MQTT Industrial Data Monitoring Server

@Mahihassi

With a vast range of abilities in embedded systems and firmware combined with significant expertise in MQTT and IoT connectivity, my skills align perfectly with your project needs. Not only will I install and harden a reliable MQTT server for your industrial data monitoring but also structure efficient topic retention policies making it seamless for both JSON and ASCII strings to publish and subscribe. My experience is deeply rooted in developing fault-tolerant, high-performance firmware solutions that you can rely on for your temperature & humidity, machine-performance metrics and energy-consumption readings. Drawing upon my deep understanding of microcontrollers like the ESP32, STM32, and Raspberry Pi among many others, I assure you an operationally excellent server that adheres to the highest security standards through TLS and certificate-based authentication. Furthermore, having tackled numerous projects in industrial telemetry, I have gained comprehensive knowledge in OPC UA/Modbus gateways feeding MQTT. This specialized experience enables me to anticipate challenges specific to such implementations and effectively find solutions. With me on board, you will not only get a competent problem-solver but also someone enthusiastic about working collaboratively as evident from my full-stack competencies. Engage me now for a prompt delivery of your futuristic MQTT Industrial Data Monitoring Server!

@gogora

Hi I have completed about 10 projects that included establishing MQTT data monitoring and analytics client-server modification. Multiple types of data were handled, starting from temperature and humidity (easiest part) and finishing with moving images as binary data. I have worked with industrial telemetry devices like Schneider, Siemens etc. I have also built custom solutions by myself for the automatic aquaponic farms. I can also work with JSON and lightweight ASCII payloads To find a common ground please answer the questions below: 1) How the data is collected? Do you have some middle layer except a server? 2) What are the throughput and performance results to achieve. 3) Can you describe the infrastructure for the client? I’m happy to discuss the details over chat, and I will respond promptly. Thanks for your attention Archil

@Abhi78331

As an experienced developer, I have successfully built and secured MQTT servers for various purposes over the last 5+ years. With respect to your project, I am well-equipped to install and harden an MQTT broker of your choice (recommended: Mosquitto, EMQX) along with TLS and authentication methods, ensuring a robust and secure system. Understanding the intricacies of topic structures and retention policies, I will design them not only for easy publishing and subscribing of JSON payloads but also ensure lightweight ASCII strings operate seamlessly. In addition to this, I can provide brief documentation on publisher and subscriber scripts that showcase successful end-to-end delivery for each data type. To guarantee that our solution satisfies your message volume needs, I will conduct rigorous performance tests measuring latency and throughput. The final hand-off will include comprehensive source configurations, scripts, and an informative README outlining installation, startup, and backup procedures for easy future use.

@chanakalin

Hi, I have strong hands-on experience in both IoT and Linux, and this is exactly the kind of project I've done before. I can put together a live demo (within few hours) for your consideration before you make any decision on my bid. Final delivery will be a Git repository with all scripts, configurations, and a step-by-step guide so you can reproduce everything from scratch on your own. Let me know if you'd like to proceed with the demo. Best regards, Chanaka

@Hrolgar

Topic hierarchy is worth getting right from the start on an industrial MQTT setup. A flat structure works fine at small scale but becomes a retention and ACL nightmare fast, so I'd design around something like factory/{site}/{device_type}/{device_id}/{metric} from day one, with per-prefix retention policies rather than a global setting. For the broker I'd go Mosquitto, listener-level TLS with mutual cert auth, password fallback, and per-category ACLs. The cert chain is where these deployments get sloppy, server cert, CA bundle, and client cert validation all need to be in the right order, otherwise TLS is just cosmetic. I'd set that up properly and verify it before handoff. Sample publishers and subscribers in Python, one script set per reading type (temperature/humidity, machine metrics, energy). JSON payloads with timestamps, device IDs, and SI units. I'd include a subscriber that logs to stdout and one that writes to a flat file, so you can see both patterns. For the performance test I'd do a throughput sweep, ramp message rate up from 100/s until the broker starts queuing, record p50/p99 latency at each step, and hand you a short table with actual numbers from a real run. Deliverable in 3 days: broker with TLS and auth configured, topic structure and ACL rules documented, sample scripts for all three sensor categories, a latency/throughput table, and a setup doc covering how to add a new device type or sensor later. Is this going on existing hardware or a new VPS?

@iimtpradeepdash

OPC UA and Modbus-to-MQTT bridges feed industrial metrics to Mosquitto in several production plants I manage. Your use case—three telemetry streams, with strict security—maps directly to how I build these: hardened Mosquitto with user/cert auth, separate topics per stream, JSON- and ASCII-friendly retention, and client scripts for test and demo. I’ll set up on your preferred OS, secure traffic with TLS, document the config, and supply both Python and Bash test clients. Latency and throughput test results come from realistic payload sizes, not just a hello-world ping. What peak message rates and payload sizes do you expect per stream? That decides tuning and limits. Pradeep

@mobasherreza10

Coming from a diverse background in both software development and aesthetic design, I offer a unique perspective to your industrial data monitoring server project. My skills in web and cloud technologies, specifically utilizing tools like Mosquitto and EMQX, will allow me to set up a highly secure and efficient MQTT broker for you. I understand the significance of data retention in industrial environments, so I'll ensure that the topic structure accommodates various data types and is capable of handling expected message volumes with minimal latency and high throughput. While I haven't specifically worked on industrial telemetry or OPC UA/Modbus gateways feeding MQTT, my extensive experience with MQTT combined with my ability to navigate through different tech stacks swiftly makes me confident in my potential to deliver beyond your expectations. Additionally, I work with a DevOps-driven approach meaning high-quality code is just part of what you can expect.

@Webslinger01

I’ve built and deployed MQTT-based monitoring systems for industrial clients, including an irrigation monitor where ESP32 nodes published sensor data to a Mosquitto broker with a React dashboard consuming live streams under 200ms latency. Your project fits exactly what I do. I handle the full stack — firmware, broker setup, backend APIs, and frontend dashboards — so there’s no handoff between vendors. I’ve also implemented TLS on ESP32 for secure MQTT communication, which seems relevant given industrial data sensitivity. The budget and scope look straightforward. I’ve shipped similar systems for clients in India before, so time zones won’t be an issue. Let me know if you want to discuss the architecture or any specific requirements.

@ahmadraza001912

Hi, Three live data streams — temperature & humidity, machine-performance metrics, and energy-consumption readings — over MQTT is a pretty standard industrial telemetry pattern, but the hardening part is where most setups cut corners. TLS + certificate-based authentication with proper ACL topic isolation is non-negotiable in plant environments. Here's what I'd set up: - EMQX (my recommendation over Mosquitto for this scale — better dashboard, rule engine, and built-in performance metrics) - TLS with self-signed CA + per-device certificates - Topic structure with JSON payloads and ASCII strings cleanly separated by device/type - Python publisher/subscriber scripts for each data type with latency/throughput test results - Full hand-off package: configs, scripts, and a read-me covering installation, startup, and backup steps I've deployed production Linux servers on AWS/VPS with Python-based integrations and have the sysadmin depth to lock this down properly. One question: are the three data streams coming from separate PLCs or a shared gateway — and do you already have OPC UA or Modbus bridges in place, or is this raw MQTT from the devices?

@sanarena

Hi, I’m Armin Nikdel. I’d set this up with Mosquitto unless you need EMQX clustering now: it is lean, well-tested, and easier to harden for a single industrial telemetry broker. I can configure TLS, username/password or certificate authentication, topic naming for temperature/humidity, machine metrics, and energy readings, plus sensible retention for JSON and lightweight ASCII payloads. I’ll prepare sample publisher/subscriber scripts for all three streams, run a latency/throughput test with clear results, and add a short readme covering startup, backups, and extension points. I’ll use server-side validation where the scripts accept input, least-data logging, rate limiting where appropriate, and a backup-friendly config layout. My bid is INR 37500 with delivery in about a week. One blocker before starting: do you already have the analytics endpoint format/topic expectations, or should I define a clean topic and payload convention for the first version?

@sgwtechnology

Hi, I can set this up using EMQX (preferred for industrial-scale MQTT) with TLS encryption, certificate-based auth, and hardened broker configuration for production use. I’ll design a clean topic hierarchy for your three streams (telemetry, machine metrics, and energy data) with appropriate QoS and retention rules. You’ll get working Python publisher/subscriber scripts, end-to-end testing for all streams, and a lightweight load test (latency + throughput results). I’ll also include full deployment configs, security settings, and a clear handover guide. Timeline: ~4–6 days for setup, testing, and documentation.

@maheshverma6831

As the founder of Vision Craft Experts, I have more than 4 years’ experience developing custom software solutions, which aligns perfectly with the requirements of your MQTT Industrial Data Monitoring Server project. My skillset includes hands-on knowledge in several relevant technologies, including Java, Laravel, PHP, React.js, Node.js and more. With such a diverse proficiency under one roof, your project can rest assured it will receive a holistic approach backed by deep understanding and expertise. Moreover, I have an in-depth knowledge of setting up robust MQTT brokers like Mosquitto and EMQX with necessary security features for assured reliability. In addition to MQTT management, I possess significant experience in troubleshooting and performance tuning which will ensure your system operates optimally and delivers data effortlessly to your analytics layer.

@guruvenkat

Hello I am having 15+ years experience in PHP/MYSQL, C++, python and Flutter Development. I can help you to do this task very quickly. Thanks Venkateswaran

@nemanjam41

Hello, I have reviewed your project details. The following is the part of my project that receives data from an MQTT server. ======================================= [mqtt] [kbeacon-ingestion] REJECTED: Unregistered device detected (dmac: BC57291CD6C8). Device must be pre-registered by admin before data ingestion. [mqtt] [kbeacon-ingestion] REJECTED: Unregistered device detected (dmac: BC57290369C0). Device must be pre-registered by admin before data ingestion. [mqtt] [kbeacon-ingestion] REJECTED: Unregistered device detected (dmac: BC572900469C). Device must be pre-registered by admin before data ingestion.

@CarlosSilvDev

I can build this as a secure MQTT telemetry gateway, not just a basic broker install. Approach: 1. Confirm server target: cloud VPS or on-prem Ubuntu, expected message rate, and analytics destination. 2. Install and harden Mosquitto for a lean setup, or EMQX if you want a stronger management UI / scaling path. 3. Configure TLS, users/certificates, ACLs, topic naming, retained-message rules, and payload conventions for JSON plus lightweight ASCII strings. 4. Create sample publisher/subscriber scripts for temperature/humidity, machine performance, and energy consumption. 5. Run a small performance test and deliver latency/throughput results with the test method. 6. Hand off configs, scripts, and a README for install, startup, backup, credential rotation, and extending topics/devices. Bid: 56,250 INR / 7 days. Please fund the Freelancer milestone before production work starts. Assumptions: you provide server/VPS access, domain or IP, expected volume, sample payloads, and analytics endpoint or destination format. If OPC UA/Modbus gateway integration is needed beyond MQTT sample inputs, I would quote that as a second milestone after the broker is proven. Not included in this milestone: hardware installation, plant network rewiring, full analytics dashboard, large historical-data migration, HA cluster, or custom OPC UA/Modbus driver development unless explicitly added.

@sunilm199

Hello, I am interested in your project. I can complete the work accurately and on time. I am a hardworking and quick learner. I will follow your instructions carefully and provide high-quality results. I am ready to start immediately. Thank you for your consideration.

@bhargav922002

Hello, I hope you're having a great day. I've delivered several MQTT and Linux server builds for production telemetry. Recently I set up Mosquitto on Ubuntu, enforced TLS with client certificates, and bridged Modbus telemetry via Node-RED to support about 500 messages per second for machine metrics. I'd start by installing Mosquitto, applying TLS and ACLs, and defining topic and retention policies for JSON and ASCII payloads. I'll provide Python paho-mqtt publisher/subscriber scripts, a small MQTTBench test, and brief docs. No fuss. If you have ten minutes, I'd like to compare notes on expected message size and whether you prefer password or certificate-based auth for the plant gateways. Thank you, Bhargav -

@thinkbotictech

Hi I can deploy a secure, production-ready MQTT broker with TLS authentication, design an optimized topic hierarchy, create publisher/subscriber scripts for all three telemetry streams, perform performance testing, and deliver complete documentation for deployment and maintenance. Questions: 1. Which cloud or server environment will the MQTT broker be hosted on (AWS, Azure, VPS, on-premise, etc.)? 2. Will the industrial devices publish directly to MQTT, or will data first pass through an OPC UA/Modbus gateway? if looking for expert then lets connect (expereince 7 yrs in development)

@shaxzodj

With my robust skills in Linux administration, system troubleshooting, and network diagnostics, I am well-equipped to build and secure the MQTT server required for your industrial data monitoring project. I have a proven reputation in setting up production-ready servers such as Mosquitto and EMQX - tucked securely behind TLS encrypted authentication - maintaining top-notch security throughout. My familiarity with user/password and certificate-based authentication ensures further layer of protection. Moreover, my extensive experience in working with system and network infrastructure, in addition to my proficiency in CLI/SSH automation, perfectly aligns with the tasks involved in your project -a key aspect being the design of topic structure. I can skillfully design a structuring system that handles JSON payloads smoothly while accommodating lightweight ASCII strings without any hassle. In addition to this, I possess strong documentation skills which will come handy while providing you with comprehensive descriptions on how to extend the scripts given. In conclusion, whether it's securing systems or solving critical issues efficiently, my focus always remains on delivering reliable solutions such as what your project demands that guarantee accuracy and security in professional contexts like industrial environments. Please feel free to reach out so we can discuss more about the approach and specific timeline suited best for you. Let's get started!