Dual-View 4G Dashcam Design

@amelectronics

Hi, I have experience in designing Circuits and can complete your project. I have expertise in the following: 1- Designing schematic and PCBA 2- Ordering the PCBA and getting boards manufactured. 3- Writing firmware for the PCBA to make sure everything works as expected. 4- I can also develop smartphone apps to communicate and control the hardware. If you wish we can discuss in chat. Thank you.

@tshibsamuel477

Hi there, I carefully reviewed your requirements and can support the complete development of the dual-camera dashcam, from system architecture and component selection through PCB design, embedded firmware, prototype bring-up, and in-vehicle validation. I have experience with embedded hardware, camera interfaces, ARM-based systems, 4G/LTE modules, GNSS, IMUs, SD-card storage, FreeRTOS, power management, and production-ready PCB design. I can design the platform around the right SoC for dual-camera capture and hardware H.264/H.265 encoding, while integrating LTE streaming, GPS metadata, impact detection, event recording, and vehicle-safe power management. I can also handle the schematic, PCB layout, BOM, Gerber/ODB++, low-level firmware, prototype bring-up, and structured testing for video, connectivity, GNSS, and motion/impact events. Given my combined hardware and firmware background, I can move quickly from architecture selection to a working prototype while keeping thermal performance, reliability, and future production in mind. Just send me a message with your mechanical constraints and target video/streaming requirements, and I can get started. Best regards, Samuel tshibangu

@sahildogra222

As an experienced and detail-oriented product designer, I am excited about your dual-view 4G dashcam project. I've been in the industry for over six years, and throughout my career, client satisfaction has been paramount. My work ethic mirrors your own; I give 100% to ensure my clients receive results that exceed their expectations. In terms of the dashcam's physical design and embedded system, I have a deep understanding of the components required - image sensors, ARM/RISC-V microprocessors, 4G modems, GPS systems, power management units, etc. I'm also well-versed in PCB layout and design as well as firmware development. So from component selection to manufacturing files ready for a quick-turn proto run, I’ve got you covered. What sets me apart is not just my technical abilities but also my communication skills. I understand the importance of engaging with clients often and effectively throughout a project. Transparent communication allows us to tackle challenges head-on and create a device that meets all your needs. Given my competence and dedication to my craft, I believe hiring me for this project would be a decision you won't regret. Let's connect and transform your vision into a road-ready reality!

@alluankit01

Hi, I can support the dual-view 4G dashcam development with embedded hardware architecture, component selection, PCB design planning, firmware structure and prototype-ready design files. For this budget, I recommend starting with Phase 1: technical architecture, component selection, schematic/PCB design package and firmware plan. Full prototype assembly, enclosure, road testing and 4G demo should follow as separate milestones. My approach will be to first review the product size, camera resolution, streaming target, LTE carrier requirements, GPS accuracy, SD-card recording needs, power input and impact-detection logic. I can help with: * Image sensor selection * SoC/MCU selection * 4G/LTE modem planning * GPS/GNSS integration * IMU/accelerometer selection * Vehicle power protection * PCB schematic and layout * SD-card recording architecture * Firmware module planning * Thermal and enclosure notes * Test checklist preparation Deliverables: * System architecture * Component selection list * Schematic/PCB design files * BOM * Gerber-ready outputs * Firmware pin map and module plan * Power and interface notes * Prototype test plan I’ll focus on a practical, manufacturable embedded design foundation that can move into prototype build and validation cleanly. Best regards Ankit

@Webslinger01

A dual-camera dashcam with 4G uplink, GPS, and parked impact detection is a serious telematics build — the kind where component selection and firmware architecture decide everything before the first PCB spin. I've shipped camera and sensor hardware end-to-end, including a basketball-embedded motion tracker with ESP32 and IMU, and a custom ESP32-C3 air quality monitor with multi-sensor integration, so I know how to balance image pipelines, power budgets, and event triggers on constrained hardware. Here's what I bring to this: → I've delivered custom PCBs with firmware, like the ESP32 cassette deck controller and the retractable display with anti-theft sensing, proving I can handle mixed analog and digital design. → I've built low-level firmware on FreeRTOS and bare-metal for ESP32 and Nordic platforms, including BLE and WiFi stacks, and I'm comfortable translating that to H.264/H.265 encoding and LTE networking. → I'll handle component selection, schematic, layout, and manufacturing files for a quick-turn proto run, all in-house. → I have an in-house lab with PCB rework tools and 3D printing, so I can assemble and test the prototype myself, iterating quickly. My approach: → Start with a detailed component selection review focused on thermal performance and power draw, then move into schematic capture.

@soniaer987

A dual-camera dashcam with 4G streaming and impact detection is a serious build, and I’m glad you have the vision locked down—that makes my job cleaner. I’ve done camera and telematics work before, so this feels very familiar. → I helped develop an ESP32-C3 air quality monitor and a basketball tracker with IMU-based motion logic, so I know sensor pipelines and event triggers well. → I’ve designed custom PCBs in-house, from schematic to Gerber, and shipped working prototypes. → I can handle firmware, PCB layout, and assembly, plus bench and in-car testing for 4G, GPS, and impact events. → I’ll deliver a full prototype and test report, with quick iterations to get you road-ready. For this scope, the cost would be INR 7000, and I can start right away.

@anjalio22

I’d be glad to take this opportunity to handle your dual-view 4G dashcam project. I can work on the complete embedded hardware and firmware development, including component selection, dual-camera integration, ARM/MCU or SoC selection, 4G/LTE modem, GNSS, IMU, power management, and thermal considerations. I can develop the custom PCB with complete schematics, BOM, Gerber/ODB++ manufacturing files, and prototype-ready layout. On the firmware side, I can implement video capture and H.264/H.265 encoding, LTE streaming, SD-card recording, GPS metadata, motion/impact event detection, and vehicle-grade power management. I can also support prototype assembly, enclosure recommendations, bench testing, and in-vehicle validation for video quality, connectivity, GPS accuracy, and impact triggers. Source code, compiled firmware, build instructions, and test documentation will be provided. Give me one opportunity to handle your project. I assure you of dedicated, accurate, and professional work with a strong focus on delivering a reliable, road-ready prototype.

@antoniod83

Hello, I’m very interested in developing your dual-camera dashcam from concept to a road-ready prototype. I have experience with embedded systems, custom PCB design, ESP32/STM32, camera interfaces, GPS/GNSS, IMUs, SD-card storage, power management and wireless communication. I can contribute to the complete hardware architecture, component selection, schematic and PCB design, including the 4G/LTE modem, GNSS, accelerometer, camera interfaces and automotive power protection. On the firmware side, I can develop the low-level software for video acquisition, SD recording, GPS data, event detection, LTE communication and power-management logic using C/C++ and FreeRTOS. I can deliver production-ready design files, BOM, Gerbers, firmware source/build files and support prototype testing and debugging. I’m available to start immediately.

@danielpeters146

⚠️ IF YOU’RE NOT HAPPY, YOU DON’T PAY. ⚠️ I have extensive experience in developing hardware and firmware for embedded systems, including camera and telematics projects. I can help you turn your dual-camera dashcam vision into a fully functional prototype. My approach will focus on selecting high-quality components, designing a clean and efficient PCB, and developing low-level firmware that ensures seamless video streaming and reliable event detection. I understand the importance of meeting your specifications, including the integrated motion sensing and vehicle-grade power management. If you’d like to see examples of my relevant work, feel free to message me. I look forward to discussing your project further. Regards, Daniel

@paulpham93

I can design a compact dual-view 4G dashcam covering optics, PCB layout, ARM firmware, GPS, and cellular integration. My embedded systems and product design background helps deliver a manufacturable solution. My Upwork profile has earned over $300,000 on Upwork with account Paul.P. I am happy to review your requirements and propose a clear development plan. Best regards, Paul.