BLE TPMS Firmware & App

@infowider11

⭐️⭐️⭐️ TPMS (Tire Pressure Monitoring System) Firmware & Mobile App Development ⭐️⭐️⭐️ Hello, I checked the JD and you want an end-to-end Tire Pressure Monitoring System (TPMS) solution including BLE-enabled embedded firmware, an in-vehicle display dashboard, and a cross-platform mobile application for real-time pressure and temperature monitoring, alerts, and analytics. Main Features: • BLE firmware for wireless TPMS sensor communication • Continuous sensor scanning, pairing, and data streaming • Low-power embedded firmware architecture • Pressure and temperature data acquisition • On-device data validation and filtering • Unit conversion and calibration handling • Fault detection and error recovery mechanisms • Real-time BLE communication with host MCU • Cross-platform iOS and Android mobile application • Native BLE integration and device auto-discovery • Live pressure and temperature monitoring dashboard • Local storage for historical readings • Graphs and trend analysis visualization • Configurable low-pressure thresholds • Audible alert notifications • Visual warning indicators • Push notification alert system • User settings and alert customization • Embedded LCD dashboard for 4–5” displays • Optimized graphical and numerical display interface • Push-button or capacitive-touch menu navigation • Real-time synchronization between device and mobile app • Stable BLE communication architecture Let’s chat… Thanks

@Mahihassi

As an electrical engineer specialized in embedded systems, particularly firmware development with strong expertise in BLE connectivity, your project is tailor-made for my skill set. Having performed multiple end-to-end IoT product engineering designs, I fully comprehend the substantial considerations of your project, including low-power firmware design, data validation to ensure data integrity, and unit conversion for seamless user experience, and this understanding allows me to craft reliable, optimized and robust embedded solutions. When it comes to mobile app development, especially with React Native - a top choice for cross-platform compatibility - I possess substantial experience delivering high-performance and native-app-like user experiences on both iOS and Android devices. Furthermore, my proficiency with wireless protocols extends to utilizing native BLE APIs effectively, allowing seamless communication between the TPMS device and the mobile application as per your requirement. With your acceptance criteria encompassing areas I excel in—stable BLE connection up to a 50-meter range inside a vehicle, minimal pressure deviation of ±1 psi, timely low-pressure alerts over various channels—I assure you that my expert knowledge augmented by my commitment to consistent quality will deliver the desired results. Thanks -sardar (ceo MHTechFusion)

@tangramua

Dear ,   We carefully studied the description of your project and we can confirm that we understand your needs and are also interested in your project. Our team has the necessary resources to start your project as soon as possible and complete it in a very short time.   We are 25 years in this business and our technical specialists have strong experience in Mobile App Development, iPhone, Android, Bluetooth Low Energy (BLE), React Native, Flutter, Embedded Systems, Mobile Development and other technologies relevant to your project.   Please, review our profile https://www.freelancer.com/u/tangramua where you can find detailed information about our company, our portfolio, and the client's recent reviews.   Please contact us via Freelancer Chat to discuss your project in details.   Best regards, Sales department Tangram Canada Inc.     

@skalogir

Hi, I can develop your TPMS solution end to end, including BLE firmware for wireless pressure/temperature sensors, embedded validation and conversion logic, in-car LCD dashboard output, and a cross-platform iOS/Android mobile app. I have experience with embedded C/C++, BLE scanning/pairing/streaming, sensor data handling, Flutter/React Native BLE apps, local storage, live dashboards, graphs, alerts, and mobile permission requirements. I will build the firmware, mobile dashboard, head-unit UI, configurable low-pressure alerts, and testing workflow to verify range, accuracy, alert timing, and stable app-store-ready BLE behavior. Q1: Which MCU/BLE chipset and TPMS sensors are you using? Q2: Should the mobile app connect directly to sensors or only to the host controller? Q3: What LCD module and input buttons/keys are planned for the head-unit? Best regards.

@ciss26

Hello, I hope you are doing well. I understand that you are looking to build a TIRE PRESSURE MONITORING SYSTEM WITH MOBILE APPLICATION, and I would be happy to help. I have extensive experience in designing and developing applications and have successfully delivered many projects. What I offer: -Development using the latest technologies -Daily project updates and clear communication -On-time delivery within the agreed timeline -Complete source code provided after project completion -One year of support for the developed work -10+ years of experience in web and app development -Fully responsive, fast-loading, and SEO-friendly design -A powerful super admin panel to manage the entire system Please feel free to initiate a chat so we can discuss your requirements in detail. Thank you and regards, Dheeraj K.

@temoberishvili

I see you're looking for full development of a Tire Pressure Monitoring System, including both firmware and app. With around 10 years of experience in mobile development, I have a solid grasp of Bluetooth Low Energy for efficient sensor communication. Your goal is to create a reliable system for reading tire pressure and temperature, which is crucial for vehicle safety. Some similar things I've built include a regional booking platform for a tutoring company, an internal CRM for a property agency, and a React Native field-reporting app. Let’s make this system efficient and user-friendly. Could you please clarify the following questions to help me better understand the project? Q1: What specific features do you envision for the mobile app alongside the firmware? Q2: Are there any particular compliance standards or certifications you need to meet for the TPMS? Q3: What are your preferred platforms for the mobile app, iOS, Android, or both?

@engrusmanfaiz

This is a strong fit for a BLE-centered embedded + mobile architecture, and the key to making it reliable is clean separation between sensor acquisition, validation logic, and UI presentation. For the embedded side, I would use a robust low-power BLE architecture (ESP32, Nordic nRF52, or similar depending on sensor protocol compatibility) with continuous scanning, packet validation, filtering, unit conversion, watchdog recovery, and stable communication handling before data reaches the display or mobile layer. For the mobile application, Flutter or React Native with native BLE integration would work well for maintaining a single codebase across iOS and Android while still handling background BLE permissions and notifications correctly for App Store/Play Store compliance. The dashboard UI can share the same design language between the mobile app and the in-vehicle display, including live tire data, trend graphs, configurable pressure thresholds, alert management, and local storage of recent readings/history. I can support the complete workflow including firmware, BLE protocol handling, embedded UI, cross-platform app development, alert logic, testing strategy, and integration validation against your range and pressure-accuracy requirements.

@shakeebsun

Hello, The most critical part of this project is building a reliable BLE communication layer between the TPMS sensors, embedded controller, and mobile application while ensuring accurate pressure readings, stable connectivity, and real-time alerts. I have experience with Flutter, BLE integrations, real-time data processing, notifications, dashboards, and cross-platform mobile development. I can develop the iOS and Android application that connects to your TPMS device, displays live pressure and temperature data, stores readings locally, and provides configurable alert mechanisms. ✔ BLE device discovery & pairing ✔ Real-time pressure and temperature monitoring ✔ Dashboard with graphs and trend analysis ✔ Local data storage and history tracking ✔ Audible, visual, and push notifications ✔ iOS & Android support from a single Flutter codebase ✔ Clean and scalable architecture Before finalizing the scope, I would like to clarify: Are the TPMS sensors and BLE protocol documentation already available? Has the embedded hardware platform been selected? Is the firmware development required from scratch or is there an existing firmware base? Available to discuss the architecture and implementation plan in detail. :::

@mahig47

Hello! As per your project post, you are looking to build an BLE based TPMS system that includes embedded firmware for sensor communication and a cross platform mobile application that visualizes real time tire pressure and temperature data. The goal is to create a reliable, low power system where the firmware handles clean data acquisition from BLE sensors and the mobile app plus in vehicle display provides accurate live monitoring, alerts, and trend analysis. My focus will be on developing low power BLE firmware for stable sensor scanning, pairing, and data streaming with proper validation and preprocessing on the embedded controller to ensure only clean telemetry reaches the application layer. On the software side, I will build a single codebase mobile app for iOS and Android that auto detects TPMS devices, subscribes to live data feeds, stores recent readings locally, and presents them through a clear dashboard with numerical and graphical visualization. I specialize in building IoT systems that combine embedded firmware, BLE communication, and real time mobile dashboards. My approach focuses on reliability, low power efficiency, and smooth real time data synchronization between hardware and applications, ensuring accurate monitoring in live automotive environments. Let’s connect to discuss your sensor specifications, BLE protocol structure, and target MCU so we can design a stable and scalable architecture for your TPMS system. Best regards, Nikita Gupta.

@ZohaibRoy

⭐⭐⭐⭐⭐ Create an Efficient Tire Pressure Monitoring System with BLE and Mobile App ❇️ Hi My Friend, I hope you're doing well. I've reviewed your project requirements and I see you are looking for an end-to-end development for a Tire Pressure Monitoring System. You don’t need to look any further; Zohaib is here to help you! My team has successfully completed 50+ similar projects in embedded systems and mobile applications. I will create reliable BLE firmware that connects with sensors, processes data on an embedded controller, and builds a cross-platform mobile app to mirror everything. ➡️ Why Me? I can easily develop your Tire Pressure Monitoring System as I have 5 years of experience in embedded C/C++ programming, mobile app development, and BLE technology. My expertise includes firmware development, data validation, and mobile app design. I also have a strong grip on React Native and Flutter for creating smooth cross-platform apps. ➡️ Let's have a quick chat to discuss your project in detail and let me show you samples of my previous work. Looking forward to chatting with you! ➡️ Skills & Experience: ✅ Embedded C/C++ ✅ BLE Firmware Development ✅ Mobile App Development ✅ React Native ✅ Flutter ✅ Data Validation ✅ Unit Conversion ✅ Error Handling ✅ Cross-Platform Compatibility ✅ User Interface Design ✅ Trend Analysis ✅ Alert System Implementation Waiting for your response! Best Regards, Zohaib

@tshibsamuel477

Hi there, I’ve carefully read your project description, and I can help develop the complete TPMS system, including BLE sensor communication, embedded firmware, in-car display dashboard, and cross-platform mobile app for iOS and Android. I’m Samuel Tshibangu, a mechatronics engineer with hands-on experience in embedded C/C++, BLE systems, sensor data processing, mobile-connected IoT devices, display interfaces, alerts, and real-time dashboards. I can build the firmware for scanning/pairing, pressure and temperature validation, error handling, unit conversion, and reliable data delivery to both the head-unit display and mobile app. I can also support the mobile app with live readings, local storage, graphs, configurable alerts, and BLE permission handling for Android/iOS. Feel free to send me the sensor model, controller platform, and display details, and I can start right away. Best regards, Samuel Tshibangu

@sanjana22kr

With a decade of experience under my belt, I have honed my skills in mobile app development and have taken a strong liking towards cross-platform solutions like Flutter- which is exactly what you're looking for in the mobile app. My expertise in BLE firmware development is rooted in my adept knowledge of languages like C/C++, which you've highlighted as an important criterion. Moreover, having worked across various domains such as healthcare and enterprise platforms, I am confident in delivering a solution that aligns precisely with your vision. Your project scope not only involves developing firmware to wirelessly interact with sensors but also requires storing, validating, processing and presenting the retrieved data comprehensibly- each of these stages are well within my skill set and experience. To ensure optimum performance, I will leverage React Native which allows for seamless utilization of native BLE APIs for both iOS and Android. Following best practices, I will also ensure that your app passes App Store & Play Store BLE permissions requirements.

@vladang

I’ve worked on BLE-heavy embedded/mobile systems like this where reliability matters more than features on paper. On firmware side, I’d start with a low-power scan/pairing layer tuned for in-vehicle interference, then build a clean GATT stream handler that normalizes pressure/temp packets as early as possible. I usually add validation, unit conversion, timestamping, and basic filtering on the MCU so the mobile layer never deals with noisy data. If packets drop, I buffer briefly and resync instead of forcing reconnect loops. For the app, I’d go with Flutter or React Native using native BLE bindings, auto-discovery, and a local store for recent readings. Charts + table would be driven off a single shared state model. Alerts (sound, UI, push) would be gated with hysteresis so they don’t flicker on borderline values. Head-unit would mirror same data model with a lightweight C++ UI layer optimized for 4–5” rendering. What BLE chipset/protocol are your sensors using, and is the MCU already selected?

@mascotindia123

Hello I confirm that I have carefully read your requirements, and it will be an honor to work with you on the end-to-end BLE TPMS firmware, mobile app, and embedded dashboard system. With 14 years of experience in embedded systems and cross-platform mobile development, I specialize in BLE firmware, low-power MCU design, and real-time data visualization applications. I will develop robust BLE firmware for continuous sensor scanning, pairing, validation, and clean data streaming with proper error handling and power optimization for stable in-vehicle performance. The mobile application will be built using Flutter/React Native (based on best fit), ensuring a single codebase for iOS and Android with native BLE integration, real-time dashboards, trend graphs, and configurable multi-channel alerts. The embedded head-unit UI will mirror the mobile experience, optimized for a 4–5″ display with smooth navigation via hardware buttons or capacitive inputs. Please check my profile to review ratings, feedback, and similar embedded + mobile IoT systems I have successfully delivered. Budget and timeline will be discussed further after final hardware specs and sensor protocol confirmation. Warm regards, Harpreet Singh

@XRProConnect

Hi there, This project instantly caught my eye, so I had to reach out. I see you're looking for end-to-end development for a Tire Pressure Monitoring System, including BLE firmware and a cross-platform mobile app. I have a strong background in developing solutions like this, helping businesses increase sales through high converting websites and scalable development. If you'd like, I can provide samples of successful projects upon request. Based on what you mentioned, here is how we would approach the project: - Develop reliable, low-power BLE firmware with data validation and error handling. - Create a cross-platform mobile app using React Native for smooth performance. - Design a dashboard for the in-car display with easy navigation and clear visuals. Rest assured, we will prioritize clear communication and deliver a seamless, user-focused solution optimized for performance. Best Regards, XRProConnect

@SkillCrafts

Having successfully developed low-power BLE communication modules for embedded systems, I'm confident in my ability to deliver a robust and efficient firmware solution for your BLE TPMS. My experience includes optimizing scan intervals and connection parameters to maximize battery life while ensuring reliable sensor data acquisition and transmission, mirroring the continuous scanning and streaming requirement. My technical approach will leverage the STM32 ecosystem for the host MCU, utilizing its HAL/LL libraries for direct hardware control and FreeRTOS for efficient task management. For BLE, I'll integrate the appropriate vendor's SDK, focusing on a state machine architecture for sensor discovery, pairing, and data reception. Data processing will involve implementing CRC checks, unit conversions (PSI/kPa, °C/°F), and robust error handling for sensor disconnects or invalid readings, ensuring only clean data is passed to the application layer. The mobile app will be developed using Flutter, allowing for a single codebase for both iOS and Android, integrating seamlessly with the BLE firmware for real-time data display and alerts. What are your target battery life expectations for the wireless sensors? Also, have you considered specific protocols for sensor discovery beyond standard BLE advertising, or will a simple scan suffice? I'm eager to discuss your project in more detail and outline a precise timeline.

@SmartCodeDev

Hello, Experienced embedded and mobile developer with strong expertise in BLE firmware, embedded C C++, and cross platform application development I can develop the complete TPMS solution including low power BLE communication, sensor data validation, error handling, and reliable pressure and temperature processing on the embedded controller The mobile application will support iOS and Android from a single codebase with real time monitoring, historical graphs, local storage, and configurable alert management The in vehicle display interface will provide an optimized dashboard with graphical and numerical data presentation plus intuitive menu navigation Focus will be placed on BLE stability, measurement accuracy, low latency alerts, and compliance with App Store and Play Store requirements Complete source code, documentation, testing, and deployment support will be provided for a production ready solution.

@sekai1116

With over X years of experience in Embedded Systems and Electronics Engineering, I'm your go-to expert for your Tire Pressure Monitoring System project. I have vast knowledge in developing Bluetooth Low Energy (BLE) firmware that caters to the specific needs of devices like yours. I am adept at designing firmware that handles tasks such as continuous scan, data validation, unit conversion, and error handling. This ensures that your app receives only clean, usable figures which will create a better user experience for you. Finally, my work doesn't conclude with just software development; I'm skilled in hardware design and integration. Thus, I can expertly handle the output of data to the small in-car display as you've described. My comprehensive approach also matches well with the acceptance criteria you've specified like ensuring a minimum 50m range inside a vehicle for BLE link stability and minimal pressure deviation of ±1 psi from a calibrated gauge. All these factors make me uniquely qualified for this project and I'm excited about the opportunity to assist you! Consider my pitch akin to an incredibly precise pressure sensor—reliable and ready to be deployed! Let's connect and get rolling on this significant endeavor together.

@shadabkhan92

Done similar tasks with wifi using esp32 lets discuss over chat I'm glad to have come across this project description as it aligns perfectly with my skillset and experience. My name is Mohd Sadab and I specialize in building intelligent systems that combine hardware and software- a perfect match for your BLE TPMS Firmware & App project! Having previously worked on similar tasks, including using ESP32/WiFi, I have honed my skills in developing reliable, low-power firmware and mobile applications for functions such as live sensor data streaming and unit conversion. One of the key aspects that make me a great fit for your project is my proficiency in both Android and iOS development, leveraging cross-platform technologies like React Native and Flutter. This ensures not only a clean codebase that compiles smoothly for both platforms but also optimally utilizes native BLE APIs, guaranteeing seamless device connectivity and reception of accurate data readings. Moreover, with a thorough understanding of Bluetooth Low Energy (BLE) protocols and over-the-air communication range optimization techniques, I am confident in delivering a stable BLE link with a solid range exceeding your minimum requirement of 50 meters. My meticulous approach to data validation, unit conversion, and error handling processes further underscore my commitment to ensuring only the most precise figures reach the UI layer.