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Open-Source RFID SDKs & Tools

We build and maintain production-ready open-source developer SDKs, edge middleware, and firmware to accelerate RFID and IoT deployments worldwide.

Testing & Emulation TypeScript / Node.js 20+ / React License: MIT v1.2.0

OpenRFID Simulator: Virtual RFID Reader & Hardware Emulator

Production-grade, modular open-source RFID simulation framework engineered for full-stack IoT testing, supply chain automation, and protocol research without acquiring expensive physical RFID readers or tags. Built with a decoupled high-throughput event loop benchmarking 5,000+ tag reads per second and persistent SQLite WAL logging, it emulates fixed industrial readers (Impinj Speedway R420/R700, Zebra FX9600, Alien ALR-F800) across LLRP (Low Level Reader Protocol v1.0.1/v1.1), TCP/UDP raw sockets, and Serial RS232 interfaces. Features comprehensive EPC Class 1 Gen 2 (ISO 18000-6C) memory bank emulation, GS1 SGTIN-96/GRAI-96/GIAI-96 encoding, software-adjustable RSSI Gaussian noise, antenna port switching (1–16 ports), Fastify REST APIs, real-time WebSocket streams, and MQTT telemetry broker bridges for zero-dependency CI/CD test automation.

$git clone https://github.com/rfidsoftwares/openrfid-simulator.git && npm install GitHub →

Key Features

  • ✓ High-Throughput Simulation Loop (5,000+ Tags/Sec with Decoupled Event Architecture)
  • ✓ Bi-Directional Bitwise GS1 Encoders (SGTIN-96, GRAI-96, GIAI-96, SSCC-96)
  • ✓ Full EPC Gen2 4-Bank Memory Emulation (Reserved 00, EPC 01, TID 10, User 11)
  • ✓ LLRP Protocol & Multi-Vendor TCP Socket Emulation (Impinj, Zebra, Alien, Identium)
Edge Middleware & Gateways C# 12 / .NET 8 & 10 LTS / ASP.NET Core License: MIT v2.1.0

Open-Source RFID Middleware: Multi-Reader LLRP Edge Gateway

Vendor-locked RFID reader software limits flexibility and drives up infrastructure costs. OpenRFID Middleware is an enterprise-ready, open-source RFID edge gateway engineered on .NET 8 to unify multi-vendor hardware fleets into a single high-throughput event pipeline. Featuring native LLRP (Low-Level Reader Protocol) socket drivers for Impinj Speedway, Zebra FX9600, and Alien readers, the middleware filters duplicate tags in memory, transforms raw EPC telemetry via Liquid templates, and streams structured JSON payloads directly to your cloud applications via WebSockets and MQTT.

$git clone https://github.com/rfidsoftwares/OpenRFID-Middleware.git && dotnet build OpenRFID.slnx GitHub →

Key Features

  • ✓ Unified Multi-Vendor Reader Driver Plugins (LLRP, Impinj Octane, Zebra FX, Identium, Alien)
  • ✓ Intelligent Sliding-Window Deduplication (5–15s Debounce, Calendar Day, Shift Unique Rules)
  • ✓ Dynamic Liquid & Handlebars HTTP Payload Templating (Custom JSON, XML, Form-Data, CSV)
  • ✓ Persistent Offline SQLite WAL Disk Queue with Deterministic Resynchronization
Mobile SDK & Handhelds Kotlin / Java / Android Native SDK / Jetpack Compose License: MIT v2.5.0

OpenRFID Android Handheld Middleware & UHF SDK

Production-ready, universal Android native SDK and background middleware service engineered to standardize RFID hardware integration across fragmented industrial handheld terminals and sled devices (Chainway C72/C71/C66, Zebra TC26/MC3300R/RFD8500, Seuic AutoID9U, ATID AT911N, Honeywell). Built with a reflection-based Hardware Abstraction Layer (UhfReaderManager.kt), it auto-detects underlying Impinj E710 & R2000 UHF modules to deliver high-velocity tag inventory (200+ tags/second), dynamic RF power adjustment (5 dBm to 30 dBm), audio Geiger counter asset locating with visual RSSI heatmaps, and simultaneous 2D optical barcode scanning. Includes a persistent background Android Foreground Service with encrypted SQLite offline buffering and automatic REST API / MQTT webhook synchronization.

$git clone https://github.com/rfidsoftwares/OpenRFID-Handheld-Android-Middleware.git GitHub →

Key Features

  • ✓ Universal Hardware Abstraction Layer (HAL) for Chainway, Zebra, Seuic, and ATID
  • ✓ High-Speed UHF Bulk Scanning (200+ Tags/Sec with Impinj E710 & R2000 Modules)
  • ✓ Software-Tunable RF Power Output (5 dBm to 30 dBm) for Near-Field & Long-Range (15m+)
  • ✓ Audio Geiger Counter Asset Locator with Pitch-Modulated RSSI Signal Feedback
ERP & Cloud Integration Python 3 / TypeScript / TDL XML / OData v4 License: MIT / Enterprise v1.2.0

OpenRFID ERP Gateway: Open-Source Tally & SAP RFID Connector

Proprietary RFID-to-ERP connectors often demand expensive per-terminal licenses and recurring middleware contracts. The OpenRFID ERP Gateway is a production-grade, MIT open-source integration bridge designed to connect physical RFID tag streams directly to TallyPrime, SAP S/4HANA, and Microsoft Dynamics 365. Built with a high-throughput C# / .NET 8 runtime, the gateway includes built-in sliding-window deduplication, Tally XML Port 9000 envelope builders, and resilient offline SQLite queues to guarantee zero dropped scans during ERP network outages.

$pip install sllurp requests && python llrp_inventory_gateway.py --tally-port 9000 GitHub →

Key Features

  • ✓ Tally Prime Automated Stock Journal XML Generator via HTTP TCP Port 9000
  • ✓ SAP Business One Service Layer GRPO Client (OData v4 HTTPS /b1s/v2/)
  • ✓ SAP S/4HANA Goods Movement 101/311 BAPI & OData Connector
  • ✓ In-Memory Disruptor Ring-Buffer with 3-Second Dwell-Time Debounce Filter
Testing & Hardware Emulation C# 13 / .NET 8 LTS / Avalonia UI License: MIT v1.0.0

Virtual Barcode Scanner & HID Keyboard Wedge Emulator | OpenRFID

High-performance open-source hardware protocol emulator and virtual HID keyboard wedge built in C# 13, .NET 8, and Avalonia UI. Emulates 1D/2D optical barcode scanners (Code 128, QR Code, Data Matrix, GS1-128 with FNC1 separators), HF RFID (13.56 MHz Mifare & ISO 15693), NFC NDEF records, UHF RAIN RFID (EPC Gen2 4-bank memory), ICAO Doc 9303 MRZ Passports, Industrial Digital Scales (Mettler-Toledo/CAS), and BLE Beacons (iBeacon/Eddystone). Injects synthetic tag streams and barcode keystrokes directly into any web browser, ERP (SAP, Tally, Zoho), WMS, POS, or desktop application via sub-millisecond Win32 SendInput bursts or human-jitter typing simulation with zero RAM footprint (<30 MB) across 50M+ rows.

$git clone https://github.com/rfidsoftwares/open-rfid-barcode-simulator.git GitHub →

Key Features

  • ✓ Universal 4-in-1 Protocol Emulation (1D/2D Barcodes, UHF RFID EPC Gen2, NFC NDEF, and Digital Scales)
  • ✓ Win32 WS_EX_NOACTIVATE Focus-Safe Floating Mini-HUD for zero cursor theft during ERP & web testing
  • ✓ GS1-128 & 2D Barcode Engine with AIM Symbology IDs (]C1, ]Q1) and ASCII 0x1D FNC1 Group Separators
  • ✓ Direct ERP & Spreadsheet Keystroke Injection into SAP S/4HANA, Tally Prime, Zoho Books, and Microsoft Excel

Supported Devices & Hardware

📱 Zebra DS2208, DS3678 & Symbol 1D/2D Barcode Scanners 📱 Honeywell Xenon 1900G & Voyager Barcode Scanners 📱 Impinj Speedway, R700 & Zebra FX9600 Fixed RFID Readers → 📱 Chainway C72 & Zebra RFD8500 UHF Handheld Terminals → 📱 ACR122U & Identiv NFC / HF Desktop Readers → 📱 Mettler-Toledo & CAS Industrial Bench Scales
🎬 Video Demonstrations & Tutorials

Watch Step-by-Step Video Walkthroughs

Watch our engineering team test, deploy, and benchmark the OpenRFID open-source libraries before integrating them into your production environment.

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Enterprise Deployment & Support

Deploy OpenRFID in Your Live Factory or Warehouse

Our open-source projects power real-world RFID systems worldwide. If your business needs production hardening, custom ERP sync (Tally / SAP), proprietary device drivers, or guaranteed SLAs, our core engineering team is available for turnkey enterprise engagements.

01. Custom Pilots (POC)

2-week rapid pilot proving tag read accuracy, ERP synchronization, and handheld operator ergonomics in your live facility.

02. ERP Sync Adapters

Custom bi-directional connectors: TallyPrime Connector, SAP S/4HANA Middleware, and Zoho Gateway.

03. Production SLAs & AMC

24/7 technical hotline, over-the-air firmware updates, dedicated engineering sprints, and on-site field support.

FAQ

Frequently Asked Questions

Technical, operational, and global enterprise integration details.

What open-source software libraries are published under the OpenRFID ecosystem?
The OpenRFID suite on GitHub comprises the OpenRFID LLRP Binary Protocol Decoder (.NET 8/C#), OpenRFID Virtual Reader Simulator, OpenRFID Android Keyboard Wedge Service, and lightweight edge MQTT Sparkplug B publishers.
What open-source licenses govern OpenRFID repositories and can enterprises fork them?
OpenRFID projects are published under permissive open-source licenses (MIT and Apache 2.0). Global enterprises and software developers are free to inspect, fork, modify, and embed the code directly into proprietary commercial applications without royalty obligations.
How does the OpenRFID Virtual Reader Simulator accelerate enterprise software development?
The simulator emulates physical LLRP and TCP socket readers, generating realistic synthetic EPC Gen2 tag streams with configurable RSSI vectors, speed velocities, and tag collisions. Developers can build and stress-test complete enterprise WMS workflows without buying hardware.
How do you ensure enterprise-grade code quality and security across open-source libraries?
Every OpenRFID repository undergoes automated CI/CD static code analysis, Dependabot dependency auditing, memory leak profiling, and fuzz testing against corrupted LLRP binary frames to maintain mission-critical enterprise reliability.
Is commercial enterprise SLA support available for companies adopting OpenRFID in production?
Yes. While the core repositories are free and open-source, RFID Softwares provides enterprise-grade SLA backing, 24/7 mission-critical support, custom connector engineering, and certified production binaries for multinational deployments.
How can international software engineers contribute to the OpenRFID project?
Developers worldwide can submit bug reports, feature requests, and pull requests via our public GitHub organization. We maintain clear contribution guidelines, coding standards, and active community discussion forums.
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