I will build custom iot pool automation system and web dashboard


About this gig
Looking for an enterprise-grade IoT Pool Automation System? I specialize in end-to-end hardware engineering, secure firmware development, and cloud-connected dashboards for high-end residential and commercial facilities.
What You Get:
* Multi-Sensor Integration: Real-time tracking for pH, ORP (Chlorine), temperature, and water flow rates.
* Relays & Actuators: Automated controls for variable-speed pumps, chemical dosing systems, and heaters.
* Industrial Firmware: Secure code (ESP32/STM32) with local automation fail-safes and OTA updates.
* Cloud Web Dashboard: Secure web application (AWS IoT/Node.js/React) featuring real-time data streaming and interactive charts.
* Instant Alerts: Push or SMS notifications for chemical imbalances.
Why Partner With Me?
I am a senior embedded systems engineer focused on military-grade security, clean code architecture, and robust localized edge-computing (system works safely even if internet drops).
Please message me prior to placing an order to discuss your exact hardware architecture and custom milestone breakdown.
Get to know SHUHAIB K V
software engineer
- FromIndia
- Member sinceApr 2021
- Avg. response time1 hour
Languages
English, Malayalam
My Portfolio
FAQ
Do you provide the physical hardware components for the pool?
No, the client is responsible for purchasing the physical microcontrollers, sensors, and relays. I will provide a highly detailed Bill of Materials (BOM) with exact purchase links. I will write and test code using identical hardware on my end.
What happens if the pool site loses its internet connection?
The firmware is engineered with localized edge-computing logic. Critical routines—such as turning off chemical pumps if water flow stops—run entirely on the local microcontroller (ESP32) and do not rely on a constant cloud connection to keep the facility safe.
Is the cloud dashboard secure against unauthorized access?
Yes, security is a top priority. The backend uses secure protocols (MQTT over TLS/WebSockets) and robust user authentication. This ensures that only authorized operators can monitor data or trigger hardware controls.

