Custom IoT Cloud Application and Dashboard Development

@Srashtasoft

Hello, We have strong experience building IoT telemetry and real-time monitoring platforms and can help develop your complete cloud-based flow meter monitoring system. We can handle: • Secure cloud backend & database setup • MQTT / Modbus / REST / TCP-UDP integration • Real-time dashboard for flow data, totalizer, device health & history • Scalable API and telemetry ingestion architecture • Responsive web dashboard with alerts and reporting Recommended stack: • React/Vue frontend • Node.js/.NET backend • PostgreSQL/InfluxDB for telemetry storage • AWS/Azure cloud deployment A few quick questions: ====================== How many devices will connect initially? What is the telemetry frequency? Do you need alerts/notifications in phase one? Which protocol is most likely used by the Siltech devices? We’re available for a call this week to discuss scope, timelines, and architecture. Best regards

@ThynkLoop

Hi, I can help you develop the custom IoT cloud application and monitoring dashboard for your electromagnetic water flow meter system with secure telemetry ingestion, cloud storage, real-time visualization, and protocol integration. I have experience with IoT telemetry systems, MQTT/HTTP integrations, cloud backend development, industrial monitoring dashboards, database management, and real-time data visualization platforms. I can deliver a scalable and maintainable solution tailored for multi-device monitoring and future expansion. > Proposed Approach: Cloud Backend & Database * Secure cloud server setup * Real-time telemetry data storage * Scalable database architecture for multiple flow meters Protocol Integration * MQTT broker integration * HTTP/HTTPS API endpoint handling * TCP/UDP or Modbus integration support based on device protocol Dashboard Development * Real-time flow-rate visualization * Totalizer and historical logs * Device-health monitoring dashboard * Responsive and user-friendly UI Reporting & System Integration * Historical reports and analytics * API integration support for future systems * Secure and scalable architecture design > Deliverables: * Cloud backend application * Database setup/configuration * Real-time monitoring dashboard * API/protocol integration * Documentation and deployment support

@andersonc644

Hello there, Migrating live device telemetry away from a client's cloud to your own infrastructure is straightforward — until the protocol documentation arrives and the device speaks something unexpected. Built a full-stack IoT dashboard for an industrial monitoring client running 30+ remote sensors. MQTT broker on AWS handled inbound telemetry, TimescaleDB stored time-series flow data efficiently, and the React dashboard showed real-time readings alongside historical logs. Device reconnection and data gap handling were built in from the start — not patched in later. The Siltech device documentation will determine the exact listener configuration. MQTT is the cleanest path if supported, but the architecture I'd propose works across all four protocols you listed without rebuilding the backend per device type. Before the call this week — do you have the Siltech API documentation ready, or is extracting that still in progress?.

@NEHABHAT92

Having spent considerable time in the field of mobile and web development, I am fully equipped to handle your IoT cloud application and dashboard needs. Over the course of my 9+ year career, I have successfully crafted comprehensive solutions for a myriad of clients. The thrust of my work has been providing effective IT services that transform ideas into reality, which aligns perfectly with your goal for this project. With a deep understanding of various communication protocols such as MQTT, Mod bust Protocol, HTTP/HTTPS Webhooks, TCP/UDP Raw Sockets, I can easily configure your receiver based on the Siltech devices' communication protocol. Besides, designing and implementing secure and scalable cloud architectures integrated with powerful databases has become second nature to me. Last but not the least, my skill set also includes frontend design that emphasizes clean and responsive dashboards. Visualizing real-time data, especially for monitoring purposes, is central to enhancing user experience—which is something I genuinely value. By entrusting your project to me, you get guaranteed dedication to quality work, strong alignment with project goals, enriched by effective cost management and extensive support beyond delivery. Choose me for solutions that are precisely tailored to meet your unique project necessities.

@abhishek060

Hello Mahboob, I can help build the complete cloud-based monitoring platform for your flow meter system, including secure telemetry ingestion, cloud storage, and a real-time monitoring dashboard. The system can include: * Cloud backend and database setup * Real-time flow monitoring dashboard * Historical logs and reporting * Device health/status tracking * Multi-device support * Responsive web interface I also have experience with: * MQTT integrations * REST/webhook APIs * TCP/UDP socket communication * IoT telemetry systems * Real-time dashboards and cloud deployments Recommended stack: * Node.js or Python backend * PostgreSQL/TimescaleDB * React dashboard frontend * AWS or Azure cloud hosting One thing I’d strongly recommend is designing the telemetry ingestion pipeline carefully from the beginning to ensure scalability and reliable data logging as more devices are added. A few quick questions: 1. Approximately how many devices will be connected initially? 2. Will real-time alerts/notifications also be needed? 3. Can the Siltech devices already be configured to redirect data to a custom endpoint? I’d be happy to schedule a call this week to discuss the architecture and implementation approach further. Thanks, Abhishek

@mitra36

As the founder of Mitraa Technology, I am uniquely positioned to deliver on your custom IoT cloud application and dashboard development project. We have extensive experience in web and mobile application development, cloud computing, and importantly, data engineering and analytics- which are all incredibly relevant for this job. Our knowledge of protocols like MQTT, Mod bust Protocol, HTTP/HTTPS Webhooks (REST API Endpoints), and TCP/UDP Raw Sockets will enable us to efficiently handle the communication challenge you mentioned. One area where we particularly shine is in our ability to fully grasp a project's unique needs and deliver innovative solutions accordingly. In this case, we understand your requirement to transition from using your client's cloud to your own setup- creating a more effective data transmission process. We are adept at designing secure and scalable cloud backends, as well as building clear, responsive dashboards offering real-time visualization of data; these skills will be very useful in meeting your needs. Overall, my team at Mitraa Technology are committed to delivering quality work on time and within budget. I look forward to speaking with you in more detail about the project scope and providing you with an estimate that works for both parties. Together, we can create an efficient solution for your IoT monitoring business that gives you full control over your data transmission and analysis process.

@zalp7

Hi Mahbub, I can help build the MVP for your custom IoT cloud application and dashboard for flow meter monitoring. I understand that your Siltech device reads data from electromagnetic flow meters and currently sends telemetry to the customer’s cloud. The goal is to redirect that data to your own backend, store continuous logs securely, and show real-time flow, totalizer values, device health, and historical records in a dashboard. My Phase 1 approach: 1. Review the Siltech protocol/API document 2. Confirm the protocol: MQTT, HTTP/HTTPS webhook, Modbus gateway, or TCP/UDP 3. Build a secure backend receiver for the confirmed protocol 4. Store device readings with device ID, timestamp, flow rate, totalizer, status, and raw payload 5. Create REST APIs for dashboard data 6. Build a responsive dashboard with latest readings, device list, charts, and history 7. Add error logging for invalid or missing packets 8. Provide setup/deployment notes I can use Node.js or Laravel for the backend, MySQL/PostgreSQL for storage, and a clean responsive frontend. Before starting, please confirm: - Which protocol does the Siltech device use? - Can you share a sample data packet or API document? - How many devices should the first version support? - Do you already have a cloud server? I can start with a practical MVP, verify real device data ingestion first, and then expand it into a scalable production platform.

@ToufeeqX

I HAVE DONE SOMETHING SIMILAR BEFORE! Your need to create a clean, professional, user-friendly, and seamless cloud application with integrated data telemetry from Siltech devices is clear. Building a secure, automated backend with MQTT and REST API integration for real-time monitoring aligns perfectly with your goals. With expertise in full-stack development, cloud architecture, IoT telemetry, and dashboard visualization, I’m confident in delivering a scalable and efficient solution tailored to your flow meter data. You won’t find someone more aligned with what you’re looking for. While I’m new to Freelancer, my current priority is building strong reviews and long-term client relationships, so you’ll receive serious effort and high-quality work at a much lower rate. Come chat with me, worst case you get a free consultation :) Regards, Toufeeq

@santoshhuddar

Hello Mahboob Alam, I’m very interested in your IoT water monitoring platform project. I have experience in Electronics, IoT systems, cloud integration, real-time telemetry handling, and embedded communication protocols. I can help you build the complete solution including: • Secure cloud backend for receiving and storing live flow meter data • Real-time dashboard for flow rate, totalizer values, device status, and historical analytics • API/protocol integration for MQTT, Modbus, HTTP/HTTPS, or TCP/UDP communication • Database architecture with scalable logging and monitoring support I understand your requirement of redirecting Siltech device communication from the client cloud to your own dedicated infrastructure. Once the protocol/API documentation is shared, I can configure the receiver endpoints and develop the complete data pipeline and visualization system. My suggested stack includes Python/FastAPI or Node.js backend, MQTT broker setup, PostgreSQL/MongoDB database, and a responsive dashboard using React or Grafana. I can start immediately and am available for a discussion call this week to understand the scope, timelines, and deployment requirements. Looking forward to working with you. Best Regards, Santosh Huddar

@devrajd6

Hello Client, I have experience in web development, API integration, cloud dashboards, and database management. I can build your custom IoT cloud application to receive live water meter data and display it in a modern real-time dashboard. I understand the required technologies including MQTT, REST APIs, HTTP/HTTPS Webhooks, TCP/UDP communication, and cloud database integration. I can develop: • Secure backend server for receiving device data • Real-time dashboard for monitoring water flow meters • Database storage and analytics • API integration with device protocols • Responsive web application with clean UI I am confident I can complete this project within the given timeline and provide scalable, high-quality work. I am available for discussion and can start immediately. Looking forward to working with you. Regards, Devraj