ESP32 Web Light Switch Firmware

@onkarkulkarni8

Hi, I checked your "ESP32 Web Light Switch Firmware" project description, it looks like the focus is on delivering a clean, responsive website that works well across all devices. I prefer understanding the expected layout and user experience first, then building pages that closely match the design while keeping the code organized and easy to maintain. Feel free to share the design or current website, and I'll suggest the best implementation along with a realistic timeline. Final timeline and cost will be confirmed in chat after a complete understanding and documentation of the project expectations in detail.

@amelectronics

Hi, I can help you build this ESP32-based Wi-Fi light controller with the complete firmware and self-hosted web interface. I have experience with ESP32, IoT firmware, web interfaces, Wi-Fi, scheduling, MQTT, and custom electronics. I can implement the responsive web UI, captive portal, persistent scheduling, dimming/relay control, and secure remote access, along with clean Arduino/PlatformIO source and documentation. For the AC dimming section, I can also provide the required GPIO/interface circuit and make sure the design considers proper isolation and protection. I'm ready to get started. Thanks!

@tshibsamuel477

Hi there, I have carefully reviewed your ESP32 Wi-Fi light switch requirements and can develop the complete firmware, embedded web interface, dimming control, scheduler, and hardware connection diagram. As a mechatronics engineer with nearly five years of experience in embedded electronics, ESP32 development, C/C++, web-connected devices, GPIO control, power electronics, and communication interfaces, I have worked with the main technologies required for this project, including ESP32, relay/triac switching, dimming circuits, Wi-Fi provisioning, MQTT/REST, SPIFFS/LittleFS, and browser-based control interfaces. I can deliver clean Arduino IDE/PlatformIO firmware, responsive HTML/CSS/JavaScript files, persistent scheduling across power cycles, captive-portal Wi-Fi setup, and clear documentation for secure LAN/remote access. Given my experience, I can move quickly and keep the implementation simple, stable, and easy to extend. Please send me a message so we can discuss the dimming hardware and your preferred remote-access method. Best regards, Samuel tshibangu

@Adeel2k14

I can deliver a complete PlatformIO/Arduino solution for your ESP32 dimmable switch featuring zero-cross triac control for flicker-free dimming. Deliverables: - Firmware & Web UI: ESP32 code with LittleFS serving a responsive HTML/CSS/JS dashboard (dimming slider, toggle, real-time status). - Smart Features: WiFiManager captive portal, NVS-persisted NTP scheduler, and HTTP Basic Auth. - Documentation: Triac/zero-cross schematic, platform flashing guide, and secure remote access setup (DDNS/reverse proxy). With 8+ years in ESP32 embedded systems and IoT hardware design, I'll ensure a robust build. Ready to start immediately!

@designer69hub

With your ESP32 Web Light Switch Firmware project, my diverse range of skills would be immensely beneficial in delivering a robust and seamless solution. Although my core expertise lies in Front-End Design, particularly WordPress and HTML, I have a deep understanding of CSS, HTML, and JavaScript. Notably, I'm an experienced Full-Stack Developer with expertise in React.js and Node.js, inflammable for constructing scalable web applications and API development. Furthermore, I am also skilled at ensuring secure authentication systems-a critical aspect for your remote access. My clients' success becomes mine as well. Your ESP32-based light switch will get not only an efficient firmware but also a user-friendly and secure web interface. A well-commented source code and comprehensive ReadMe file will enable easy handling and maintainability even after project completion. Let's join hands to fill your business atmosphere with right ambiences by smoothly controlling your light!

@anahhal

Hi, Thank you for your job posting. I can build a complete ESP32-based Wi-Fi light switch solution with a self-hosted web interface, scheduling, and secure remote access. I have previous experience developing similar IoT control systems, including web-controlled lighting and sensor monitoring platforms. I have plenty of experience in firmware development and microcontroller programming such as: ✅ ESP32 (Arduino IDE ) ✅ ESP8266 ✅ STM32 ✅ PIC ✅ Arduino I also have extensive experience in web development for embedded systems, including: ✅ Lightweight HTTP servers on ESP32 ✅ SPIFFS/LittleFS for serving HTML/CSS/JS ✅ Captive portal configuration for easy Wi-Fi setup ✅ Scheduling and timer logic with RTC persistence ? Deliverables Complete ESP32 source code (firmware + web interface) Front-end files (HTML, CSS, JS) compressed for SPIFFS/LittleFS upload Circuit diagram showing GPIO pinout for relay/triac and dimming hardware README with step-by-step flashing, captive portal setup, and remote access configuration I can begin immediately and deliver a clean, reliable solution that meets all your acceptance criteria. Please feel free to contact me to discuss more details. Best regards, Ahmed

@Amidst

Hey there! I’m Alok, A PCB, Circuit and Mechanical designer with a passion for turning ideas into rock-solid, high-performance circuit boards. even expert on Python, C, C++ With nearly a decade of experience, I’ve tackled everything from compact consumer gadgets to complex industrial systems—always with a focus on precision, efficiency, and reliability. # Schematic & Layout Design – Clean, optimized, and manufacturable. # Component Selection & Library Management – No surprises, just the right parts for the job. # Reverse Engineering – PCB cloning, replication, and improvements. # Gerber, BOM & CPL Generation – Ready for seamless production. # DFM & DFA Expertise – Because great design means smooth manufacturing. # Multi-Layer, Flex, & High-Density PCB Design – Whatever the project needs. If you need a PCB and Code that’s efficient, reliable, and built for real-world performance, let’s chat. I’d love to help bring your project to life!

@elect2eng

I am ideal candidate for this job since I have done a similar project earlier. The dimming device can be controlled using a seperate device based on pic micro which is 8 pins with opto isolator . We will send uart message to this device and it will execute the command as per the brightness level needed. What kind of lights are you planning to control. It should be tested with simple dimmer available in the market, some of the LED lights are not suitable for dimming using phase control technique. to securely access the esp32 , we can use firebase data base to control the hardware or if you have a server, we can use mqtt. Another option is to use Raspberry PI anywhere control. Either way we have to have some external website to send message or securely access esp32

@edi45

Hi, I am embedded system engineer with 11 years of experience. i can help you develp firmware for captive portal as init configuration, clear configation for alarm control and dimming control with webUI. let me know if you are interested

@ahmedgnisa

Hi there please review my portfolio i did many projects similar to yours you will get mobile and web that communicate with esp32(built in server) delivery within 1-2 days

@NEHABHAT92

With over 9 years of web development experience, I have honed my skills in HTML, JavaScript and other languages you mentioned for a comprehensive understanding of managing various project types. I have an in-depth understanding of IoT and have created bespoke projects similar to yours in the past. My team and I can not only construct the essential firmware for your ESP32 but also design a self-hosted and powerful web interface that will allow complete control of your dimmable light circuit. Apart from strong development skills, my team is also expert in Arduino IDE or PlatformIO, MQTT and REST endpoints which are required for your project. We can guarantee stable switching with smooth dimming and scheduler triggers even across power cycles. Furthermore, we are well-versed in remote access protocols which would ensure secure access to your device regardless of your location. Moreover, our reliable service does not end with project delivery. We provide free support for three months post-delivery which would extend to providing thorough instructions on flashing, setup, and server-wise configuring the interface. Indeed, creating a clean and user-friendly solution for complex projects like yours excites us the most, so we believe we are not just the right fit but an ideal choice for this undertaking.

@kaloliyavivek

Hi, Your requirement for an ESP32-based Wi-Fi light controller with a self-hosted web interface aligns well with my experience developing connected automation and IoT products. Relevant experience: * ESP32 / ESP-IDF and FreeRTOS firmware development * Embedded web interfaces, HTTP/HTTPS, REST APIs, and MQTT * Wi-Fi-based IoT and industrial automation systems * Relay/control logic, scheduling, GPIO and peripheral integration * LittleFS/SPIFFS-based web assets and OTA firmware updates Approach: I can develop the complete ESP32 firmware and responsive web UI with Wi-Fi provisioning via captive portal, ON/OFF and smooth dimming control, persistent scheduling across reboots, and secure LAN/remote access. I can also provide the complete source, web assets, circuit/GPIO documentation, and setup README for Arduino IDE or PlatformIO. Let’s discuss your requirements and get this moving.

@alluankit01

Hi, I can develop the ESP32 firmware and self-hosted web interface for your Wi-Fi light switch with on/off control, smooth dimming, scheduling, captive portal Wi-Fi setup, and secure remote access guidance. The best solution is to first confirm the dimming hardware type, relay/triac circuit, GPIO mapping, load type, and preferred Arduino IDE or PlatformIO setup. Then I’ll build modular firmware with web server, LittleFS/SPIFFS frontend, brightness control, scheduler storage, basic authentication, and optional REST/MQTT support if useful. I’m comfortable with ESP32, Arduino/PlatformIO, embedded web servers, HTML/CSS/JavaScript UI, LittleFS/SPIFFS, Wi-Fi captive portal setup, relay/triac control, dimming logic, scheduling, MQTT/REST endpoints, and IoT documentation. Deliverables will include: * ESP32 firmware source code * Responsive web interface * On/off and brightness control * Scheduler with saved events * Captive portal Wi-Fi setup * Basic authentication * LittleFS/SPIFFS upload files * GPIO/circuit diagram * Optional MQTT/REST support * Flashing and setup README * Remote access guidance I’ll focus on stable switching, smooth dimming, clean code, and simple setup so the ESP32 runs reliably on your network and can be maintained easily later. Best regards Ankit

@shahzaib81829

Hi. I’ve already completed similar ESP32-based Wi-Fi light control projects with web-based switching, dimming, scheduling, and remote access. I can deliver clean, well-commented firmware, a responsive web interface, circuit diagram, and complete setup documentation for a reliable ESP32-DEVKITC solution.

@nehasingh17

We already have a ready-to-use ESP32 IoT setup very close to your requirements, so we can provide the complete solution without building everything from scratch. We at HardFault can deliver the ESP32 firmware, responsive web UI, captive portal, scheduling, dimming/relay control, remote access, and documentation, with the setup ready for Arduino IDE or PlatformIO. We can also customize the existing solution for your exact GPIO, dimming hardware, and security requirements and have the complete working solution ready within one week. Would you prefer MQTT-based control or a lightweight REST approach for the remote interface?

@tyagi5011

Drawing from my vast six year experience in web and app development, I am confident in my ability to create a stellar firmware for your ESP32 light switch. My forte lies in crafting scalable applications and dynamic websites that are tailored to meet unique business needs— perfect for your project! I have worked on a number of similar Internet of Things (IoT) projects, giving me a thorough understanding of developing clean, responsive HTML, CSS and JavaScript codes such as you require primarily for your small, self-hosted web interface. In addressing your specific requirements, I can ensure a well-commented ESP32 source code ready for Arduino IDE or PlatformIO. Moreover, having successfully delivered Android applications across various domains and developed PHP and JavaScript-based websites, I can assure you of stable switching with smooth dimming sans the flicker as well as a reliable scheduler triggering on/off events consistently even during power cycles. Additionally, my skills extend to creating simple instructions like README to guide through flashing and initial Wi-Fi setup via captive portal as requested. To sum up, my skills in HTML, JavaScript web development combined with my past successes in similar projects make me an ideal fit for this task. Let us collaborate to turn your brilliant idea into a powerful digital reality! Looking forward to discussing how we can make this project a success. Thank you!

@thiagofoz87

I can deliver the complete ESP32 firmware and embedded web interface for your Wi‑Fi dimmable light switch, including local control, scheduling, persistent configuration, and secure remote access guidance. The implementation would use ESP32 async web services with a lightweight responsive frontend served directly from SPIFFS/LittleFS. Brightness control can be implemented with smooth dimming logic appropriate for the selected relay/triac hardware, with scheduler persistence stored locally so events survive reboots and power loss. For connectivity, I can include either lightweight REST endpoints or MQTT support depending on how you plan to integrate the device. Initial Wi‑Fi onboarding can be handled through a captive portal flow to simplify setup on first boot. The project deliverables would include: - Fully commented ESP32 firmware compatible with PlatformIO or Arduino IDE - Optimized HTML/CSS/JS frontend files for onboard storage - GPIO/circuit documentation for dimming and switching hardware - README covering flashing, provisioning, scheduling behavior, and secure remote exposure using reverse proxy or HTTPS gateway approaches I would also validate stable dimming behavior, persistent scheduling across restarts, and reliable web control on an ESP32‑DEVKITC target before delivery.

@bapidebabrata4

As a dedicated and experienced expert in the fields of Arduino and Electronics, I am confident that I can not only complete this project to your satisfaction but exceed your expectations. I pride myself on my ability to work with new technologies and frameworks with ease, which makes me the ideal fit for delivering a seamless ESP32 Web Light Switch Firmware for you. Having robust CSS and HTML skills under my belt, I will ensure your firmware is complemented by a clean and responsive web interface. With delightful front-end files compressed for onboard SPIFFS/LittleFS upload, you won't have to worry about sacrificing functionality or design quality. I also understand the importance of clear documentation to ensure project usability. My delivered circuit diagram will provide an easily comprehensible visual layout with detailed pinout information for the relay/triac and dimming hardware components. Moreover, the README file will provide you with a thorough walkthrough for flashing, Wi-Fi setup, as well as instructions on how to reinforce interface security either via HTTPS or reverse-proxy methods. So let's not only meet to finalize the proposal but also embark on this exciting tech journey together!

@studiomanju

Hi, I can develop this complete ESP32 Wi-Fi light controller, including: - ESP32 firmware for Arduino IDE/PlatformIO - Responsive web interface using HTML/CSS/JavaScript - ON/OFF and smooth brightness control - Reliable scheduling with settings saved across power cycles - Captive portal for initial Wi-Fi setup - Secure remote access with authentication - Relay/TRIAC GPIO control and circuit diagram - LittleFS/SPIFFS-ready web files - Complete README with flashing, setup, and deployment instructions I’ll focus on stable operation, clean code, smooth dimming, and an easy-to-use web interface. I’m ready to start.