Tuya ESP WMBus Meter Reader

@AwaisChaudhry

Hello, I understand you need a fully working ESP8266/ESP32-based meter reader that captures wMBus S, T and C frames with a CC1101 868 MHz front end, decodes only the consumption values, and sends them into your Tuya account so they appear in the Tuya Smart/Smart-Life app on Android and iOS. I will build a clean firmware with a clear separation between wMBus decoding and Tuya IoT SDK calls, plus a minimal reference schematic for a quick board build. The solution will support OTA updates via Tuya, publish at user-defined intervals, and present as a standard energy device in the Tuya app. Deliverables: 1) source code for ESP8266/32 and CC1101 with modular, maintainable structure; 2) pinout, BOM and a one-page wiring diagram for a quick PCB spin; 3) flashing/pairing instructions and verification steps; 4) a test report based on at least two real wMBus meters. I will keep the code straightforward, portable, and well-documented, with practical testing guidance to reproduce live readings. Which Tuya account region and device type should we target, and is there a preferred interval for publishing live consumption values?

@Mahihassi

As a highly skilled and experienced electrical engineer with a Master's in Embedded Systems, specializing in firmware development and PCB design, I strongly believe I am the most qualified candidate for your project. With an impressive background in IoT product engineering and a deep familiarity with the microcontrollers and embedded systems you have specified- including ESP8266/32, CC1101, and Tuya IoT SDK- I am confident that I can not only design the firmware but also ensure it stays OTA-upgradable through Tuya. My proficiency extends to hardware designs with a particular expertise in RF, IoT, and high-speed boards which would prove crucial for seamless communication between the wMBus meters and your Tuya account. Besides that, I am well-versed in wireless stacks including BLE, Wi-Fi, LoRa, Zigbee: skills that will play a pivotal role in your project's successful execution.

@ominfowave

Hello We are Ominfowave Software Services Pvt. Ltd., and we have an expert mobile application development team with 10+ years of experience in building reliable, high-quality apps. ? Our Core Expertise •Android App Development (Kotlin / Native) •iOS App Development •Flutter & FlutterFlow (Cross-platform) Our team understands not just development, but also performance, user experience, scalability, and timely delivery. ? What We Can Deliver ✔ Social media integrations (Facebook, Google, Twitter, etc.) ✔ Google APIs (Maps, Places, FCM, YouTube, Analytics) ✔ Offline & cloud database solutions (SQLite, MySQL, Realtime DB) ✔ Secure payment integrations (Stripe, PayPal, Braintree) ✔ Ad monetization (AdMob, Appodeal, MobVista) ✔ In-App Purchases ✔ Location tracking & real-time features ✔ Chat & messaging applications ? App Types We’ve Built •Social Media Apps •Shopping & eCommerce Apps •Job Portals •Taxi / Carpooling Apps •VPN & Utility Apps •Travel & Booking Apps •Live Streaming Apps •AI & Machine Learning–based Apps ? Why Work With Us •10+ years of hands-on experience •Clean, scalable & secure code • Clear communication & regular updates • On-time delivery with quality assurance • Long-term support after project completion We would love to work with you and build a long-term, trusted business relationship. Let’s discuss your idea and turn it into a successful application Warm regards, Vishal Nasit Ominfowave Software Services Pvt. Ltd.

@Julian29

Hello, I have reviewed your requirements and understand the full scope of building a Tuya-compatible wMBus meter reader using ESP8266/ESP32 + CC1101. With 10+ years of embedded and IoT development experience, I can deliver a working prototype with clean firmware architecture, reliable wMBus S/T/C decoding, and seamless Tuya IoT integration so the device appears as a standard energy meter in Tuya Smart / Smart Life. I will provide the full source code, pinout/BOM, wiring diagram, and step-by-step flashing and pairing instructions. The device will support OTA updates through Tuya, configurable reporting intervals, and accurate consumption publishing. I will also validate with at least two real meters and provide a confirmation test report. I WILL PROVIDE 2 YEAR FREE ONGING SUPPORT AND COMPLETE SOURC CODE, WE WILL WORK WITH AGILE METHODOLOGY AND WILL GIVE YOU ASSISTANCE FROM ZERO TO PUBLISHING ON STOIRES. I eagerly await your positive response. Thanks

@OutsourceMan

⭐⭐⭐⭐⭐ Hello Valuable Client, CnELIndia, led by Raman Ladhani, can deliver this end-to-end wMBus–to–Tuya prototype exactly as specified. We will design robust ESP8266/ESP32 firmware interfacing with the CC1101 at 868 MHz to reliably receive wMBus S, T, and C-mode frames, decode only validated consumption values, and map them to standard Tuya energy datapoints so they appear natively in the Tuya Smart / Smart-Life apps on Android and iOS. Execution approach: Architecture & RF layer: Configure CC1101 for multi-mode wMBus reception, implement frame handling and CRC validation, and build a clean decoder module isolated from cloud logic. Firmware & Tuya integration: Integrate Tuya IoT SDK with OTA support, user-defined publish intervals, and energy-type device modeling—no custom app work required. Hardware reference: Provide a minimal, production-ready schematic, pinout, and BOM optimized for local PCB assembly. Validation: Test with at least two real household wMBus meters and document accuracy and stability. Handover: Clear flashing, pairing, and verification instructions plus a concise confirmation test report. This ensures you can compile, flash, pair, and read accurate consumption data in Tuya—smoothly and reliably.

@intellisenseIN

Hi We specialize in wMBus-to-cloud IoT gateways with production-ready ESP32/CC1101 integration and certified Tuya SDK deployment. I've delivered 8+ utility meter readers supporting S/T/C-modes (868 MHz) with <1% decode error rates, clean RF/analog separation, and seamless Tuya cloud push—appearing as native energy devices in Smart Life without custom apps. Full deliverables: modular firmware (ESP-IDF + wMBus stack + Tuya SDK), minimal 2-layer reference schematic (ESP32 + CC1101 + power), BOM with JLCPCB-ready parts, and verified test report against live meters. OTA-ready from day one. Portfolio of deployed wMBus/Tuya devices available instantly under NDA. Ready to start within 24h and deliver flashable prototype in 7 days. Let's discuss how I can deliver a zero-friction solution that pairs, decodes, and reports consumption to your Tuya app on first power-up—no debugging required. Regards Intellisense Technology

@markoa7

As an experienced electronic hardware and firmware engineer, I have all the skills you need to bring your Tuya ESP WMBus Meter Reader project to life. My strong command over PCB design, including power supply and multilayer designs for embedded systems, makes me well-prepared to provide you with a clean and efficient separation between wMBus decoding and Tuya IoT SDK calls. Moreover, my familiarity with programming microcontrollers such as STM32, DSPIC, ESP32, and ESP8266 enables me to create a fully-working prototype using the precise hardware you've indicated - the ESP8266 or ESP32 for WiFi and Tuya connectivity, combined with CC1101 for RF front end for wMBus. In addition to this relevant experience of mine, my in-depth understanding of wireless technologies including Wi-Fi will be tremendous when it comes to making sure that your readers are OTA upgradable through Tuya. Lastly, my knowledge of signal processing will allow me to guarantee that monthly consumption data is being published at user-defined intervals. By choosing me for this project, you'll be harnessing the power of expertise. With meticulousness as my mantra and innovation as my spirit, I am confident that I can deliver more than what you seek in the given timeframe. Let's get started on turning your idea into a marvelous reality!

@rbtech1984

Hello There!!! ⚜⭐⭐⭐⭐⚜(( Develop ESP-based wMBus meter reader integrated with Tuya Smart app ))⚜⭐⭐⭐⭐⚜ I understand you need a fully functional prototype that reads wMBus S, T, and C-mode frames from household meters, decodes consumption, and pushes the data into Tuya for real-time monitoring on Android and iOS. I have experience with ESP8266/ESP32 firmware development, RF signal decoding with CC1101, and integrating IoT devices into Tuya ecosystems. I can design clean, OTA-upgradable firmware with a reference schematic for easy local assembly. Three main project features: 1. Accurate wMBus decoding and separation from Tuya SDK calls. 2. OTA-upgradable ESP firmware publishing consumption values. 3. Clear wiring diagram, pinout, and test instructions for seamless Tuya integration. I am ready to deliver a working prototype verified on real meters and fully functional in Tuya Smart. Warm Regards, Farhin B.

@hayteekeys

Hi, KINDLY READ THROUGH MY PROPOSAL , I AM THE BEST AT THIS I can build a fully-working Tuya energy device on ESP32/ESP8266 that reads consumption data from an authorized meter interface (P1/HAN/optical/API) and publishes it to your Tuya Smart/Smart-Life app with OTA updates. MY APPROACH - Tuya Integration: Configure the device as a standard energy-type device in Tuya, with correct DPs, units, and scaling so it appears natively in the app. - Firmware Architecture: Clean separation between data source (authorized interface), normalization, and Tuya SDK calls; includes Wi-Fi pairing, OTA, and user-defined reporting intervals. - Hardware: Minimal reference schematic (ESP32/ESP8266 + power + programming header) suitable for local assembly. - Testing: Verify live consumption updates in the Tuya app without custom mobile development. DELIVERABLES Source code (clean, modular, OTA-ready) Pinout/BOM and one-page wiring diagram Flashing, pairing, and verification instructions Test report confirming accurate readings in the Tuya app TO START Which authorized meter interface will you use (P1/HAN/optical/API)? Preferred MCU: ESP32 or ESP8266? Ready to start immediately.

@SBITServices

Hi Zbigniew, I will develop a fully-working prototype using ESP8266/ESP32 for Wi-Fi and Tuya connectivity, along with CC1101 (868 MHz) for wMBus communication. The firmware will decode consumption values, integrate with Tuya account for seamless app integration, and ensure OTA-upgradability. The deliverables will include source code, schematic, instructions, and a test report. Please start the chat so we can discuss this project further. Regards, Sai Bhaskar

@mobiwebsolutions

Hi There!!! The Goal of the project:- DEVELOP A FULLY FUNCTIONAL ESP8266/ESP32 FIRMWARE TO READ WMBUS METER DATA AND PUSH CONSUMPTION VALUES DIRECTLY TO THE TUYA SMART APP. I have carefully read and understood the complete project description and know that the device must decode wMBus S, T, and C-mode frames, remain OTA-upgradable, and display accurate consumption data inside Tuya without additional tools or custom mobile apps. I am the best fit for this project because I have strong experience in embedded systems, Arduino/ESP development, and IoT integration with cloud platforms like Tuya. 1. Firmware development for ESP8266/ESP32 with CC1101 RF front end 2. OTA-upgrade support and Tuya IoT SDK integration 3. Clear pinout/BOM and testing instructions with verification on real meters I provide UI design, database management, testing, full source code delivery, and detailed documentation for easy assembly and deployment. I have 9+ years experience as a full stack developer, including similar IoT and smart meter reading projects with cloud app integration. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@leonidye

Hi! I can deliver a fully working ESP8266/ESP32 + CC1101 prototype that receives wMBus S/T/C-mode frames at 868 MHz, decodes consumption values only, and publishes them into your Tuya account so they appear in the standard Tuya Smart / Smart-Life app (no custom mobile work). I’ll structure the firmware with clean separation between the wMBus receive/parse/decoder module and the Tuya IoT SDK / DP reporting layer, and ensure it remains Tuya OTA-upgradable. I can also provide a minimal reference schematic (pinout + BOM + 1-page wiring diagram) suitable for a quick PCB spin and local assembly. I’ll include step-by-step instructions for flashing, pairing, and verifying live updates at user-defined reporting intervals. My university major is Radar Engineering, so I’m comfortable with RF front-end integration, packet decoding, and signal integrity considerations. Finally, I will validate the solution with two real wMBus meters and provide a concise confirmation test report. Best, Leonid Y.

@markupdudes

Hi, I am confident in delivering a fully functional prototype tailored to your requirements for the Tuya ESP WMBus Meter Reader. With extensive experience in ESP8266/ESP32 firmware development and RF communication, I will design efficient firmware to decode wMBus S, T, and C-mode frames and push consumption data seamlessly to your Tuya account. The project will include cleanly separated source code, a reference schematic for quick PCB assembly, and clear instructions for flashing and pairing to ensure smooth OTA updates and integration with the Tuya Smart app without the need for custom mobile development. I will also provide a thorough test report on two real meters to guarantee reliable performance. I propose completing this within 20 days, ensuring thorough testing and documentation. Can you specify if you have any preferred intervals for data publishing or any particular Tuya device type you want the meter to emulate? Best regards,

@yaroslavmark

✅Okay, I got what you want exactly. I am a Senior Embedded Systems & IoT Engineer with over 10 years of experience, providing ESP8266/ESP32 firmware, sub-GHz RF (CC1101), wMBus protocol decoding, and Tuya IoT SDK integration. In my opinion, the cleanest approach is to run a dedicated wMBus receive/decoder task that filters S, T, and C-mode frames at the RF layer, extracts only validated consumption fields, and hands off normalized values to a lightweight Tuya DP publisher. This keeps RF timing deterministic while ensuring OTA safety and long-term maintainability inside Tuya’s ecosystem. This project is very similar to my previous works. I’ve built an ESP32 + CC1101 gateway that decoded OMS-compliant meters at 868 MHz, handled AES-encrypted payloads, and forwarded usage data to a cloud backend at configurable intervals; another project involved mapping raw sensor values into Tuya “energy” DPs so they appeared natively in the Smart Life app without any custom UI. ✅ So, I will divide your project like following: ⚡ RF bring-up and CC1101 configuration for stable S/T/C-mode reception ⚡ wMBus frame parsing, validation, and consumption-only decoding ⚡ Tuya SDK integration (DP mapping, OTA, pairing) and end-to-end testing ⚡ Reference schematic, BOM, and clear flashing/pairing documentation Via private chatting or meeting, I will provide the creative idea and good tech solution for your project and i want to discuss about the budget and timeline in detail. Best regards. Yaroslav

@DigitaSyndicate

⚠️You are not looking for a coder. You are looking for someone who can build this properly. That is exactly why your project stood out.⚠️ Your vision to capture wMBus S, T, and C-mode frames and seamlessly integrate consumption data into Tuya’s Smart app reflects a commitment to future-proof, user-centric smart metering. This aligns with how we engineer precise, scalable IoT firmware and hardware integrations at DigitaSyndicate. At DigitaSyndicate, a UK-based digital systems agency, we build precision-engineered automation, modern web platforms, and AI-driven systems designed for performance and long-term scalability. Our approach ensures clean separation between protocol decoding and cloud SDK calls, maintaining OTA upgradability and intuitive user experiences without custom mobile development. We recently delivered a similar firmware-hardware integration for an energy monitoring solution on ESP32 and RF front ends. Can you share your main priorities and timeline so I can map out the right execution plan for you? Casper M. Project Lead | DigitaSyndicate Precision-Built Digital Systems.

@volodymyrkoval

Hi, I am excited about the opportunity to develop your wMBus meter reader prototype. With over 10 years of experience in embedded systems, I have the ideal skill set to design the firmware and reference schematic for this project. My expertise in signal processing and the Tuya IoT SDK will ensure seamless integration with your Tuya account, allowing live updates of consumption values. I will deliver detailed documentation, including source code that separates wMBus decoding from Tuya SDK calls, along with a comprehensive wiring diagram and step-by-step instructions for assembly and use. Let's discuss your timeline and any specific requirements to get this project moving forward.

@Feriver

Hello, I understand you’re looking for a fully working prototype that reads wMBus S, T, and C-mode frames from household utility meters, decodes consumption values, and publishes them directly into the Tuya ecosystem as a standard energy-type device. I have experience with ESP8266/ESP32 firmware, CC1101 RF integration at 868 MHz, and cleanly structured embedded code that separates protocol decoding from cloud/SDK communication. I will deliver firmware that reliably captures and parses wMBus frames, extracts only the required consumption data, and pushes updates to Tuya at configurable intervals while remaining OTA-upgradable through Tuya’s platform. Alongside the code, I will provide a minimal reference schematic, BOM, and wiring diagram suitable for local PCB assembly, plus clear instructions for flashing, pairing, and verification in the Tuya Smart / Smart Life app. The focus is a reproducible, stable build that you can compile, deploy, and validate independently. Thanks, Asif

@FranciscoSilvi

Hi there! As you can see in my portfolio, I have extensive experience in hardware and firmware development with the ESP32, including a home alarm system that also operates with the Tuya platform. I consider myself fully capable of delivering exactly what you need. To properly test the firmware, I would like to purchase a CC1101 module, as I don't currently have one in stock since I've been working primarily with LoRa / LoRaWAN. However, with the right amount of time, I can certainly complete the task and provide you with the best possible result. As you might notice, this is not an AI-generated bid like most you see. Because of this, I don't dedicate much time to projects unless I know they will materialize. If you are genuinely interested in moving forward, feel free to message me via chat, and we can both clear up any questions we have! Regards and good luck with your project.

@NEHABHAT92

From my extensive experience in Website and Mobile App development (including with Java, PHP, Android and iOS), I believe I would be a perfect fit for your Tuya ESP WMBus Meter Reader project. Not only have I garnered over 9 years of hands-on experience in the field, but I am also skilled in firmware design, giving me the competency to meet your hardware needs using ESP8266 or ESP32 for Wi-Fi and Tuya connectivity along with CC1101 (868 MHz) as the RF front end for wMBus. I have successfully developed numerous apps that integrate seamless connectivity and well-tailored IoT setups such as this. My firm's emphasis on clean code separation aligns directly with your requirement for a clear distinction between wMBus decoding and Tuya IoT SDK calls. In addition to providing a one-page wiring diagram suitable for quick PCB spin, pinout / BOM, source code for ESP8266/32 and CC1101 (with OTA-upgradability) and thorough instructions, my extra services of cost-effective solution, compatibility assurance and post-delivery support can provide further value. Finally, based on my strong skill set in mobile app testing among other proficiencies like SEO Services and Logo Design that might enhance your project’s completion, I am confident that my proposed designs will not only compile and flash excellently but also update live consumption data accurately giving you no need for additional tools to verify these figures through utmost efficien