Custom 5-in-1 LoRaWAN Kit

@Mahihassi

As an accomplished embedded engineer with a specialization in IoT and energy management solutions, I see your Custom 5-in-1 LoRaWAN Kit project as a perfect opportunity to merge my skills and your vision. With a comprehensive understanding of industrial-grade sensors, I can not only help you select the best-in-class components but also ensure they're seamless integrated into the design for optimal performance. With regards to LoRaWAN, I have extensive experience working with Semtech's stack which offers compatibility, security, and low power consumption; essential for your project's long-term maintainability. For the dashboard, I propose leveraging popular frameworks like Grafana or ThingsBoard depending on your specific needs. In order to give you a complete solution, I am also well-versed in building web applications that enable real-time monitoring - ensuring your need for historical trends and alert flags is met. In terms of my approach, I believe in 'end-to-end' responsibility; from understanding the core problem through to delivering functional results. Using this mindset, along with my proficiency in PCB layout design and meticulous attention to detail in firmware coding, you can be assured of a stable product with robust data flow across all five sensors.

@MuhammadUzair16

Hi I am an embedded systems engineer with over 16 years of experience. I have built LoRaWAN metering and sensor gateway systems where reliability of pulse counting, energy data capture, retries, and clear dashboard visibility mattered more than just getting packets online. For this kit I would first lock the BOM around globally available LoRaWAN-compliant parts, with special attention to certified energy metering and dry-contact/pulse water metering so the core consumption data is dependable. For the network side I can use ChirpStack or The Things Stack with MQTT into a web dashboard, either Node-RED/Grafana for a maintainable prototype or a lightweight React/Flask stack if you want a more custom interface. On firmware I would use the vendor LoRaWAN stack, LoRaMac-node/STM32WL, or LMIC depending on the final hardware. Low-power work would include proper sleep states, confirmed/unconfirmed uplink strategy, adaptive data rate, sensible reporting intervals, interrupt-based pulse counting, and watchdog/rejoin handling. I can support the full pipeline: BOM, wiring/pinouts, flashed prototype or remote build guide, gateway setup, dashboard, enclosure guidance, test report, and documentation so the kit can be reproduced later. A few details to confirm are target region/frequency plan, required meter accuracy class, and whether the dashboard should be hosted locally or in the cloud. Please contact me to discuss details.

@chiragpipal

⚠️ If you're not happy, you don’t pay. ⚠️ Hi there, Thank you for sharing the detailed project brief. I can build your compact LoRaWAN energy and water monitoring kit using top-tier hardware with a comprehensive design. I will deliver: • Detailed BOM with supplier links • Wired and flashed prototype • Setup indoor gateway with network server connection • Real-time web dashboard with trends and alerts • Firmware source and build instructions • End-to-end data flow test report • User and setup manual You will also receive personalized recommendations for LoRaWAN stack, dashboard frameworks, and low-power optimization techniques. I am confident I can professionally execute your vision. Looking forward to discussing further steps. Best regards, Chirag.

@abdurRafiqM

HI, I am an experienced electronics and PCB Design engineer, specialised in use of ECAD software such as Altium Designer, KICAD, EasyEDA, etc. for the the design of electronics and PCB. I will design your projects to meet your Requirements and the industry standard. I do all kinds of circuits such as Power delivery circuit, Sensor Integrated Circuits, wireless control, MCUs etc. I will deliver the following. The Schematics for your Design The PCB for the design Bill of materials(If needed) Gerber, Pick and Place and other manufacturing and assembly drawings needed. Full Support and consultancy till the project is done. Kindly send me message for my previous designs and also so we can discuss further on your project I look Forward to working with you. Best Regards, Abdur-Rafiq

@mobiwebsolutions

✋ Hi There!!! ✋ THE GOAL OF THE PROJECT:- TO DESIGN AND DEVELOP A COMPLETE 5 IN 1 LORAWAN IOT KIT WITH HARDWARE INTEGRATION FIRMWARE DEVELOPMENT GATEWAY SETUP AND REAL TIME WEB DASHBOARD I have carefully reviewed your requirement to build a fully integrated LoRaWAN based monitoring system with reliable energy and water tracking along with sensor fusion and dashboard visualization. I am best fit because I specialize in IoT systems, embedded firmware, and full stack dashboard development for real time data monitoring solutions. 1 Selection and integration of LoRaWAN compatible sensors with complete BOM and sourcing guidance 2 Firmware development, gateway setup, and secure data transmission using reliable LoRaWAN stack 3 Web dashboard with real time monitoring, historical analytics, and alert based visualization system UI design, database management, testing, full source code delivery at project completion, and complete documentation with schematics included. 9+ years experience as a full stack developer I have completed similar IoT and sensor based monitoring projects involving LoRa systems, dashboards, and embedded integrations. Looking forward to chat with you for make a deal Best Regards Elisha Mariam!

@rbtech1984

Hi There!!! ★★★★ ( End-to-end LoRaWAN 5-in-1 monitoring kit with scalable dashboard ) ★★★★ Project understanding: You need a compact LoRaWAN solution combining energy meter, water meter, PIR, temperature and humidity sensing into one gateway with a unified web dashboard. The project includes hardware selection, firmware, integration, testing and complete documentation for future scalability. ⚜ LoRaWAN hardware selection & BOM preparation ⚜ Sensor integration, firmware & gateway configuration ⚜ Indoor gateway with LoRaWAN network server setup ⚜ Real-time dashboard with trends & alert monitoring ⚜ Enclosure guidance, schematics & pinout documentation ⚜ End-to-end testing with validation reports ⚜ Complete build guide & user documentation I have experiance in IoT systems, embedded development and web dashboards. I would recommend LoRaWAN using ChirpStack, MQTT and Node-RED/Grafana for a scalable architecture with low-power optimization and easy future expansion. Let’s discuss your deployment requirements and begin with the hardware selection. Warm Regards, Farhin B.

@julianm260

With my extensive background in RF engineering, embedded systems and power distribution design, I am confident that I can deliver a top-notch, fully-functional 5-in-1 LoRaWAN Kit that will meet and exceed your expectations. My eight years of experience has taught me to design robust hardware solutions, such as the kit you're envisioning, from concept all the way through to final implementation - always keeping safety, reliability and performance standards in mind. I understand that sourcing the best hardware within LoRaWAN standards might be a daunting task but fear not! My expertise extensively covers researching and procuring globally-available components without compromising quality. Additionally, I intend to use a scalable LoRaWAN stack for long-term maintainability and plan on employing renowned dashboard frameworks to give you real-time reading measurements, historic trends and necessary alert flags. Ultimately, selecting me for this project is entrusting your vision to a seasoned professional with proven skills in delivering high-quality IoT solutions. I guarantee you clear documentation along with build instructions, pinouts/schematics, firmware source and test reports proving end-to-end data flow - in essence, complete coverage of all the deliverables outlined. Your project requires a skilled engineer like me who excels in troubleshooting and system integration, and I am eager to bring this 5-in-1 kit to life for you.

@mahmoudralizadeh

Custom 5-in-1 LoRaWAN Monitoring System 1. Project Overview The objective is to design, deploy, and integrate a robust 5-in-1 monitoring solution. By adopting a decentralized 3-node architecture (Water Meter Node, Energy Meter Node, and Gateway/Dashboard Hub), we ensure maximum reliability, simplified cable management, and professional-grade industrial performance. 2. Technical Architecture A. End-Nodes (Water & Energy Monitoring) To ensure long-term stability and minimal power consumption: Hardware: ESP32 With LoRaWAN Energy Node: Integration with high-accuracy metering modules via Modbus/RS485/Pulse output to ensure non-invasive and safe measurement. Water Node: Interrupt-driven pulse counting with opto-isolated inputs to filter electrical noise from the building environment. Firmware: Implementation of ultra-low-power sleep modes, custom binary packet structures (to minimize airtime/latency), and Watchdog Timers (WDT) for autonomous recovery. B. Gateway & Server (Raspberry Pi Hub) The server acts as the heart of the system, providing both data processing and the user interface. Gateway: High-performance LoRaWAN Concentrator HAT (RAK/Semtech-based) for full-range coverage. Backend: Local execution of ChirpStack (LoRaWAN Network Server) and Mosquitto MQTT Broker to ensure data security and offline operation. Node-RED Integration: A unified server-side logic handler that manages: Binary-to-JSON parsing. Data logging to a robust local database (SQLite/InfluxDB). System diagnostics and alarming (Leaks, Abnormal Power Usage). 3. Web Dashboard (User Experience) I will deliver a custom HTML5-based dashboard integrated directly into Node-RED. This eliminates the need for expensive cloud subscriptions and provides a high-speed, local web application featuring: Real-time Gauges: Voltage, Current, Power (W), Water Flow (L/min). Historical Trends: Daily/Monthly consumption graphs (KWh & Liters). Status Indicators: Real-time health monitoring of all nodes. 4. Engineering Priorities for Reliability As an experienced engineer, my deployment strategy prioritizes: EMI/EMC Protection: Using shielded cabling and opto-isolation for all sensitive sensor inputs. Storage Longevity: Utilizing external SSDs and log-management strategies on the Raspberry Pi to prevent SD-card corruption. Power Resilience: Integrating a UPS HAT for the Raspberry Pi to ensure continuous operation and safe data shutdown during power outages. 5. Implementation Roadmap Phase 1 (Proof of Concept): Testing individual node communication with the LoRaWAN gateway. Phase 2 (Integration): Firmware development, binary payload optimization, and MQTT data flow setup. Phase 3 (Dashboard Development): UI design in Node-RED and database configuration. Phase 4 (Testing & Documentation): End-to-end performance testing, range verification, and providing a comprehensive technical manual for the system. 6. Closing I bring many years of experience in designing and scaling industrial IoT systems. My focus is not just on “making it work,” but on building a system that is easy to maintain, globally sourceable, and robust against the realities of building automation. Mahmoudreza A.

@electronicsdone

Hi, The biggest risk in this project is not integrating multiple LoRaWAN sensors—it is ensuring reliable low-power communication, accurate data collection, and seamless interoperability between all devices, the gateway, and the web dashboard without compromising long-term stability. I have 30 years of experience in LoRaWAN, ESP32 development, IoT systems, embedded hardware, sensor integration, PCB design, and cloud-connected monitoring solutions. I have successfully delivered smart monitoring and wireless sensor projects from prototype through deployment. For this project, I would focus on: 1. Selecting reliable LoRaWAN-compatible hardware for energy, water, occupancy, temperature, and humidity monitoring. 2. Developing a robust gateway and dashboard with real-time data visualization, historical trends, and configurable alerts. 3. Optimizing the overall system architecture for low power consumption, reliable communication, and future scalability. The goal is to deliver a complete, production-ready 5-in-1 LoRaWAN monitoring kit that provides accurate data, reliable wireless connectivity, and an intuitive dashboard for efficient building monitoring. ✅ A Few Quick Questions: 1. Do you have a preferred LoRaWAN network server? 2. Which LoRaWAN frequency band will the devices use? If you message me, I can outline the most practical LoRaWAN architecture, hardware selection, and dashboard solution to ensure a reliable and scalable system. Best regards, Prat PCB Must Innovations

@Muhammadzeesha59

Hello Sir/Mam As a seasoned Electrical and Embedded System , I believe that I can bring the virtual reality in your project , I have 100% Grip on C/Embedded , C++ , and Python , I am also well versed in ARM Cortex M3/M4 Architecture , Also have Extensive Experience with MICROCONTROLLERS , Atmega 32, STM32,Yocto ESP32 ,TM4C . I have a great Grip on ARDUINO , MATLAB , PCB LAYOUT and IOT Applications . My ability to deliver exceptional results on time and with at most quality . Please come on chat to discuss more about project. I will be waiting for your response. Thank you !

@muhammadsaad90

Hi, what you’re building only works long-term if every sensor, gateway, and dashboard speaks the same LoRaWAN language with stable telemetry from day one, not a collection of loosely connected devices. I’ve built production IoT-style data pipelines where reliability depended on clean MQTT flows and tightly controlled firmware behavior rather than just hardware selection. I’d use a ChirpStack-based LoRaWAN stack (or The Things Network depending on hosting preference), MQTT as the backbone, and a Node-RED + InfluxDB + Grafana setup for real-time and historical dashboards, with low-power firmware patterns like deep sleep cycles, ADR tuning, and event-driven reporting on STM32 or ESP32-class devices. The result is a system that stays maintainable, expandable, and easy to reproduce from BOM through firmware and dashboards without vendor lock-in. What indoor coverage area and number of floors should I design the gateway placement and sensor range assumptions around? Best regards, Muhammad Saad K

@crauch66

Hello, Client. I reviewed your LoRaWAN 5-in-1 kit requirements and the attached smart home framework carefully, and I can help design a complete, reproducible system covering sensing, LoRaWAN communication, gateway setup, data storage, dashboard visualization, alerts, and future AI/control expansion. I will focus first on rock-solid energy and water monitoring, then integrate temperature, humidity and occupancy sensing into one unified dashboard. My proposed approach: • Select globally available LoRaWAN energy/water/sensor hardware • Prepare BOM with supplier links and rationale • Set up indoor LoRaWAN gateway with ChirpStack or The Things Stack • Configure MQTT/HTTP data flow to cloud/database • Build dashboard for live readings, historical trends and alert flags • Prepare firmware/payload decoders, pinouts, schematics and build notes • Add a clean structure for future AI demand prediction, optimization and control outputs • Provide PDF/Markdown setup and user manual • Deliver test report proving end-to-end flow from each sensor to dashboard Stack I can use: LoRaWAN Class A devices, RAK/Milesight gateway options, ChirpStack/The Things Stack, MQTT, Node.js/Python, ThingsBoard/Grafana-style dashboard, and low-power sleep/reporting intervals. For mains energy wiring or pump/valve control, final live installation should be handled by a qualified electrician, but I can define the integration and testing process clearly.

@rakhshanz3

As an experienced technology professional with a strong background in software engineering, AI, and extensive knowledge in LoRaWAN systems, I would be the perfect fit for your LoRaWAN project. Throughout my 20-year career, I have consistently demonstrated my ability to deliver end-to-end projects of this scale and complexity. With my expertise in Artificial Intelligence, I can help optimize the overall solution for low-power consumption while ensuring reliable real-time data flow across all five sensors. Additionally, given my deep understanding and experience working with diverse software and hardware systems like SaaS applications, APIs, and database management, I am confident that I can create a powerful and maintainable stack for your solution. Moreover, providing clear documentation is essential when building a custom kit like yours. My experience as a lecturer equipped me with strong communication and teaching skills which will enable me to deliver an easily reproducible kit with detailed user manuals. Finally, my commitment to customer satisfaction ensures that not only are the mandatory deliverables met but also the solution is highly scalable and future-proof due to thorough testing and quality maintenance throughout its lifecycle. Let’s maximize your building snapshot abilities together!

@joshuak485

Hi, this is Joshua from Davis. I have strong experience building connected hardware systems and turning them into reliable products. You want one compact LoRaWAN kit with accurate energy and water monitoring, plus occupancy and climate sensing. You also need the full path from hardware choice to dashboard, testing, and clear documentation. I can build this as a clean, maintainable system with proven parts and a reproducible setup. I would use a standard LoRaWAN stack with an indoor gateway, a network server, and a web dashboard for live and historic data. I can handle device integration, firmware, schematics, enclosure planning, and test validation. For long term support, I would keep the design modular, use low power sleep modes where possible, and choose globally available components. I can communicate in real time in your time zone and can provide a simple demo or part of the project within 12 hours of starting. Q1: Do you prefer a specific LoRaWAN network server, or should I recommend one? Q2: Should the energy and water meters be clip on, inline, or utility grade? Q3: Do you want the dashboard in a custom web app or a stack like Grafana and InfluxDB? Best regards, Joshua

@muhammada742

Hello, I understand that you need Custom 5-in-1 LoRaWAN Kit , and I can help you achieve the exact result you're looking for. I believe clients don't just need someone to complete a task—they need someone reliable who understands requirements, communicates clearly, and delivers quality work on time. That's exactly what I focus on with every project. With proven experience working with clients across different industries, I always aim to provide solutions that meet expectations and create real value. Why work with me? ✔ Quality-focused approach ✔ Fast and professional communication ✔ Attention to detail ✔ On-time delivery ✔ Commitment to client satisfaction Before we get started, I'd love to learn more about your goals and any specific requirements you may have. Let's discuss your project and find the best way to make it a success. Best Regards, Muhammad Abdul Samee

@WebGraphics4You

Hello, As a freelance web developer with graphic design expertise, I can bring your ambitious LoRaWAN project to life in an imaginative and functional way. My knack for combining artistic design with technical development aligns perfectly with your goal of creating a 5-in-1 LoRaWAN Kit that stands out not only through its functionality but also its aesthetic appeal. This unique combination equips me with the skills to fashion head-turning visuals while ensuring seamless performance - a striking logo, equally impressive dashboards, and dependable code are all in my wheelhouse. Having worked extensively with HTML, CSS, JavaScript, Bootstrap, I am confident in my ability to handle the entire pipeline of your project - from BOM selection to hardware integration and set up of indoor gateway. If needed, I am also proficient at designing packaging and protective enclosures thus ensuring the safety and longevity of your kit’s hardware components. Lastly, I understand the importance of long-term maintainability. To ensure easy upgradability and broad compatibility for your LoRaWAN Kit, I plan to use renowned stack like "The Things Network" while employing low-power design tricks to optimize energy consumption & overall performance. My commitment extends beyond delivering the project as expected to providing you with well-documented firmware source, build instructions, schematics, test report and user & setup manual in PDF/Markdown. Let’s pa Thanks!

@jay8mac

Lets chat, a free consultation and no obligation. I understand you need a clean, professional, and user-friendly solution for your "Custom 5-in-1 LoRaWAN Kit" project. My skills in PHP, Java, JavaScript are a perfect fit for this project. While I am new to freelancer.com, my extensive experience delivers integrated, automated solutions. Regards, Jason McLachlan

@thenamanpatel

Hello, I am an Embedded Systems and IoT developer with hands-on experience in designing sensor-based monitoring systems using ESP32, LoRa/LoRaWAN, wireless communication protocols, and real-time dashboards. Recently, I developed a wearable IoT-based air quality monitoring system integrating an in-house fabricated NO₂ sensor with an ESP32 for real-time environmental monitoring. The system involved wireless communication, sensor data acquisition, low-power operation, and dashboard-based visualization, giving me strong experience in embedded systems and IoT architectures. For your 5-in-1 LoRaWAN kit, I can handle: ✔ Hardware selection and BOM preparation ✔ LoRaWAN node and gateway integration ✔ Firmware development for all sensor nodes ✔ Integration of energy, water, PIR, temperature, and humidity sensors ✔ Real-time dashboard with trends and alerts ✔ Functional testing and complete documentation Proposed Stack: ChirpStack + Semtech LoRaWAN stack, ESP32 with SX1276/SX1262 modules, RAKwireless/Milesight gateway, Node-RED, InfluxDB, Grafana, and MQTT. I will implement low-power techniques including deep sleep, duty cycling, and event-driven transmission. Deliverables include firmware source code, BOM, schematics, dashboard deployment guide, test reports, and setup documentation. I would be happy to discuss your requirements and recommend a scalable, maintainable solution.

@neritiziano

I'm a electronics technician with 13+ patents in wireless systems and embedded firmware. I've built similar multi-sensor LoRaWAN deployments—including a telemetry gateway handling NMEA2000 integration and remote sensor arrays over LoRa. For your 5-in-1 kit, I recommend proven components: Murata or Bosch modules for environmental sensing, IEC62053-21 compliant energy/water meter chips (e.g., Analog Devices ADE7953), and a commercial LoRaWAN gateway (RAK or Dragino) paired with The Things Stack open-source network server. Firmware will run on nRF52/ESP32 with Zephyr RTOS for rock-solid low-power management. I'll deliver: full BOM with supplier links, complete schematic/PCB layout, flashed prototypes with functional test report, web dashboard (React + backend), and reproducible build documentation. I use proven LoRaWAN stacks and prioritize long-term maintainability from day one. Which LoRaWAN region (EU868, US915, etc.)? Do you prefer open-source gateway or commercial? Any specific energy meter protocol requirement (Modbus, pulse output)?