IoT-Enabled Dish Soaker Machine

@kaloliyavivek

Hi, Your requirement for an IoT-enabled dish soaker machine with adjustable soaking control aligns well with my experience in IoT systems, embedded control electronics, and automation-focused product development. Relevant experience: - ESP32, STM32, and Raspberry Pi based IoT product development - Embedded firmware development for automation and connected appliance systems - Timer-based control systems, relay control, and sensor interfacing - MQTT/WiFi-enabled remote monitoring and device control architectures - End-to-end hardware + firmware development including PCB design and cloud integration Approach: I can help design the complete control architecture including adjustable soak timing, IoT connectivity, firmware logic, and reliable hardware integration for production-ready operation. Recent relevant projects: - Smart sprinkler automation system with scheduling and remote control - Industrial relay controller with structured command handling - Cloud-connected IoT monitoring and automation systems using ESP32 and MQTT - Multi-device automation systems with remote configuration and telemetry Let’s discuss your requirements and get this moving.

@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

@nehasingh17

Hi, We at HardFault have experience in IoT product development, automation systems, and smart appliance design. Your IoT-enabled dish soaker machine sounds interesting, and we can help develop a reliable system with adjustable soaking time, smart control, and seamless IoT connectivity for monitoring and operation. Our approach would include selecting the right controller, designing the control system for adjustable timers, integrating IoT (mobile/web control if needed), and ensuring the machine works reliably for real-world usage. We also have experience with embedded hardware, sensors, and automation-based products. Curious to know — do you already have a mechanical concept for the dish soaker, or are you looking for support on both electronics and product design?

@mahads31

With a highly successful track record in the realm of technology, I am more than equipped to handle this project on IoT-enabled dish soaker machine development. My experience spans across different industries, solving complex problems with ingenious digital solutions, and that's what sets me apart from the rest. Having worked extensively on IoT projects, I understand the nuances of IoT connectivity and how it can be leveraged to create intelligent, connected systems. My expertise encompasses not only software development but also hardware design and integration. This blend puts me in a unique position to create a dish soaker machine that's high-functioning, robust, and most importantly, adjustable to your exact requirements. Additionally, my adeptness with adjustable timers and control systems will ensure that the product I develop for you is not just cutting-edge but also seamlessly addresses your specific needs. I don't believe in delivering just another "smart" gadget; rather, my aim is to offer you something that will truly revolutionize your life - a device that’ll save you time while maintaining efficiency. Trust me with this project, and let's bring your IoT-enabled dish soaker machine to life!

@Webslinger01

I have hands-on IoT and embedded systems experience — including a deployed cold storage monitoring system with ESP32, relay/pump control, adjustable timer logic, and remote IoT monitoring via a mobile-friendly dashboard. Integrating these features into an appliance is exactly the kind of work I've done before. For this machine I will build: • ESP32-based controller with adjustable soaking timer (set via app or web UI) • Relay-driven water pump/valve control triggered by the timer • IoT connectivity — Wi-Fi with a simple web dashboard or MQTT integration for remote start/stop and timer adjustment • Status feedback — soaking active, time remaining, cycle complete I have components in my lab and will test the complete system before delivery. Once verified, I will ship the working prototype to you. Delivery in 2 days. Is the soaking triggered manually via app, on a schedule, or sensor-based (e.g. water level detection)?

@ThynkLoop

Hi, I can help you develop the IoT-enabled dish soaker machine with adjustable soaking time and reliable automation control. I have experience in IoT systems, embedded controller development, and appliance automation using ESP32-based solutions. I can build a scalable and user-friendly system with timer control, IoT connectivity, and stable operation. > Proposed Approach: * Use ESP32-based controller for IoT connectivity * Implement adjustable soaking timer logic * Control pump/motor/relay system safely * Enable remote monitoring/control via IoT communication * Add reliable automation and protection logic > Scope: * Embedded firmware development * IoT communication setup * Timer and automation logic * Hardware interfacing for appliance control * Testing and validation > Deliverables: * Complete firmware source code * Circuit/control architecture * IoT communication setup * Functional prototype logic * Documentation and testing support

@hypnocafe

You need someone to develop an IoT-enabled dish soaker machine with adjustable soaking time feature - I can help you integrate IoT connectivity and adjustable timers seamlessly. With my experience in building AI-powered programs using ChatGPT/Claude/Gemini APIs, I'm confident in designing the control system for your dish soaker machine. My expertise in business automation & efficiency will ensure that the machine's operations are optimized for maximum performance. I've successfully developed automated workflows using Python and RPA tools, which can be applied to create a user-friendly interface for adjusting soaking times and monitoring machine status remotely. Additionally, my experience with AI workflow development allows me to integrate data analytics and insights into your dish soaker machine, providing valuable feedback on usage patterns and performance. I'm available 7 days a week to support you throughout the project, ensuring timely delivery and addressing any questions or concerns you may have. I've worked with numerous clients in the past, delivering high-quality solutions that meet their needs.

@affanq3

Hi, The goal of developing an IoT-enabled dish soaker machine with an adjustable soaking time feature involves integrating connectivity and control systems effectively. A critical aspect to consider is the reliability of the IoT connectivity, as any interruptions could lead to unsatisfactory user experiences, particularly when users are remotely adjusting soaking times. To mitigate this, implementing a robust fallback mechanism that maintains local control in case of connectivity loss would be essential. In my previous work, I developed a smart home appliance that utilized IoT technology to allow users to control settings via a mobile application. This involved designing a flexible control system that could handle various operational modes, including timers. The integration of real-time feedback from the appliance ensured that users could adjust settings accurately, resulting in improved user satisfaction and engagement. For your dish soaker machine, I would approach the project by first defining the communication protocols for IoT connectivity, likely using MQTT or HTTP, depending on the requirements. I would then prototype the adjustable timer feature using a microcontroller, integrating user inputs while ensuring the system responds reliably under various conditions. Prior to deployment, I would conduct thorough testing to ensure that both the IoT features and the adjustable soaking time operate flawlessly in real-world scenarios. Looking forward to hearing from you, Affan Qureshi

@udbheda

Hi there, I am an embedded systems and IoT developer with extensive experience designing automated, water-handling control systems. Your IoT dish soaker project perfectly aligns with my expertise in building timed, cloud-connected hardware. Previously, I have designed complex automated hydroponic systems and smart irrigation controllers. These required precise water valve control, pump automation, and adjustable IoT timers—the exact core technologies needed for your dish soaker machine. My approach for your project: IoT Connectivity: I will utilize an ESP32 microcontroller, which provides robust and highly reliable native Wi-Fi connectivity for the appliance. Adjustable Timer Logic: I will develop firmware with precise, interrupt-driven timer logic, allowing users to set, pause, or adjust soaking times dynamically without blocking other machine functions. Remote Interface: I will integrate the ESP32 with an IoT platform (such as Blynk, Firebase, or a custom local WebUI) so users can easily adjust the soaking duration directly from their smartphones. Hardware Design: I will provide a safe schematic demonstrating how to isolate and control the AC/DC water inlet and drain valves using relays or MOSFETs. I will deliver a complete schematic, bill of materials, and well-commented source code. Let's discuss the specifics of your machine! Best regards, Uday

@sanjosunny00

Hi, I read your post about building an IoT-integrated dish soaker machine. I’m excited about the opportunity to be part of this project and would love to learn more so I can contribute in the best possible way. I have a few quick questions to better understand your requirements: 1. Who are the target users — restaurants or residential users? 2. What soaking time range would you like to support (for example, 5–60 minutes)? 3. Do you need mobile app control, simple Wi-Fi monitoring, or full backend/cloud control? 4. Which features are most important besides adjustable timing? 5. What is your expected timeline and budget for the prototype? I have experience building multiple industrial IoT projects such as Bluetooth-enabled car wash systems, IOT smart switches, EV chargers, and other connected products involving PCB design, mobile apps, and cloud integration. This experience will help me develop a high-quality product Once I have these details, I can suggest the best IoT architecture and development approach for your system. I will share details of my one similar product: IOT smart switch: --Developed the complete firmware for an IoT a device using Embedded C++, including smart scheduling, timers, local data storage, and stable communication over Wi-Fi, Bluetooth, and AWS MQTT cloud connectivity. --Integrated the device seamlessly with mobile apps and cloud platforms to enable remote monitoring, OTA updates, real-time data sync, and reliable user control.

@edu4616

Hello, I am an Industrial Automation Specialist with experience in PLC programming, HMI/SCADA systems, industrial communications, motion control, and troubleshooting for industrial environments. I carefully reviewed your project requirements and I am confident I can provide a reliable, efficient, and professional solution tailored to your needs. My approach focuses on fast problem-solving, clear communication, and delivering stable results that work correctly in real industrial conditions. I have experience working with: Siemens LOGO!, S7 and TIA Portal Allen-Bradley / Rockwell systems FactoryTalk View Industrial networking and Modbus/Ethernet communications Servo systems, VFDs, sensors and machine automation Embedded systems and industrial electronics, microcontrollers. I can start immediately and keep you updated throughout the project. My goal is not only to complete the task quickly, but also to ensure long-term reliability and easy maintenance. I would be glad to discuss the details and help you achieve the best possible result for your project. Best regards, Eduardo

@raghav521

I would develop the system using a robust microcontroller platform such as ESP32 or Raspberry Pi, depending on the complexity and scalability requirements. The system can include: Mobile/Web-based control interface Adjustable soaking timer settings Remote ON/OFF operation Real-time status updates Automated control logic for water soaking cycles Future scalability for additional smart features Proposed Technologies: ESP32 / Raspberry Pi WiFi-based IoT communication Relay-controlled motor/pump system Mobile dashboard or web interface Sensor integration if required (water level, temperature, etc.) Relevant Experience: I have worked on: IoT automation systems Smart appliance prototypes Timer and relay-based control systems Remote monitoring solutions Embedded systems with cloud/mobile integration Why Choose Me Strong understanding of both hardware and software integration Clean, scalable, and reliable system design Clear communication and regular progress updates Focus on practical and cost-effective implementation I would be happy to discuss the functional requirements, preferred hardware setup, and project timeline in more detail. I can also share ideas for improving usability and future smart automation features.

@Redaalfajri

I am the ideal engineer for this IoT dish soaker project, bringing extensive experience in ESP32/XIAO dual-core architectures and state-machine firmware. I will seamlessly integrate a robust, adjustable hardware timer with lightweight MQTT/Websocket protocols for real-time remote monitoring via a web/mobile dashboard. By using non-volatile storage (NVS), the soaking configurations will remain safe during power drops. I design with strict hardware isolation using optocoupled relays to manage water valves and heating elements safely. I will deliver production-ready, modular firmware, electrical schematics, and a highly scalable local/cloud IoT architecture tailored exactly to your appliance specifications.