RGBW Beacon Prototype with Wi-Fi Control

@LiveExperts

Hello, I understand that you're in search of a skilled freelancer who is well-versed in hardware design and proficiently familiar with your project requirements. Here's where I believe my expertise shines. With over [x] years of experience in electrical and mechanical engineering, our team at Live Experts has successfully executed several IoT lighting projects such as yours, making us the perfect fit. The core specifications of your concept such as the rechargeable battery life, daytime visibility, and weather resilience demands strategic and well-thought-out solutions. Our firm grasp on Arduino, Electronics, Embedded Systems, Microcontroller and Product Design will undoubtedly come into play here. Additionally, our past experiences in incorporating Wi-Fi control into hardware designs are extensive; we can provide you with Firmware sources inclusive of documented Wi-Fi control endpoints for your convenience. In terms of cost-effectiveness, we are no stranger to working within budgetary constraints without compromising quality and function. Rest assured that our all-inclusive quote will fall well within your budget range and yet exceed expectation. Adding to this the fact that our delivery process encompasses fully assembled tested prototypes rather than just blueprints, makes us your one-stop solution provider for this project. To conclude, at Live Experts, our motto is 'delivering high-quality work' right up to our clients' sati Thanks!

@Mahihassi

With your RGBW Beacon Prototype, you aren't just looking for a hardware designer, but a partner experienced in translating dreams into tangible solutions. As an Electrical Engineer specialized in firmware development, PCB design, and complete IoT product engineering, I bring to the table an in-depth understanding of the complete product development workflow. From creating detailed schematics and PCB files to 3-D CAD modeling of your cylindrical housing with weather-resistant gasket details - I've got you covered. My expertise with microcontrollers like ESP32 aligns perfectly with your Wi-Fi control requirement. I've worked extensively on fusing hardware, software, and intelligent connectivity for robust embedded solutions - crucial for smooth remote dimming and color mixing that you seek over Wi-Fi. My deep engagement with AI/ML bodes well for precise brightness control as we can integrate intelligent algorithms for better edge device control. Finally, working within budget is key. Having been part of IoT projects involving wholesale pricing constraints before, I am well-acquainted with finding cost-effective yet quality components. In fact, many projects I handled end up costing below budget without compromising on performance or quality. With my skills and experience, let's ensure your RGBW Beacon shines bright (and cost-effectively) on any field!

@sajjadtaghvaeifr

Hi, I hope you are doing fine. I have PhD in mechanical engineering from Tohoku University of Japan. I have published 20 Journal papers and 16 international conference papers. I have a lot of experience in automotive, aerospace, biotechnology, computers, electronics, microelectromechanical systems, energy conversion, robotics and automation, and manufacturing. I am also expert in mechanical engineering softwares including Ansys, Fluent, Comsol, CATIA, Solidworks, Abaqus and Inventor. I'm interested in your project. Please send me a message so that we can discuss more. Best regards. please check my portfolio link: https://www.freelancer.com/u/sajjadtaghvaeifr

@macroenergy

Being a seasoned professional in the fields of Arduino, Electrical Engineering, Electronics, Embedded Systems, Microcontroller, andProduct Design, I firmly believe that I am the perfect fit for your RGBW Beacon Prototype project. With extensive experience in Digital Motor Control, Analog Design, Electronic Design-Power Electronics, PCB design and many others on my database, creating a ruggedized IoT lighting solution is a task I am both well-equipped to handle and have an excellent track record with. My diverse skill set extends to areas such as renewable energy and threshold current optimization which I see as essential to ensure long battery life for your beacon. Additionally, I have done several projects entailing PCB design and power board which make me experienced at keepign devices waterproof succiently. Myexposureto dechol and heat management is of paramount importance given the demands of your project.I understand that the beacon needs to be visible from substantial distances even on bright days and this I will personally guarantee witha combination high-output RGBW LED module and specialized optics carefully chosen to suit daytime visibility. Furthermore having worked on projects that used ESP32 or the like before makes me highly conversant with infltrating Wififunctionality into such prototypes.

@Ryan15222

Hi, Thank you for the detailed project description—I’d be excited to develop your cylindrical RGBW “beacon” from concept to a fully tested, weather-resistant prototype. I specialize in outdoor IoT lighting, ESP32-based electronics, IP-rated enclosures, and battery-powered LED systems. Your requirements align closely with projects I’ve delivered before. My Approach: • Engineer a high-output RGBW LED module with proper optics for 30 m+ daytime visibility, including thermal path and heat spreading. • Design the enclosure with a frosted diffuser, sealed interfaces, gaskets, O-rings, and IP-resistant fastener strategy suitable for rain and humidity. • Develop a compact ESP32-driven PCB with precise PWM control for smooth brightness and color mixing, OTA support, and battery management for a 21500 cell. • Ensure 4+ hour runtime at full brightness through LED efficiency + thermal/battery optimization. • Provide firmware with clean REST/Web API endpoints for remote color and dimming control with <300 ms latency. Deliverables: – Full schematics, PCB layout, and BOM (optimized for <$50–$60 target) – 3D CAD of enclosure with sealing strategy – Firmware source code with documentation – One assembled and tested prototype, including spray-test validation I’d be happy to discuss part selection and thermal considerations in more detail. Looking forward to collaborating with you!

@Adeel2k14

I’m an electrical engineer with 7+ years of embedded and PCB design experience, including outdoor IoT devices, high-power LEDs, battery systems, and ESP32-based wireless products. I’ve designed up to 8-layer mixed-signal and power boards and understand thermal, waterproofing, and mechanical constraints. I can deliver a low-cost RGBW beacon with Wi-Fi control, OTA firmware, IP-rated enclosure, and complete PCB, BOM, CAD, and firmware files. I will also build and test the prototype to meet your brightness, runtime, and waterproofing requirements.

@djsmoothy

Hello. I can help you turn this RGBW beacon concept into a robust, flashlight-style prototype with IP-rated sealing and hardware that stands up to outdoor use. I’ll design the PCB around an ESP32 (or similar), select a high-output RGBW LED and optics for daytime visibility, and size the 21500 battery to hit your runtime targets. You’ll get full schematics, CAD for the enclosure with gaskets/fasteners, firmware with Wi-Fi endpoints, plus a tested prototype shipped to you. I’ll also keep the BOM cost-conscious while staying realistic about brightness, thermal management, and weather protection.

@AwaisChaudhry

Hello, I will turn your cylindrical RGBW beacon concept into a rugged weatherproof prototype powered by a rechargeable cell. The design keeps all electronics inside a flashlight-style cylinder with a frosted diffuser and an IP-rated seal. I’ll pick a high-brightness RGBW module and optics for daylight visibility, plus an ESP32 Wi‑Fi core for remote control and OTA updates. The firmware will expose a simple web API for color and brightness with fast response. A 21500 battery fits inside and I’ll plan a safe charging method to give at least four hours of bright operation. Deliverables include schematics, PCB files, BOM; 3D CAD of the enclosure with gasket details; full firmware with endpoints; and one tested prototype shipped to you. I’ll tailor parts and heat path to survive rain, humidity, heat, and hose spray tests, and meet your 30 m visibility goal. Do you have a target IP rating (e.g., IP65) and operating temperature range for field use? Is a 21500 mAh battery acceptable and what charging method do you prefer (USB-C, plug-in, or solar option)? Which control protocol do you prefer for remote commands (HTTP REST, MQTT, WebSocket) and what security needs should I meet? Any enclosure material or gasket preferences, and any tolerance constraints for the diffuser and optics? Are there any extra tests or standards you want beyond the garden-hose test (temperature cycling, vibration, IP certification)? Best regards,

@kkirandeep582

As an experienced and versatile designer with a strong background in both electronics and industrial design, I am confident I am the right fit for your RGBW beacon prototype project. With proficiency in 3D CAD and my 8 years of experience, I have developed a sound understanding of how to design not just appealing but rugged enclosures for various applications under challenging conditions. My expertise in electrical engineering has seen me successfully deliver various outdoor IoT projects, making your specific requirements well within my capabilities. Additionally, I'm well-versed in using software like heyGemini and ChatGPT to operate different parts of the Beacon. While adhering to the strict cost limit you've set, I ensure you quality by producing detailed schematics, PCB files, bill of materials and provide documented Wi-Fi control endpoints.

@yilinw010924

Hello, what a wonderful idea. I can deliver this beacon exactly as you envision—high-output RGBW lighting, smooth Wi-Fi-based dimming, and a fully sealed cylindrical enclosure that survives real outdoor abuse. I have shipped multiple IP-rated LED and IoT devices, and the requirements you listed—daylight visibility, thermal stability, OTA updates, and robust sealing—are all well within my core specialty. Here’s what you can expect: • A tightly optimized RGBW driver + ESP32 architecture engineered for low loss, long battery life, and precise color mixing. • A mechanically sound flashlight-style enclosure with proper gasket compression, venting strategy for pressure equalization, and optics selected specifically for 30-meter daylight visibility. • Firmware with a clean, documented API and sub-300 ms command response. • Prototype cost held within your $50–60 target through disciplined component selection and DFM-friendly PCB layout. I will deliver complete schematics, BOM, PCB files, enclosure CAD, firmware, and a fully assembled, tested prototype. If you need a partner who understands outdoor lighting, sealing strategy, and production-ready IoT design, I’m ready to start immediately.

@CHIRAG1190

With a deep understanding of mechanical engineering that spans across diverse sectors, including HVAC and automotive, I am confident I can deliver the robust and weather-resistant RGBW Beacon prototype that you seek. My experience extends to product design and development where I have employed my skills in 3D CAD designs, specifically SOLIDWORKS, CREO, and AutoCAD or Autodesk Inventor to ensure precision and functionality. Waterproofing and temperature resistance will not be left to chance with my expertise in FEA and CFD for Mechanical Designs using Ansys. Working closely with international clients in the USA, Germany, and the UK has taught me to tailor solutions to meet specific needs. That knowledge combined with an understanding of your concise requirements makes me well-suited for this task. Moreover, proficiency in wholesale pricing means I can help bring your prototype costs below $60. In conclusion let me reassure you that your vision of a Wi-Fi controlled prototype running from a rechargeable battery will be delivered exactly as imagined. Let's connect to discuss timelines in detal as well as consider any additional insights I might be able to offer on parts selection or thermal management - together we can ensure your beacon maintains full brightness even on a cloudy day or heavy rain despite being on a turf field.

@hayat38402

Hi, how are you doing? I went through your project description and I can help you in your project. your project requirements perfectly match my expertise. We are a team of Electrical and Electronics engineers, we have successfully completed 1000+ Projects for multiple regular clients from OMAN, UK, USA, Australia, Canada, France, Germany, Lebanon and many other countries. We are providing our services in following areas:  Embedded C Programming.  VHDL/Verilog, Quartus/Vivado, LABView/ Multisim/PSPICE/VLSI  MATLAB/SIMULINK  Network Simulator NS2/NS3  Microcontroller like Arduino, Raspberry Pi, FPGA, AVR, PIC, STM32 and ESP32.  IDEs like Keil MDK V5, ATmel studio and MPLab XC8.  PLCs / SCADA  PCB Designing Proteus, Eagle, KiCAD and Altium  IOT Technologies like Ethernet, GSM GPRS.  HTTP Restful APIs connection for IOT Communications. Also, we have good command over report writing, I can show you many samples of our previous reports. Kindly consider us for your project and text me so that we can further discuss specifically about your project's main goals and requirements.

@redbrickamerica

Hello! Ready to bring your vision to life, we propose creating a high-performance RGBW beacon prototype with Wi-Fi control, designed to withstand outdoor conditions. Our team specializes in hardware design, offering expertise in mechanical engineering, product design, embedded systems, and electrical engineering. Utilizing an ESP32 for Wi-Fi control, a high-output RGBW LED module, and robust sealing strategies, we'll ensure the prototype meets your requirements seamlessly. Let's collaborate to create a weather-resistant, remote-controlled beacon below $60. Looking forward to discussing timelines and parts selection. Cheers, RedBrick American Engineering

@mykolalus

⭐⭐⭐⭐⭐ Senior PCB & Firmware & IoT Engineer Here! ⭐⭐⭐⭐⭐ Hello! I have checked out your project details and I am confident that I can finish your project perfectly. I can deliver a complete, production-ready design for your cylindrical RGBW beacon, including the electronics, enclosure, firmware, and a fully tested prototype. My approach starts with a high-efficiency RGBW COB or multi-die module paired with proper thermal coupling to the aluminum inner chassis for sustained daylight visibility. I’ll base the control platform on an ESP32 with OTA support, a lightweight REST or WebSocket endpoint, and smooth PWM-based color mixing with gamma-corrected dimming. Power will come from a 21500 Li-ion cell, managed by a proven charging and protection IC to meet your four-hour runtime requirement. The enclosure will be modeled for IP-level sealing using O-rings, gasketed joints, and a frosted diffuser engineered for uniform output. I’ll provide full schematics, PCB files, enclosure CAD, firmware, BOM, and a hand-assembled prototype meeting your brightness, latency, and hose-spray performance criteria. I am ready to start your project now and I will do my best. Looking forward to discussing more details. Regards, Mykola

@OnkarGraphics

With over 8 years of experience in the realm of 3D design and industrial engineering, I am confident in my ability to bring your vision for an RGBW Beacon Prototype to life. My knowledge in product design includes proficiency in Solidworks, AutoCad, and Blender. One of my greatest strengths as a freelancer lies in my ability to provide unlimited revisions, meaning your prototype will be exactly what you imagined it to be. First and foremost, I have extensive experience working with weather-resistant electronics, ensuring that your beacon will not only shrug off rain and heat but also maintain full functionality amidst turf field conditions. In terms of your desired features such as wifi control and OTA updates, my skills with ESP32 and other similar hardware would come into play. I am adept at translating firmware requirements into functional code that meet API endpoints for remote command issuance. This means you can trust me to build a reliable system that empowers you to maintain complete control over the device's color and brightness throughout its operations. I value clear communication so we can work together to ensure that our timelines align with your expectations and discuss better parts selection or thermal management ideas if need be! I look forward to the opportunity to merge my expertise with your project needs.

@LAMOBLLC

With over 8 in the fields of electrical and mechanical engineering, our collective team at Cristopher has the proficiency to bring your vision of an RGBW Beacon Prototype to life. We have ample experience with designing and prototyping outdoor IoT devices, understanding crucial aspects such as weather resistance, power efficiency, and precise wireless controls - all prerequisites for your project. Our comprehensive skillset includes electrical engineering, electronics, mechanical engineering, and product design which are essential for each aspect you've described - from the cylindrical housing form factor to the frosted diffuser and optics ensuring daylight visibility. Our familiarity with ESP32 or similar Wi-Fi modules and rechargeable batteries will enable us to integrate reliable remote control functionalities into your prototype. To create the best value solution within your budget of around $60, we leverage our network of wholesale suppliers for pricing as well as pass on any discounted rates we receive. We follow a diligent approach that ensures the highest quality standards for all deliverables. With us on your team, you can rest assured that you'll not only receive schematics, PCB files, BOMs and 3D CADs but also a fully functional prototype in line with your requirements - weather resilience, battery life, daylight visibility and fast Wi-Fi control included. Let's make it happen!

@bennett25

Hi Nikita D. Your project is very similar to my last project. So I have rich experiences on Industrial Design, Arduino, Prototyping, Product Design, Mechanical Engineering, Electronics, Embedded Systems, 3D CAD, Microcontroller and Electrical Engineering. I 'd love to share my experience with you. Best regards, Tab

@electronicsdone

Best RGBW Beacon Prototype Expert!⭐⭐⭐⭐⭐ Dear Client, I have already made a working Wifi RGBW Beacon on both the Wifi (2.4GHz and 5GHz). I have used ESP32 in more than 100 controllers and am well versed with the usage of it. So I can very easily turn your concept into reality. Kindly share the concept in the message section. Ok I believe IP 67 would be good enclosure for your project All the core requirements would be met no problem. Cost effective design would be executed from my end. I have 11+ years experience in IOT outdoor lighting and have lead Philips for 3 years in developing solutions for the same hence would be a great fit for you. I shall start immediately from my side once I receive a concept in the message. Kind Regards PCB Must Innovations

@sakshis576

As an accomplished hardware designer, I am highly adept at realizing innovative concepts and bringing them to life. With a keen familiarity in diverse areas such as 3D printing models and lighting design, I have the perfect skill set for your RGBW beacon prototype project. My experience with Electrical Engineering, Electronics, and Arduino among others aligns perfectly with your requirements for producing a rechargeable Wi-Fi controlled beacon prototype that runs seamlessly on a turf field against elements like rain and humidity.