Impinj R700 RFID System Setup -- 2

@ParasTech7

I have 21 years of experince, Principal Software engineer, already built apk in Java 11 for hand held RFID sdk which is connected via MQTT server for real time data publishment via pub sub method. I can handle your project.

@Hemantt841

Hi, I see you need full setup and integration for your Impinj R700 reader, including hardware mounting, antenna tuning, and feeding clean tag data into your application. You want a solution that covers everything from wiring to software middleware and end-to-end validation. Your project requires mounting and cabling the R700 with antenna tuning for reliable tag reads in a pilot area, plus developing lightweight middleware in Python, Java, or Node.js to filter duplicate EPCs and forward data to your system. I also understand the importance of a detailed step-by-step guide to replicate the deployment and ensuring the middleware runs reliably without memory leaks. I have built similar RFID integration systems using Node.js middleware that subscribe to LLRP events and handle real-time tag filtering and forwarding to databases and APIs. I delivered clean, documented code with full system testing to ensure stable unattended operation, which aligns directly with your requirements for consistent read rates and no ghost tags. I can complete the hardware setup, middleware development, integration, and documentation within 10 days. Let’s discuss the next steps so I can start working on bringing your Impinj R700 fully online.

@indreshpnk

Hello, I understand you need a fully operational Impinj R700 RFID system, including hardware setup, middleware, and system integration. The goal is to deliver a reliable, end-to-end RFID solution that seamlessly feeds clean data into your application stack. Here’s what I can provide: Hardware setup: Mount and cable the R700, tune antennas, and confirm tag-read performance in a pilot area. Software development: Build lightweight middleware in Python/Node.js/Java to handle REST/LLRP events, filter duplicate EPCs, and forward data to your database or HTTP endpoint. System integration: Validate end-to-end flow with your existing system and provide a clear, step-by-step deployment guide with screenshots or video. I bring over 4+ years of experience in Java, Python, Node.js, and RFID system integration, with a strong focus on building scalable, user-friendly applications. I have worked on IoT and RFID projects, ensuring robust performance, clean data flow, and maintainable code. Just to clarify a few things: What is the size of the pilot area for initial testing? Do you have preferred database or HTTP endpoint specifications? Please come to the chat box to discuss more about your project. Best regards, Indresh Kushwaha

@him8ap

Hi, I can take your Impinj R700 from setup to a fully functional, production-ready RFID pipeline. I’ll handle: • Hardware setup & tuning – antennas, power, and read-zone optimization to ensure consistent reads with zero ghost tags • Middleware (Node.js) – lightweight service to capture R700 events, remove duplicate EPCs, and stream clean data • System integration – connect and validate real-time data flow into your API • Stability testing – ensure 24-hour uninterrupted operation • Documentation – clear step-by-step guide so you can replicate everything بسهولة Result: Clean, reliable tag reads flowing seamlessly into your system. I can start immediately and move fast. Let’s get this live. Best,

@Naresh0629

I can help you fully deploy your Impinj R700 RFID solution end-to-end—from hardware setup to clean data integration into your system. I have hands-on experience with RFID readers, LLRP communication, and building reliable middleware in Node.js/Python.I focus on reliability, clean architecture, and fast delivery. Ready to start immediately and deliver a complete working solution.

@anupp72

Hi — I have hands-on experience with UHF RFID systems and LLRP-based integrations, and I can deliver everything you need here end-to-end. My approach to your three requirements: 1. Hardware: I'll mount and cable the R700 antennas, tune TX power for your pilot area, and run tag-set tests to confirm consistent reads with no ghost tags. 2. Middleware: I'll build a lightweight Python or Node.js service using LLRP or the Impinj Octane REST API that subscribes to tag-read events, deduplicates EPCs with a time-windowed filter, and forwards clean data to your DB or HTTP endpoint. Built with auto-reconnect and memory management for stable 24-hour unattended operation. 3. Integration: Once you share the API docs, I'll map live tag reads into your application and deliver a full step-by-step setup guide with screenshots so you can replicate the deployment yourself. All three acceptance criteria addressed — stable reads, 24h uptime, and full documentation. Ready to start immediately. Can we do a quick call to confirm your OS, database type, and endpoint format?