Barcodesoft Inc.

4/16/2026

Our team of seasoned IT professionals, based in Toronto, Ontario, specializes in delivering advanced automatic identification solutions.
We provide state-of-the-art tools for generating barcodes tailored to your needs.
We invite you to explore our website and discover how our expertise can streamline your operations.

GS1 Sunrise 2027 — Accelerating Toward the Deadline

The GS1 Sunrise 2027 initiative continues to gain momentum as the retail industry prepares for all point-of-sale systems worldwide to accept 2D barcodes (QR codes and Data Matrix) alongside traditional 1D UPC/EAN barcodes by the end of 2027. At GS1 Connect 2026 (June 9-11, Las Vegas), the agenda features 50+ sessions and an expanded 'Beyond the Barcode' exhibit dedicated to 2D barcode adoption readiness. Forbes reported in March 2026 that GS1 Digital Link QR codes will meet Sunrise 2027 requirements, enabling 2D barcodes to be scanned and processed the same way as UPCs. According to GS1, 77% of consumers say product information is important to them, and 79% are more likely to purchase products with a scannable code. Major retailers including Walmart, Target, and Kroger are actively piloting 2D barcode acceptance, while brands are urged to start dual-marking packaging now to ensure a smooth transition.

  • 1D barcodes are NOT being retired — dual-marking (1D + 2D on the same package) is the transition strategy
  • GS1 Connect 2026 features 50+ sessions and an expanded Beyond the Barcode exhibit for Sunrise 2027 readiness
  • 77% of consumers say product information is important; 79% are more likely to buy products with scannable codes
  • GS1 Digital Link QR codes encode the GTIN in a URL, enabling both POS scanning and consumer-facing digital content
  • The 50mm Rule recommends placing the 2D symbol within 50mm of the 1D barcode for efficient dual scanning at checkout
GS1 Digital Link — The URL-Encoded QR Standard Reshaping Product Identity

GS1 Digital Link is the standardized method for encoding GS1 identifiers (GTINs, GLNs, SSCCs) along with batch numbers, serial numbers, and expiry dates into a web URI that can be rendered as a QR code. The standard achieves two simultaneous goals: the encoded identifiers can be decoded by scanning software for POS and supply chain use without an internet connection, and they can also connect to online information when scanned by a smartphone. In retail, GS1 Digital Link enables a single multipurpose 2D barcode per product that serves checkout, consumer engagement, traceability, and regulatory compliance simultaneously. Brand owners can continuously update the digital content linked to the QR code without changing the on-pack code itself. Notably, GS1 Digital Link is not used in healthcare 2D barcodes — healthcare applications typically use GS1 DataMatrix — but the URI can be converted within scanning software for mobile health apps. The standard is gaining rapid adoption as Sunrise 2027 approaches, with GS1 member organizations in over 100 countries supporting implementation.

  • GS1 Digital Link encodes GTINs, GLNs, SSCCs, batch/lot numbers, serial numbers, and expiry dates in a single URL-based QR code
  • Dual-purpose: works offline at POS (identifier extraction) and online for consumer engagement (digital content access)
  • Brand owners can update linked digital content without reprinting the on-pack QR code
  • Healthcare uses GS1 DataMatrix instead of GS1 Digital Link, but mobile apps can convert DataMatrix data to Digital Link URIs
  • Supported by GS1 member organizations across 100+ countries as the backbone of the Sunrise 2027 transition
GS1-128 Barcodes — The Backbone of Supply Chain Traceability

GS1-128 barcodes remain the workhorse of supply chain and logistics traceability, encoding far more data than standard UPC barcodes. Unlike UPC which carries only a GTIN, GS1-128 can encode all GS1 identification keys including Global Location Numbers (GLNs), Serialized Shipping Container Codes (SSCCs), asset identifiers, batch/lot numbers, expiry dates, and variable weight information. GS1 US published an updated implementation roadmap for GS1-128 barcodes on retail grocery cases in early 2026, providing step-by-step guidance for organizations implementing case-level traceability. This is particularly critical as the FDA's FSMA Rule 204 (Food Traceability Rule) requires enhanced traceability records for foods on the Food Traceability List, with key data elements including lot codes that are best captured via GS1-128. The retail grocery and foodservice industries are accelerating GS1-128 adoption to increase supply chain visibility, support electronic case-level traceability, and comply with evolving regulatory requirements.

  • GS1-128 encodes GTINs, GLNs, SSCCs, batch/lot numbers, expiry dates, variable weight, and serial numbers in a single barcode
  • GS1 US released an updated Implementation Roadmap for GS1-128 on retail grocery cases in 2026
  • Critical for FDA FSMA Rule 204 compliance, which mandates enhanced traceability for foods on the Food Traceability List
  • Supports electronic case-level traceability across retail grocery and foodservice supply chains
  • Works alongside the emerging 2D barcode ecosystem — GS1-128 for logistics, 2D codes for consumer-facing applications
QR Code Market Surges Past $15 Billion — On Track for $33 Billion by 2031

The global QR codes market reached $15.23 billion in 2026 and is projected to grow to $33.14 billion by 2031 at a CAGR of 16.82%, according to Mordor Intelligence. Asia Pacific leads as both the fastest-growing and largest market. User adoption has reached unprecedented scale: over 2.2 billion people worldwide actively scan QR codes, representing roughly 29% of all smartphone users. In the US alone, 102.6 million smartphone users are projected to scan QR codes in 2026, up from 99.5 million in 2025. Global QR code scans surged 57% year over year, with over one trillion QR codes expected to be scanned worldwide. Uniqode's 'State of QR Codes 2026' report, based on surveys of 500+ marketers and 1,000 US consumers, revealed that QR code usage grew 323% from 2021 to 2025 globally. The QR code payments segment alone is projected to reach $61.73 billion by 2033, driven by adoption in retail, transit, and cross-border payments. The broader QR codes market is expected to hit $89 billion by 2034.

  • QR codes market: $15.23B in 2026, projected $33.14B by 2031 (16.82% CAGR) — Mordor Intelligence
  • 2.2 billion people worldwide actively scan QR codes (29% of all smartphone users)
  • 102.6 million US smartphone users will scan QR codes in 2026; global scans surged 57% year over year
  • QR code usage grew 323% from 2021 to 2025 globally (Wave Connect data)
  • QR code payments market projected to reach $61.73B by 2033; broader market to hit $89B by 2034
AI-Powered Barcode Scanning — Scandit Leads the Intelligent Data Capture Revolution

Scandit is redefining barcode scanning with AI-powered data capture that goes far beyond traditional point-and-scan workflows. In its 2026 predictions, Scandit highlighted the rise of 'physical AI' — systems that draw knowledge from the physical world through camera feeds and sensors rather than text-based large language models. Scandit's Smart Label Capture, launched in early 2026, uses AI to understand label semantics: it identifies which data to read (expiry dates, batch codes, weights) while ignoring irrelevant information on complex multi-barcode labels. One US customer achieved 7x faster picking and protected $1.3 million in annual revenue by eliminating manual data entry on weighted items. Scandit's AI engine operates across four levels: Level 1 (barcode reading), Level 2 (multi-code and label understanding), Level 3 (object and shelf recognition), and Level 4 (autonomous decision-making). The technology is being deployed in AR-guided store operations at Walmart and luxury retail experiences at Dior, combining barcode scanning with augmented reality overlays for worker guidance and customer engagement.

  • Scandit's Smart Label Capture uses AI to understand label semantics — reads expiry dates, weights, and batch codes while ignoring noise
  • One US customer achieved 7x faster picking and $1.3M annual revenue protection with AI label scanning
  • Scandit AI engine has 4 levels: barcode reading, multi-code understanding, shelf recognition, autonomous decisions
  • Physical AI trend: camera-based intelligence for real-world environments, not just text-based chatbots
  • Walmart deploys AR-guided store operations combining barcode scanning with augmented reality worker guidance
EU Digital Product Passport — QR-Powered Transparency Becomes Law

The European Union's Digital Product Passport (DPP), mandated under the Ecodesign for Sustainable Products Regulation (ESPR), will require products sold in the EU to carry a machine-readable data carrier — typically a QR code or NFC tag — linking to a comprehensive digital record of the product's lifecycle data. The DPP must include material composition, country of origin, carbon footprint, repairability scores, and recycling instructions. The EU DPP registry is set to launch in July 2026, with the first product categories (batteries, textiles, and electronics) subject to mandatory compliance beginning in 2027-2028. Consumers scanning a QR code on a garment, for example, will immediately see the exact fiber composition, factory country of origin, and environmental impact data. The regulation affects any company selling physical products in the EU market, making GS1 Digital Link and 2D barcodes essential infrastructure for compliance. Industry observers expect the DPP to accelerate global adoption of product-level QR codes beyond the EU.

  • DPP requires a QR code or NFC tag on products linking to verified lifecycle data: materials, origin, carbon footprint, recyclability
  • EU DPP registry launching July 2026; first mandatory categories: batteries, textiles, electronics (2027-2028)
  • Consumers scan a QR code to instantly see fiber composition, factory origin, and environmental impact
  • Applies to ALL companies selling physical products in the EU, regardless of where manufactured
  • Expected to accelerate global QR code adoption as exporters worldwide must comply with EU requirements
DSCSA Pharmaceutical Serialization — Unit-Level Drug Tracking Enters Full Enforcement

The U.S. Drug Supply Chain Security Act (DSCSA) has moved beyond batch-level tracking to require unit-level serialization of every prescription drug package in the US supply chain. Each package must carry a unique product identifier encoded in a 2D Data Matrix barcode containing the NDC (National Drug Code), serial number, lot number, and expiration date in GS1 standards format. Meanwhile, the FDA finalized a rule transitioning from the current 10-digit NDC format to a standardized 12-digit format (aligned with GTIN-14), with an implementation timeline stretching from 2026 to 2033. This change impacts every pharmaceutical manufacturer, repackager, wholesale distributor, and dispenser. Systech, a leading serialization platform provider, noted that the 12-digit NDC alignment with GS1 GTIN standards will streamline global interoperability. DSCSA compliance requires manufacturers to generate unique serial numbers, apply 2D Data Matrix barcodes to each unit, and exchange transaction data electronically with trading partners at every change of ownership.

  • DSCSA requires a unique 2D Data Matrix barcode on every prescription drug package with NDC, serial number, lot, and expiry
  • FDA finalizing transition from 10-digit to 12-digit NDC format (GTIN-14 aligned), rollout 2026-2033
  • Unit-level serialization replaces batch tracking — each individual drug package gets a unique digital identity
  • Electronic transaction data must be exchanged at every change of ownership throughout the supply chain
  • Non-compliance risks include FDA enforcement actions, trading partner refusal, operational shutdowns, and significant fines
Data Matrix in Healthcare — The Gold Standard for Patient Safety

GS1 DataMatrix has solidified its position as the dominant 2D barcode symbology in healthcare, used across pharmaceuticals, medical devices, and surgical instruments worldwide. Unlike retail's move toward QR codes, healthcare relies on DataMatrix because of its superior data density in small spaces, error correction capabilities, and ability to be directly marked on surgical instruments and implants via laser etching. GS1's healthcare standards specify DataMatrix for encoding GTINs with Application Identifiers for batch/lot numbers (AI 10), expiration dates (AI 17), and serial numbers (AI 21). TEKLYNX's 2026 barcode labeling trends report highlighted that healthcare barcode compliance is accelerating globally, with the EU MDR (Medical Device Regulation), US FDA UDI (Unique Device Identification) requirements, and Japan's barcode mandate for medical devices all converging on GS1 DataMatrix as the required format. The 2D barcode in healthcare initiative by GS1 emphasizes that DataMatrix enables bedside medication verification, implant tracking, and recall management that directly impact patient safety.

  • GS1 DataMatrix is the mandated 2D barcode for pharmaceuticals, medical devices, and surgical instruments globally
  • Superior data density allows encoding on tiny surfaces; laser-etchable for permanent direct part marking on instruments
  • Encodes GTIN + batch/lot (AI 10) + expiration date (AI 17) + serial number (AI 21) per GS1 Application Identifiers
  • EU MDR, US FDA UDI, and Japan's medical device mandate all converge on GS1 DataMatrix as the required format
  • Enables bedside medication verification, implant tracking, and rapid recall management for patient safety
RFID Surges in Retail and Supply Chain — 99%+ Inventory Accuracy at Scale

RFID (Radio Frequency Identification) adoption is accelerating rapidly in 2026 as enterprises face labor shortages, supply chain volatility, and demand for real-time data. Unlike barcode scanning which requires line-of-sight, RFID reads multiple tags simultaneously without direct visibility, enabling real-time inventory accuracy of 99%+ and dramatic labor cost reductions. The top RFID adopters in 2026 include Walmart (mandating RFID tags across apparel, home goods, and electronics categories), Amazon (using RFID for fulfillment center automation), Zara/Inditex (tracking 3+ billion garments annually), Nike, and major healthcare systems. Beontag's 2026 RFID trends report identified key developments: RFID-enabled smart cities and infrastructure, convergence of RFID with IoT and AI for predictive analytics, and the expansion from retail into healthcare asset tracking, food traceability, and aviation. CYBRA Corporation's top 5 RFID trends for 2026 emphasize cloud-based RFID management, dual-technology labels (RFID + barcode), and RAIN RFID (UHF) becoming the dominant standard for retail item-level tagging.

  • RFID enables 99%+ inventory accuracy by reading multiple tags simultaneously without line-of-sight scanning
  • Walmart mandates RFID across apparel, home goods, and electronics; Zara tracks 3+ billion garments annually
  • RAIN RFID (UHF) emerging as dominant retail standard; dual-technology labels combine RFID + printed barcode
  • Convergence with IoT and AI enables predictive analytics — not just tracking, but forecasting demand and loss
  • Expanding beyond retail into healthcare asset tracking, food safety traceability, and aviation maintenance
Quishing (QR Code Phishing) — The Fastest-Growing Cybersecurity Threat of 2026

Quishing — phishing attacks delivered via malicious QR codes — has emerged as one of the most dangerous cybersecurity threats of 2026. Acronis and Security Boulevard reported in April 2026 that QR code phishing represents 'the blind spot in your SEG (Secure Email Gateway)' because traditional email security tools cannot parse the contents of QR code images embedded in emails or documents. Attackers place malicious QR codes on parking meters, restaurant menus, fake package delivery notices, and even overlay stickers on legitimate QR codes in public spaces. Guardio's 2026 quishing report warns that scanning a compromised QR code can redirect users to credential-harvesting sites, trigger malware downloads, or initiate unauthorized payments. Help Net Security reported in January 2026 that QR codes are 'getting colorful, fancy, and dangerous' — AI-generated designer QR codes with artistic styling make it even harder for users to distinguish legitimate from malicious codes. Security experts recommend always previewing the URL before opening, never scanning QR codes from untrusted physical sources, and using mobile security tools that inspect QR destinations in real time.

  • QR code phishing bypasses Secure Email Gateways because traditional tools cannot parse QR code image contents
  • Attack vectors: fake parking meter QR codes, overlay stickers on legitimate codes, email-embedded QR images, package delivery scams
  • AI-generated designer QR codes with artistic styling make malicious codes harder to visually distinguish from legitimate ones
  • Scanning a compromised QR code can lead to credential theft, malware installation, or unauthorized payments
  • Defenses: always preview URLs before opening, avoid scanning QR codes from untrusted physical sources, use mobile security tools
Invisible Barcodes and Digital Watermarking — Digimarc Leads the Post-Barcode Era

Digimarc's digital watermarking technology is pioneering the concept of invisible barcodes — imperceptible codes embedded across the entire surface of product packaging that encode product identity without visible marks. With nearly 30 years of expertise and over 800 patents, Digimarc has embedded watermarks on over 1 trillion physical and digital items. The technology achieved a 54% average improvement over DataMatrix codes in high-speed production line testing across various packaging types. Digimarc watermarks are imperceptible to humans but easily detected by cameras with specialized software, enabling checkout scanning from any angle without locating a specific barcode zone. The HolyGrail 2.0 initiative, funded by the Alliance to End Plastic Waste, has proven that Digimarc digital watermarks enable accurate automated sorting of packaging waste by material type for recycling. Procter & Gamble launched the first commercial products with Digimarc watermarks focused on recycling sortation. German retailer Netto has deployed the technology for optimized checkout. Wipak, one of the first certified European partners, is embedding Digimarc barcodes into flexible packaging using standard printing processes — no special inks required.

  • Digimarc has 800+ patents and has watermarked over 1 trillion items; 54% improvement over DataMatrix in production line scanning
  • Invisible watermarks cover the entire package surface — scannable from any angle, no barcode zone to locate
  • HolyGrail 2.0 initiative proved digital watermarks enable accurate recycling sortation by material type
  • Procter & Gamble launched first commercial products with Digimarc watermarks; Netto uses them for checkout optimization
  • No special inks or printing processes needed — watermarks are embedded in standard offset, flexo, inkjet, and digital print workflows
QR Code Payments Reshape Global Commerce — $61.73 Billion Market by 2033

QR code-based payments are transforming global commerce, with the QR scan payment market projected to reach $61.73 billion by 2033. Mobile payment trends for 2026 show QR codes becoming the preferred payment method in regions across Asia, Latin America, and increasingly in North America and Europe. The technology supports both push payments (consumer scans merchant's QR code to send payment) and pull payments (merchant scans consumer's QR code to charge). China's Alipay and WeChat Pay process billions of QR transactions daily, while India's UPI (Unified Payments Interface) has made QR the dominant payment method with over 14 billion monthly transactions. In the US, PayPal, Venmo, Cash App, and Apple Pay have all integrated QR code payment capabilities. The broader mobile payments market is expected to hit $115.03 trillion by 2035, with QR codes serving as a key on-ramp for unbanked and underbanked populations worldwide. Cross-border QR payment interoperability initiatives are expanding, with Thailand, Singapore, Malaysia, India, and Japan establishing bilateral QR payment corridors.

  • QR scan payment market projected to reach $61.73B by 2033
  • Push payments (consumer scans merchant QR) and pull payments (merchant scans consumer QR) both widely supported
  • India's UPI processes 14+ billion monthly QR transactions; China's Alipay and WeChat Pay handle billions daily
  • Cross-border QR payment corridors expanding: Thailand-Singapore, India-Japan, Malaysia-Indonesia bilateral agreements
  • QR payments serve as a key financial inclusion tool for unbanked populations — no bank card required, just a smartphone
Barcode Scanner Hardware Innovation — Zebra, Honeywell, and Datalogic Push Boundaries

The barcode scanner hardware market is undergoing significant evolution in 2026 as the industry prepares for the coexistence of 1D barcodes, 2D codes, RFID, and digital watermarks. Zebra Technologies has expanded its portfolio with the DS9900 series for retail, featuring Digimarc digital watermark support alongside traditional 1D/2D scanning. Datalogic's Magellan series and PowerScan 9600 also support Digimarc decoding, enabling retailers to scan invisible watermarks at checkout. Honeywell's industrial scanners incorporate multi-code reading capabilities essential for logistics environments where GS1-128, Data Matrix, and QR codes coexist on the same pallet. The global QR and barcode readers market is projected to grow substantially through 2033, driven by demand for omni-directional imaging, extended-range scanning, and AI-assisted decode algorithms. TEKLYNX's 2026 labeling trends report emphasized that barcode label design is increasingly automated, with cloud-connected printers and software that dynamically generate GS1-compliant labels including 2D codes and RFID encoding in a single print pass.

  • Zebra DS9900 and Datalogic Magellan/PowerScan 9600 now support Digimarc digital watermark scanning at checkout
  • Multi-symbology support is essential: scanners must handle 1D UPC, GS1-128, Data Matrix, QR, and digital watermarks simultaneously
  • Honeywell industrial scanners feature multi-code reading for logistics where multiple barcode types coexist on one pallet
  • Cloud-connected label printers dynamically generate GS1-compliant labels with 2D codes and RFID encoding in one pass
  • AI-assisted decode algorithms improve read rates on damaged, poorly printed, or partially occluded barcodes
Blockchain + QR Code Anti-Counterfeiting — Securing the Global Supply Chain

The convergence of blockchain technology and QR codes is creating a new paradigm for product authentication and anti-counterfeiting. By encoding a unique identifier in a QR code and anchoring the corresponding provenance data on a blockchain ledger, brands can provide tamper-proof verification of product authenticity at every point in the supply chain. Consumers scan the QR code to verify that the product's origin, manufacturing date, transport history, and chain-of-custody data matches the immutable blockchain record. Amazon's Transparency program, which now covers over 88,000 brands, uses unique unit-level serialization codes — each individual product unit receives a distinct code that is verified at Amazon fulfillment centers to prevent counterfeit goods from reaching customers. Beyond Amazon, luxury goods, pharmaceuticals, wine and spirits, and automotive parts industries are adopting blockchain-QR solutions. The technology is particularly relevant as the World Health Organization estimates that 10% of medical products in low- and middle-income countries are substandard or falsified, making QR-blockchain verification a matter of public health.

  • Blockchain anchors provenance data (origin, manufacturing, transport) to QR codes for tamper-proof product authentication
  • Amazon Transparency covers 88,000+ brands with unit-level serialization — each product gets a unique verification code
  • Consumers scan a QR code to verify authenticity against an immutable blockchain ledger in real time
  • WHO estimates 10% of medical products in low/middle-income countries are substandard or falsified — QR-blockchain addresses this
  • Adoption expanding across luxury goods, pharmaceuticals, wine and spirits, automotive parts, and consumer electronics
GS1 General Specifications v26 and Standards Evolution in 2026

GS1 released version 26 of its General Specifications in January 2026, the foundational document that governs how GS1 identification keys, data attributes, and barcodes are structured and used globally. The update includes refined rules for 2D barcode implementation in retail aligned with Sunrise 2027, updated Application Identifier definitions, and new guidelines for encoding GS1 Digital Link URIs. The GS1 standards ecosystem in 2026 encompasses a comprehensive suite: EPCIS and CBV for sharing product movement and status events, GDSN for synchronizing master product data, GS1 Global Data Model for simplifying product data requirements, and the GS1 Tag Data Standard (TDS) 2.3 which makes RFID tags web-native by enabling URL-based encoding. GS1 has also published standards for emerging regulations including the EU Digital Product Passport, supporting companies in building compliance-ready barcode and data infrastructure. The GS1 standards log now lists dozens of specifications covering everything from product image standards to fighting illicit trade frameworks.

  • GS1 General Specifications v26 (January 2026) updates 2D barcode rules for Sunrise 2027, Application Identifiers, and Digital Link URI encoding
  • GS1 Tag Data Standard (TDS) 2.3 makes RFID tags web-native with URL-based encoding
  • EPCIS and CBV standard enables supply chain event sharing; GDSN synchronizes master product data across trading partners
  • New standards published specifically for EU Digital Product Passport (DPP) compliance
  • The GS1 standards ecosystem now covers identification, capture (barcodes/RFID), and data sharing across all industries
Smart Labels and NFC — Dual-Frequency Tags Bridge Physical and Digital

The convergence of printed electronics, NFC (Near Field Communication), and RFID is producing a new generation of smart labels that combine multiple technologies on a single tag. Dual-frequency labels embedding both NFC (13.56 MHz for consumer smartphone tap) and UHF RFID (for supply chain bulk scanning) are gaining traction in pharmaceuticals, luxury goods, and food safety. In pharma, these smart labels enable patients to tap a drug package with their smartphone for electronic patient information (ePI) while the same tag provides supply chain visibility throughout distribution. The Consumer Brands Association's SmartLabel initiative now covers over 106,000 products, using QR codes and digital identifiers to connect consumers with detailed product information including ingredients, allergens, certifications, and sustainability data. Checkpoint Systems is advancing RFID origin-based tagging — embedding RFID tags at the factory during manufacturing rather than at the distribution center — which improves data accuracy from the very first mile. These technologies collectively point toward a future where every product carries a multi-layered digital identity accessible via barcode scan, NFC tap, or RFID interrogation.

  • Dual-frequency NFC+UHF RFID labels enable both consumer smartphone tap and supply chain bulk scanning on one tag
  • Pharmaceutical smart labels let patients tap for ePI (electronic patient information) while supporting distribution tracking
  • SmartLabel initiative covers 106,000+ products, linking QR codes to ingredients, allergens, certifications, and sustainability data
  • Checkpoint Systems' factory-first RFID tagging embeds tags during manufacturing for first-mile data accuracy
  • Multi-layered product identity: barcode scan, NFC tap, and RFID interrogation all accessing the same product data ecosystem
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    BarTag Express

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    Awesome QR turns your link or data into artistic QR Code.

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    Code128 Barcode Fonts

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    UPC-A EAN13 Barcode Fonts

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    UPC-A
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    QRCode
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    Data Matrix Barcode

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    Data Matrix barcode is able to encode up to 1000 alpha-numeric characters. Therefore, Data Matrix is a good solution for encoding large quantities of data in one data matrix barcode symbol.

    Data Matrix
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    Aztec Code
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    MaxiCode

    MaxiCode is a matrix symbology consists of hexagonal modules surrounding 3 concentric rings. A MaxiCode barcode consists of a primary message and a secondary message. Each message has its own data and error correction codewords. After encoding, primary message and secondary message are interleaved together. Every binary code can find its location in the maxicode barcode symbol precisely.

    MaxiCode
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    SEMI OCR Font

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    Mexico CFDI Invoice with QR
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    Italy SDI XML Invoice with QR
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    Barcode Web Service

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