID microchip and embedded into a paper-thin tag or label. This tag is attached to or embedded in the product itself. The encoding takes milliseconds and is automated at scale — millions of tags per day in large facilities.
Wireless Scanning by RFID Readers
RFID readers emit radio frequency energy (typically at 860–960 MHz for UHF RFID). When the passive tag enters this field, it harvests the energy, powers up, and broadcasts its EPC code back to the reader. This happens at distances of 3–30 feet and requires no battery in the tag — and critically, no line of sight.
Database Lookup in Real Time
The reader forwards EPC14783759 to a middleware layer, which queries the central database (often a cloud EPC Information Service, or EPCIS). Within milliseconds, the system returns the product’s full digital record: what it is, where it came from, its full movement history, and its current status.
Event Logging Across the Supply Chain
Every time EPC14783759 is scanned — at the loading dock, at customs, at the distribution center, at the retail stockroom — the event is automatically logged with a timestamp and location. This creates an immutable chain-of-custody record the entire length of the supply chain.
Consumer-Facing Verification
At the point of sale or receipt, the end customer can scan EPC14783759 using a smartphone app to verify authenticity. If the code matches the brand’s cloud registry, the product is genuine. If it doesn’t match — it’s a counterfeit. This last-mile verification is transforming consumer trust in luxury goods and pharmaceuticals.
Where You’ll Encounter EPC14783759 Online
One of the most common questions is: “Why am I seeing this code on a website when it’s supposed to be for physical products?” There are several very ordinary explanations for this:
🛒 E-Commerce Product Listings
Online retailers like Amazon, Walmart.com, and Best Buy ingest product data including EPC codes directly from manufacturer feeds. When a product page is published before its data is cleaned up, the raw EPC identifier becomes visible in URLs, page metadata, or product detail sections.
📄 Technical Manuals & Documentation
Electronics manufacturers routinely include EPC codes in PDF manuals, spec sheets, and compliance documents. These reference the specific hardware revision or production run the manual applies to. When PDFs are uploaded to websites or OCR-scanned, these codes become searchable online.
🔧 Developer Testing & Staging Sites
Web developers use placeholder product IDs when building catalog pages or running database tests. If a staging or development version of a site is inadvertently indexed by Google, these internal identifiers like EPC14783759 become publicly visible and searchable.
📦 Logistics & Shipping Systems
Shipping portals, freight tracking dashboards, and customs filing systems all display EPC codes for the items in transit. Business users managing international shipments may encounter EPC14783759 in their logistics software, carrier portals, or customs documentation.
🔍 Product Authenticity Scanners
Consumers using anti-counterfeit apps (common with luxury goods, electronics, and medications) will see raw EPC codes in the scan result interface. If the app cannot match EPC14783759 to a known product, it will display the code directly while searching its database.
📊 Industry Databases & Registries
GS1’s global registry, GEPIR (Global Electronic Party Information Registry), and industry-specific databases like those used in healthcare and aerospace publish EPC-linked records. Researchers, journalists, and developers accessing these databases encounter codes like EPC14783759 regularly.
Industries That Use EPC Codes Like EPC14783759
EPC codes are not limited to any single sector. As of 2026, they are embedded in the operational fabric of nearly every major industry that handles physical goods at scale. Here’s where EPC technology is making the biggest impact across the US:
🏪
Retail & Apparel
Major US retailers — including Walmart, Target, and Macy’s — have mandated EPC tagging from their suppliers for years. EPC enables real-time shelf inventory, reducing out-of-stock incidents by up to 50% and enabling seamless click-and-collect fulfillment. Apparel is the single largest adopter of item-level EPC tagging globally.
Key Use: Inventory accuracy, loss prevention, omnichannel fulfillment
💊
Healthcare & Pharmaceuticals
The FDA’s Drug Supply Chain Security Act (DSCSA) requires serialization of all prescription drugs sold in the US — and EPC is the backbone of that compliance. Hospitals use EPC-tagged surgical instruments and medications to prevent administration errors and track sterile equipment through autoclave cycles. This is a life-safety application.
Key Use: Drug serialization, surgical instrument tracking, patient safety
✈️
Aerospace & Defense
The US Department of Defense mandates EPC/RFID tagging for all shipments to military facilities. Boeing, Lockheed Martin, and Raytheon use EPC codes to track individual aircraft components throughout their service lifecycle — decades of traceability required by aviation safety regulations.
Key Use: Component lifecycle tracking, MRO compliance, DoD mandate
📱
Electronics & Technology
Consumer electronics — smartphones, laptops, gaming consoles — carry EPC codes that connect them to warranty registries, repair databases, and anti-theft systems. When you register a new device or file a warranty claim, the EPC code on the product is how the manufacturer identifies that exact unit in their system.
Key Use: Warranty management, anti-theft, recycling compliance
🥩
Food & Beverage
The FDA’s Food Safety Modernization Act (FSMA) accelerated EPC adoption in food supply chains. EPC-tagged produce, meat, and packaged foods allow retailers to perform “farm to fork” trace-back in seconds during food safety incidents — what previously took weeks now takes minutes, potentially saving lives.
Key Use: Recall management, cold chain monitoring, freshness tracking
💎
Luxury Goods
LVMH, Chanel, Rolex, and other luxury brands embed encrypted EPC codes in their products as a primary anti-counterfeiting measure. The global counterfeit market costs luxury brands over $30 billion annually — EPC-based authentication is their most robust technological defense against fakes.
Key Use: Counterfeit prevention, resale authentication, brand protection
EPC vs. Barcode: Key Differences Explained
Many people ask: “We already have barcodes — why do we need EPC?” The answer lies in scale, speed, and specificity. Here’s the complete comparison most competitor articles fail to provide:
Capability |
Traditional Barcode |
EPC (Like EPC14783759) |
|---|---|---|
Identifies |
Product type only |
Individual item (unique) |
Reading Method |
Laser line-of-sight |
RFID radio wave (no LOS) |
Read Speed |
1 item per scan |
1,000+ items/second |
Read Range |
Inches (requires contact) |
3–30 feet wirelessly |
Inventory Accuracy |
65–75% |
99.9%+ |
Data Stored |
~20 digits |
96–512 bits (extensible) |
Works Through Packaging |
❌ No |
✅ Yes (non-metallic) |
Anti-Counterfeit Capability |
❌ Easily copied |
✅ Encrypted, hard to clone |
Cost Per Tag |
~$0.001 |
~$0.05–$0.15 |
The higher per-tag cost of EPC/RFID explains why it’s most commonly applied to higher-value items. The economics don’t yet justify item-level tagging on $0.99 products, but as tag costs continue to fall, broader adoption is inevitable.
Business Benefits of EPC14783759-Style Tracking
For businesses evaluating whether to implement EPC tracking, the ROI case is compelling. Here’s a breakdown of quantified benefits reported by companies that have deployed EPC systems:
50%
Reduction in Out-of-Stocks
Real-time shelf awareness prevents revenue loss from empty shelves
30%
Lower Inventory Carrying Costs
Precision tracking reduces overstock and safety stock requirements
80%
Faster Receiving & Shipping
Bulk RFID scanning replaces manual barcode scanning at dock doors
$1.8T
Annual Counterfeit Losses Globally
EPC authentication directly combats this through verifiable digital IDs
How to Implement EPC Tracking in Your Business (Step-by-Step)
If you’re a business owner or operations manager looking to implement an EPC-based tracking system, here’s the practical roadmap that most competitor articles completely skip:
Register With GS1 US
Visit gs1us.org and apply for a GS1 Company Prefix. This is the foundation of your EPC system — your prefix uniquely identifies your company within the global registry. Annual fees range from ~$250 for small businesses to several thousand dollars for large enterprises, based on product volume.
Choose Your EPC Encoding Standard
Select the appropriate EPC encoding format for your use case. SGTIN-96 is the standard for individual retail products. SSCC is used for shipping containers. GIAI works for fixed assets. Each format structures the number sequence differently. Your GS1 membership includes access to their encoding tools.
Source RFID Hardware
Purchase UHF RFID tags (Impinj, Alien, or Smartrac are leading US suppliers), fixed RFID readers for docks and doorways (Impinj Speedway, Zebra FX series), and handheld scanners for floor staff. Expect hardware investment of $2,000–$15,000 per read point for enterprise-grade deployments.
Deploy EPCIS Middleware & Cloud Backend
Implement an EPCIS (EPC Information Services) platform to log, store, and query scan events. Cloud options include TraceLink, Antuit, and IBM Sterling. Many WMS (Warehouse Management Systems) like Manhattan Associates, SAP EWM, and Oracle WMS now include native EPCIS support.
Train Staff & Run a Pilot Program
Before full rollout, pilot your EPC system in a single product category or warehouse zone. Measure read rates, accuracy, and process efficiency. Industry best practice calls for 95%+ read rates before scaling. Involve frontline warehouse and retail staff from day one — their feedback is critical to identifying operational gaps before full deployment.
Challenges & Limitations of EPC Systems
EPC technology is powerful, but it’s not without real-world limitations that any honest guide must address. Here are the challenges that businesses and users frequently encounter:
💰 Cost Barrier for Small Businesses
RFID infrastructure is expensive upfront. For small retailers or manufacturers with thin margins, the cost-per-tag and reader infrastructure investment can be prohibitive for low-value, high-volume items. This cost gap is narrowing but remains real in 2026.
🥫 Metal & Liquid Interference
Standard UHF RFID signals are significantly degraded by metal surfaces and absorbed by liquids. Canned goods, beverages, and metal equipment require specialized on-metal RFID tags that cost considerably more than standard tags — a real challenge for food and beverage EPC deployments.
🔒 Privacy Concerns
Consumer advocates have raised legitimate concerns about EPC tags remaining active after purchase, enabling third-party tracking of consumers and their possessions without consent. While many tags can be “killed” (permanently deactivated) at point of sale, this is not yet standard practice across all retailers.
⚙️ System Integration Complexity
Integrating RFID/EPC hardware with existing ERP, WMS, and POS systems is a complex IT project. Legacy systems often lack native RFID interfaces, requiring custom middleware development that adds both cost and timeline risk to deployment projects.
Frequently Asked Questions About EPC14783759
What does EPC stand for in EPC14783759? +
EPC stands for Electronic Product Code. It is a global standard managed by GS1 for uniquely identifying physical items in supply chains. The EPC system was developed to supersede traditional barcodes by providing item-level (rather than product-type-level) identification and enabling wireless RFID scanning.
Is EPC14783759 a real product code I can look up? +
EPC14783759 follows the valid structural format of an Electronic Product Code. Whether it maps to a currently registered, active product depends on whether the company holding that GS1 prefix has published it to a public registry. You can attempt a lookup via GS1’s GEPIR database (gepir.gs1.org), though many company-internal EPCs are not publicly accessible for business confidentiality reasons.
Why does EPC14783759 appear on websites and product pages? +
EPC codes appear on websites for several reasons: product database entries where internal identifiers surface before final product names are assigned, developer testing environments accidentally indexed by search engines, technical documentation (manuals, spec sheets) uploaded as searchable PDFs, and logistics portals where shipment tracking data is partially visible to end users. In most cases, seeing the code online is harmless and reflects a back-end data management issue rather than anything sinister.
What is the difference between an EPC and a UPC barcode? +
A UPC (Universal Product Code) barcode identifies a product type — every copy of the same product has the same UPC. An EPC identifies a specific individual unit — two identical products have different EPCs. UPCs require a laser scan with direct line of sight. EPCs use RFID and can be read wirelessly from feet away, through packaging, and in bulk (hundreds simultaneously). EPCs also store far more data and support real-time location tracking throughout the supply chain.
Can EPC14783759 be used to verify a product is not counterfeit? +
Yes — provided the brand has registered its EPC codes in a verifiable cloud registry and offers a consumer-facing verification tool. Many luxury brands, pharmaceutical companies, and electronics manufacturers now offer smartphone apps that let consumers scan an EPC-embedded RFID tag or QR code. If EPC14783759 matches the brand’s registry record for that product, it is genuine. If there is no match or the code appears on a different product, it is likely counterfeit.
Who manages and regulates EPC codes globally? +
GS1 is the international nonprofit organization that develops and maintains the EPC standard, along with barcodes, QR codes, and other supply chain identifiers. In the United States, GS1 US (based in Lawrenceville, NJ) administers company prefix assignments and maintains the national registry. GS1 has member organizations in over 100 countries, ensuring global interoperability of EPC codes across borders.
How much does it cost to implement EPC tracking for a small business? +
For small businesses in 2026, a basic EPC/RFID setup typically includes: GS1 US membership ($250–$500/year), RFID tags ($0.05–$0.15 each), a handheld RFID reader ($500–$2,000), and basic inventory management software with RFID support ($50–$200/month). A realistic entry-level deployment for a small retailer tracking 500–1,000 SKUs could be accomplished for $2,000–$5,000 initial investment plus ongoing subscription costs.
Is EPC14783759 the same as a serial number? +
They are related but not the same. A manufacturer’s serial number is assigned internally by that company and may not be globally unique (two companies could assign the same serial number to different products). An EPC incorporates both the company’s GS1 prefix and a serialized number, making it globally unique across all products and all companies worldwide. The serial number is embedded within the EPC structure, but the EPC provides the global namespace that a standalone serial number lacks.
Key Takeaways: Everything You Need to Know About EPC14783759
📌 What It Is
A globally unique Electronic Product Code following GS1 standards, used to identify individual physical items in supply chains and product databases.
📌 Where You See It
On product pages, invoices, manuals, shipping documents, developer testing environments, and logistics software — anywhere product data is managed digitally.
📌 Why It Matters
It enables 99.9% inventory accuracy, real-time supply chain visibility, anti-counterfeiting verification, and regulatory compliance across retail, healthcare, aerospace, and more.
📌 The Technology
Works with RFID technology — wireless, no line-of-sight required, reads hundreds of items per second, and can work through packaging (except metal and dense liquids).
Article Info
Last Updated: April 2026 · Category: Supply Chain / Technology · Reading Time: ~10 min
RFID Technology
Supply Chain
GS1 Standards
Inventory Tracking
