ESP Device Detection System

@LiveExperts

Hello, As an ardent and seasoned team at Live Experts® LLC, earthing solid expertise in the conjoined fields of Computer Science and Engineering, permit me to outline how we are divinely fit for the task. Regarding the ESP Device Detection System project, our well-versed knowledge in Arduino, Electronics, Microcontroller, and Raspberry Pi shines forth as indispensable skills that guarantee efficiency and precision. Our proficiency in Enginering Tools strong compliments your stipulated requirements. Our command on softwares such as Matlab and Mathematica, Python, Java, C/C++, C#, Arduino, Raspberry pi would be a snug fit too. Additionally, our stone steeds through Linux and Bash et al offer pleasant rides to develope an effective ESP Device Detection System. The irony of these devices is their vague nature; hidden places morph into their abode. It's with this understanding I place my honorific pledge to you: we ensure that those hidden places stay hidden no more! Embracing Machine Learning and Artificial Intelligence to spot these ESP devices through Wi-Fi or broadcasting in monitor mode is our creme-de-la-creme. Coming from a data-driven background also guarantees the fraternity of Statiscs/data analysis sits strongly with us. We are adept at using tools such as SPSS, Minitab, Weka, R programming to enhance system efficacy. Hence choosing us will not only promise you timely yet purposeful project delivery but also highest custome Thanks!

@Mahihassi

As a seasoned Electrical Engineer with specialized expertise in firmware development and PCB design, I am Sardar Hasnain, and I am ready to deliver an intelligent solution to your ESP Device Detection System project. My distinct skill set in embedded systems including STM32, ESP32, Raspberry Pi, Arduino, and fluency in languages such as C/C++, makes me exceptionally qualified for this task. I have a thorough understanding of Wi-Fi protocols and network security, allowing me to identify ESP devices seamlessly or monitor them in hidden spaces. Moreover, my proficiency in hardware design involving RF boards will ensure that the detection system is capable of accurately spotting the devices even at their lowest signal strength. Over the years, I have worked on complex projects that demanded constant innovation and intricate problem-solving; successfully preparing me for any potential challenge that might arise during your project. I am dedicated to a full product development workflow starting from ideation, prototyping to final production delivering you a holistic solution. My aim is building robust embedded solutions supported by comprehensive software development such as web applications and mobile applications for control and monitoring purpose using MQTT, REST and Websockets technology as per your project needs. Let's work together to make your project a success!

@markoa7

Hello, As a seasoned electronic hardware and firmware engineer, my work has always revolved around creating novel and practical solutions, much like what your ESP Device Detection System demands. I have extensive experience in PCB design and development, which translates into a deep understanding of power supply circuits and multilayer designs for embedded systems; traits that are essential in accurately identifying devices connected over Wi-Fi or employing monitor mode. Additionally, my proficiency in firmware development, particularly on microcontrollers like the ESP32 and ESP8266, coupled with my strong skills in RF Design and Analysis can guarantee efficient implementation of wireless technologies such as Wi-Fi in your project. I am well-versed in optimizing antenna performance and developing RF circuits tailored to specific applications, all crucial for a reliable ESP device detection system. Last but not least, my knowledge of network security only adds further value to our potential collaboration. I understand the importance of detecting unapproved devices in hidden places, exemplified by my past work with network protocols like UART, SPI, Ethernet, USB, CAN, MODBUS, just to name a few. With me on board, you're not just getting an engineering professional; you're getting a collective wealth of skills oriented towards successfully completing your project while adhering to time constraints. Thanks!

@Adeel2k14

So you want only to make esp32 to be detectable in hidden places over wifi it can be in station mode or access point mode. ? i am electronics design engineer i have expertise in PCB designing and firmware designing. I have worked on esp32 before both firmware and hardware i can show you my previous work for your reference. I can show you my previous work for your referennce. Feel free to reach me, looking forward to your response. Regards, Muhammad Adeel

@Feriver

Hi, I will design and implement a reliable ESP device detection system capable of identifying ESP-based hardware as soon as it becomes present, whether connected to Wi-Fi or operating in monitor mode and hidden from normal network scans. The solution will focus on practical, real-world detection rather than theoretical signatures. The system can be built around a Raspberry Pi or similar controller and will combine passive wireless monitoring, packet analysis, and behavioral fingerprinting commonly associated with ESP chipsets. This includes detection of probe requests, MAC/OUI patterns, timing characteristics, channel hopping behavior, and protocol usage that remains visible even when devices are not actively associated with an access point. Results will be logged clearly and can trigger alerts when a suspected ESP device appears. The design will prioritize stability, low false positives, and ease of deployment, making it suitable for continuous monitoring in sensitive or controlled environments. Clean documentation and reproducible setup will be provided. Regards, Asif Al Balushi

@electronicsdone

Best ESP Device Detection Development Partner ⭐⭐⭐⭐⭐ Hi, Thank you for posting your project, “ESP Device Detection System.” I have carefully reviewed the description, and I am confident in my ability to successfully complete this project. I have 11 years of experience in electronics, PCB design, hardware development, Raspberry Pi, and network security. I have successfully completed multiple projects involving device detection, wireless monitoring, and network analysis, making this project an excellent match for my expertise. I would be happy to share examples of similar projects upon request. ✅ How I’ll Help You Succeed 1. Review the detection requirements and operating modes (associated Wi-Fi vs. monitor mode) before starting development. 2. Implement a robust detection mechanism using Wi-Fi scanning, probe/request analysis, and MAC/OUI identification to reliably spot ESP devices. 3. Design logic to flag and report detected devices in real time, minimizing false positives and missed detections. ✅ Before I start, one quick thing: Should the system run on a dedicated ESP/embedded platform or as a PC-based Wi-Fi monitoring tool? If you share that, feel free to message me, and we can align quickly. Best, Prat PCB Must Innovations

@redbrickamerica

Hello there! With our proven expertise in Network Security and Electronics, we are prepared to develop an ESP Device Detection System using Raspberry Pi and Arduino. Our team specializes in creating innovative solutions to detect ESP devices over Wi-Fi and monitor mode. By leveraging our experience in microcontroller programming and hardware integration, we will ensure a reliable and efficient system for spotting ESP devices in hidden locations. Let's get started on this exciting project! Cheers, RedBrick American Engineering

@julianm260

Hello, I’m an embedded systems and backend developer with 6+ years of experience working with ESP32/ESP8266, Arduino, and Raspberry Pi on network-aware and device-detection projects, and I’ve carefully reviewed your ESP device detection objective. I’ve completed 15+ hardware-focused projects, including 6 ESP32-based systems involving Wi-Fi scanning, passive detection, and low-level network analysis. For this project, I would design a detection system that identifies ESP devices within 1–3 seconds of presence by combining active Wi-Fi probing and passive monitor-mode scanning (MAC patterns, vendor OUIs, beacon/probe signatures). I’ve previously built 3 security-oriented prototypes that detected hidden or headless devices using RSSI tracking, channel hopping, and packet fingerprinting on Raspberry Pi and ESP32. My approach prioritizes accuracy, low false positives, and reliability, with clear logging and optional alerts when a device is detected. I’m comfortable handling ESP firmware, microcontroller code, and network-layer analysis, ensuring the solution works even when devices are not actively connected to a network. You’ll receive clean, well-documented source code, clear deployment instructions, and a system that can be extended to additional detection rules later. I’d be happy to clarify whether you want a stationary scanner, a portable unit, or multi-node coverage for larger areas.

@manusharma2992

Hey mate, Having honed my abilities over the years with 2D and 3D modeling using tools such as AutoCAD, Revit, SketchUp, I am an expert at understanding physical structures and designing efficient layouts. These skills could be instrumental in detecting even the most discreetly placed devices. My knowledge of JavaScript and CSS would also be useful when implementing the necessary features encompassing your requirements for Wi-Fi device detection. In addition to these technical competencies, my aptitude's extend to Adobe Photoshop, Illustrator, Corel Draw which will enable me to present any findings clearly through graphic illustration. This unique blending of technical-solutions-focused attributes and potent graphic-designing will lead us towards an operational product that will exceed all expectations. Hence, I believe the amalgamation of my problem-solving skills and multifaceted knowledge positions me as your best bet for a successful project completion. Let's work together to take ESP device detection to the next level!

@Zainrais0786

Are you looking for someone who can design an ESP Device Detection System? Ive got your back. Hi, I am Zain. I can easily handle the task including • Embedded Systems • Circuit Design • ESP / IoT / HID / ESP IDF • PCB Design • KiCAD / Altium • Mixed Signal PCB Designs / High Frequency PCB Designs • Firmware Development • C / C++ etc. Lets chat. Best regards

@nabeelraza1993

Hello sir, spotting an ESP device “as soon as it’s present” needs a proper rogue-wireless detection setup not just a basic Wi-Fi scan. Well, what I can do for you as Circuit Design expert and an Electronics Engineer with 8 years of experience is design an authorized, security-focused detection solution that alerts you when an ESP-class device is active in your environment whether it’s joined to your Wi-Fi or emitting 802.11 traffic while monitoring and help you pinpoint where it’s coming from with repeatable, field-friendly steps. In fact, I’ve built wireless security check workflows that combine network-side discovery (DHCP/ARP/MAC fingerprinting) with over-the-air monitoring and a simple dashboard so you can see what was detected, when it appeared, signal strength trend, and likely location zone.

@yaroslavmark

✅Okay, I got what you want exactly. I am a Firmware & Embedded Systems Engineer with over 10 years of experience, providing ESP32/ESP8266 firmware, RF analysis, Wi-Fi/Bluetooth protocol handling, and Raspberry Pi–based detection systems. In my opinion, the most reliable approach is to combine passive Wi-Fi/BLE monitoring with active network fingerprinting to detect ESP devices even when they are hidden or not associated with an AP. By analyzing beacon frames, probe requests, MAC OUIs, RSSI patterns, and timing behavior, we can identify ESP-class devices with high confidence while keeping false positives low. This project is very similar to my previous works. I have built a covert device detection tool using ESP32 and Raspberry Pi that monitored 2.4 GHz traffic, parsed 802.11 frames, and classified devices based on vendor OUI and frame intervals, processing over 50 packets per second. I also implemented Bluetooth scan and logging firmware that differentiated ESP32 BLE advertisers from phones and IoT devices using payload size and advertising intervals. ✅ So, I will divide your project like following: ⚡ Requirements review and detection strategy design (Wi-Fi, BLE, monitor mode) ⚡ ESP/Raspberry Pi firmware development and packet capture logic ⚡ Device fingerprinting and ESP identification algorithm ⚡ Testing in real-world scenarios and optimization for accuracy Best regards. Yaroslav

@leonidye

Hi,I have seen your JD carefully. As a senior firmware engineer with a background in RF security and embedded systems, I specialize in developing high-sensitivity detection tools for rogue ESP-based hardware. To achieve reliable detection, I will implement a dual-mode scanning architecture: a standard Active Station Scan for devices connected to known APs and a Promiscuous Monitor Mode sweep to identify 'hidden' ESP devices broadcasting beacons or ESP-NOW packets. Before we finalize the hardware, are you looking for a handheld localized detector with RSSI signal-strength tracking for physical 'fox-hunting,' or a stationary network-wide monitor that alerts you via a dashboard when an unauthorized MAC OUI (like Espressif’s) appears? My solution will utilize a custom C++ firmware on an ESP32 or Raspberry Pi with an external high-gain antenna to extend detection range and provide real-time triangulation feedback. I will deliver a clean, documented detection engine that filters out benign devices and focuses on high-risk signatures, ensuring your environment remains secure from hidden surveillance or unauthorized access points. I am ready to begin the RF profiling phase immediately to ensure no device stays hidden. Best Regard. Leonid Y.

@shahzaib81829

Hi, I can deliver a concise, reliable solution that detects the presence of ESP-based devices as soon as they appear, whether they are actively connected over Wi-Fi or passively detectable through beaconing or monitor-mode characteristics, even when hidden. My approach focuses on efficient wireless scanning, signature-based identification, and real-time alerts, with clean, well-documented code that can run on constrained systems or be integrated into existing monitoring workflows. The goal is fast detection, low false positives, and practical deployment without unnecessary complexity.

@alectro86

Hello! I see you need a reliable system to monitor your LAN using ESP devices. Most solutions for this are difficult to manage because they require coding the allowed devices. My proposal stands out because it offers a "Plug & Play" solution: Automatic Scanning: The ESP32 will perform ARP pings in the background to detect every active IP/MAC address on your network. Local Web Panel: You won't need to program anything to add new devices. You can access a private IP address from your phone, view the list of "Unknown" devices, and move them to the "Authorized" list with a single click. Instant Alerts: A simple LED/Buzzer alert on the device will alert you when an intruder is detected. Resilience: Automatic reconnection features in case of Wi-Fi signal drops. I use a clean and modular code approach (C++/Arduino) that facilitates maintenance and future scalability. Let's turn your ESP32 into a professional security tool.

@Muhammadzeesha59

As a seasoned Full Stack Developer, I bring an array of skills to the table, which make me a strong contender for your ESP Device Detection System project. Over my six years in the field, I have amassed extensive experience in Microcontroller Programming, Network Security and Raspberry Pi integration - all skills that align with your project needs. Known for thinking out-of-the-box and taking on unique challenges, one area where I've truly distinguished myself is devising solutions for detecting and interacting with IoT devices. My proficiency in Java, C++, Python, and more positions me well to tackle and troubleshoot detection systems' hurdles efficiently. Moreover, my strategic UK and Pakistani base allows me to operate at double efficiency since I can tap into the best of both worlds: quality at reasonable costs. In conclusion, entrusting me with your project not only ensures you're partnering with a reliable professional but also guarantees an optimized delivery process.

@jefereng

Hello I would like to clarify another functionality of ESP device besides of wifi or broadcasting. Best regards. Jeferen

@joaquinc48

✅✅✅ ESP Embedded Systems & Wireless Detection Specialist ✅✅✅ Hi there, I have experience building ESP-based detection systems that monitor Wi-Fi networks and ESP broadcasts, detecting devices even in low-visibility or hidden locations. I’ve developed solutions for presence detection, logging, and alerting using ESP modules with reliable scanning routines. My approach is to implement continuous monitoring via Wi-Fi probe requests or ESP-specific broadcasts, log device presence, and trigger notifications when devices appear, ensuring minimal false positives and efficient power use. I’ll provide configurable firmware and clear deployment instructions. A few questions: Should detection be real-time only or also logged for later analysis? Any specific ESP models to prioritize? Do you need integration with a server or local alerts only? I am ready to start immediately. Best regards

@juliantobahari

Hi , I can help you to make ESP Device Detection System , I'm open for any kind of discussion, so please do not hesitate to contact me! Regards, Juli