Custom ROM Creation

@Microlent

Hello! Building a lean, hardened AOSP ROM for in-dash automotive hardware is exactly the kind of low-level Android work I specialise in. Your requirements custom device bring-up, sensor/camera support, GMS removal, and production-grade OTA—fit a clean, reproducible AOSP workflow. How I’d approach this AOSP & Device Bring-Up • Fork the correct AOSP branch aligned to your SoC • Import / build device tree, board config, and vendor blobs • Kernel tuning for camera, proximity, accelerometer HALs De-Googled & Stable Base • Full removal of GMS and Google dependencies • Preserve CTS-safe core Android services and stability Security Hardening • SELinux policy tightening (enforcing, least-privilege) • Verified Boot / AVB configuration • Kernel and build-time hardening flags OTA & Deployment • Repo-based reproducible build environment • Full or delta OTA pipeline (A/B if supported) • Signed images and rollback-safe updates Validation • Boot, sensor, and camera testing on real hardware • Regression and stress testing before release I’ve shipped custom AOSP ROMs for embedded and automotive-adjacent devices and can share commit history and images on request. Let’s start by reviewing your SoC, kernel version, and sensor stack. Best regards, Jasmin

@mrresearcher99

Hi there, I’ve reviewed your Android app requirements and would love to collaborate on your project. With 5+ years of experience in native Android development, I specialize in building high-performance, user-friendly apps with clean UI, optimized architecture (MVVM/MVI), and seamless API integration. I’ll start with a clear project roadmap, provide regular progress updates, and ensure the app is thoroughly tested for stability and performance before launch. Let’s connect to discuss your app idea in detail — I’m ready to bring your vision to life! Best, Bhargav Android Developer | Kotlin & Java Expert

@ixorawebmob

Hello, I’ve gone through your project details and this is something I can definitely help you with. With 10+ years of experience in mobile and web app development, I have a strong focus on Android customization and embedded systems. My expertise includes working with AOSP to create secure, performance-optimized ROMs tailored to specific hardware. I understand the necessity of integrating components like cameras and sensors, and I can ensure that all HALs and permissions are correctly implemented while maintaining Android stability. I have previously shipped custom ROMs and can provide proof of my work, showcasing reproducible builds and successful OTA package implementations. My approach will involve fine-tuning the kernel, applying security enhancements, and conducting thorough stability tests to ensure production readiness. Here is my portfolio: https://www.freelancer.in/u/ixorawebmob I’m interested in your project and would love to understand more details to ensure the best approach. Could you clarify: Could you provide further details about the hardware specifications or any specific features you're expecting in the custom ROM? Let’s discuss over chat! Regards, Arpit Jaiswal

@hayteekeys

Hi, PLEASE KINDLY READ THROUGH MY PROPOSAL I can deliver a lean, security‑hardened custom AOSP ROM for your in‑dash Android display, with full support for camera, proximity, accelerometer, and seamless OTA updates. THIS IS MY APPROACH 1) AOSP Bring‑Up: Fork the correct AOSP branch for your SoC, create/refine device tree & BoardConfig, and tune the kernel (defconfig, drivers, HALs). 2) De‑Google: Remove all GMS while preserving AOSP stability and core functionality. 3) Security Hardening: Enforce SELinux policies, enable verified boot (AVB), apply kernel hardening flags, and lock down default permissions. 4) Sensor & Camera HALs: Ensure camera, proximity, and accelerometer work reliably via proper HAL integration and framework permissions. 5) OTA System: Implement delta or full OTA with rollback support for painless field upgrades. Testing: Stability and regression testing on real hardware until production‑ready. DELIVERABLES Reproducible repo‑based build environment Flashable images (boot, system, vendor) Working OTA packages Brief technical summary of changes ACCEPTANCE Clean boot, all sensors + camera functional SELinux enforcing, verified boot enabled OTA installs and rolls back correctly I have shipped custom ROMs and can share relevant commits/images. Ready to start immediately.

@ShreyTanna

Good Morning!! I can help turn your stock AOSP into a production-ready, hardened in-dash ROM — camera + sensors working, OTA enabled, and fully reproducible. Here’s how I’d handle your build: • Fork correct AOSP branch for your SoC • Device tree + BoardConfig bring-up • Kernel tuning where needed • Full GMS removal while keeping system stability • HAL integration for camera, proximity, accelerometer • SELinux policy + verified boot + hardening flags • Repo-based reproducible build environment • Flashable images (boot / system / vendor) • OTA setup (delta or full) • On-device regression + stability testing until production ready You’ll get: • Clean AOSP fork • Booting images on real hardware • All sensors + camera operational • OTA packages verified • Documented build + flashing process Why me • Speedy replies to your messages • Daily progress updates with visible milestones • Deep experience with AOSP bring-up, device trees, kernels, and ROM hardening • Excellence in shipping real automotive Android builds — not half-working demos Ready to review your SoC details and start immediately. Let’s get this ROM road-ready .

@KarthikTechCon

Hi, I’m Karthik, an Android/AOSP engineer with 10+ years of experience working on custom Android builds and embedded Linux systems. I’ve handled full custom-ROM lifecycles for dedicated hardware, from device trees to production-ready, OTA-updatable images. Why I’m a strong fit • Hands-on AOSP builds, device tree/BoardConfig, and kernel tuning • Experience enabling cameras and sensors via proper HALs/permissions • GMS removal and lightweight AOSP-based distributions • Security hardening: SELinux enforcing, verified boot, hardening flags • Reproducible repo-based build environments How I’ll approach your ROM – Select and fork the right AOSP branch for your SoC – Configure device tree, kernel, and vendor components – Integrate camera, proximity, and accelerometer cleanly – Strip GMS while maintaining system stability – Implement OTA (full/delta) with safe upgrade paths – Run on-device stability and regression tests Delivery ✔ Reproducible build setup ✔ Flashable, stable images ✔ Working sensors/camera ✔ OTA packages + basic docs I focus on production-grade builds, not just dev images. Happy to discuss your SoC and current source state and share relevant experience. Best regards, Karthik

@arshig8

Hello, Having worked on several complex projects similar to yours, I am confident that I possess the necessary skill set and expertise to accomplish your vision. My previous experience in Android App Development, coupled with my full-stack capabilities, will enable me to execute all aspects of this project with ease. Not only have I created custom ROMs before, but I also know exactly what it takes to deliver on a car-grade system like yours with specialized hardware needs. Your emphasis on a lean, stripped-down build without compromising stability aligns perfectly with my development approach, where I place equal importance on functionality and performance optimization. Moreover, your mention of seamless OTA delivery resonated with me as it is something that necessitates meticulous attention to detail and robust testing - both of which I specialize in. Ultimately, my goal is to provide reproducible builds that boot cleanly, ensure functionality across sensors and cameras, and streamline field upgrades. Through our collaboration, we can create a custom ROM that not only enhances security but also sets you apart in the market. Thanks, Arshiya

@Ankurhardia34

Hello, I’m Ankur, a freelance developer with a dedicated team of professionals. I read all your requirements for website and I assure you that I will provide high-quality work at the proper time. Additionally, we also provide you 3 months of support from our side. As a Full Stack Developer, I specialize in Web and App Development, boasting a portfolio of stunning projects with top-notch UI/UX design. My expertise spans Flutter (for both Android and iOS), PHP, and WordPress, and I bring over 7 years of experience to the table. Whether it’s websites, applications, or e-commerce platforms, I’ve got you covered. But I’m not limited to just coding. My skill set extends to graphic design and logo creation, offering you a one-stop solution for all your project needs. With a track record of over 500 completed projects, I am committed to delivering nothing short of excellence. My ultimate goal is your complete satisfaction. Thank you for considering me for your project. I’m ready to transform your vision into a reality that stands out in today’s competitive landscape. Best Regards, Ankur Hardiya

@tamannarajput18

Drawing from my 6+ years of experience in Full Stack development, I can offer not only a deep understanding of Android app development and UI design, but an extensive knowledge of the entire application creation process. This includes ensuring your in-dash Android interactive display performs at its best by building a lean, security-hardened custom ROM on a forked AOSP branch that best matches your SoC. My skills extend to the heart of what you're looking for - the ability to strip every Google Mobile Service while preserving base Android stability to meet your specific needs. I’m also experienced in applying low-level security tweaks, setting up seamless OTA delivery, and conducting stability and regression tests on real hardware. I understand success for you means a reproducible build environment, flashable images that boot cleanly, functioning sensors and camera, and hassle-free OTA packages. My track record reflects a knack for meeting and exceeding client expectations. I’ve built complex mobile apps that perform flawlessly upon deployment.

@bridgestonetech1

Hi, we can handle this end to end and turn AOSP into a lean, production-ready ROM for your in-dash Android unit. With 7+ years of hands-on AOSP and embedded Android experience, we’ve shipped custom ROMs on car-grade and IoT hardware with cameras and sensors. Our approach is to fork the right AOSP branch for your SoC, build a clean device tree and board config, tune the kernel, remove all GMS safely, and harden the system with SELinux and verified boot. We’ll set up a reproducible repo-based build, validate all HALs on real hardware, and deliver reliable OTA updates. Which SoC and Android version are you targeting? Do you already have vendor blobs and kernel sources? Let’s discuss and get this moving.

@thinkbotictech

Hey, I can deliver a lean, security-hardened AOSP build tailored specifically for your car-grade hardware. Custom ROM & Kernel: I’ll fork the ideal SoC branch and craft a precise device tree/board-config with full support for your camera, proximity, and accelerometer HALs. OTA & Infrastructure: I’ll set up a seamless delta/full image OTA pipeline and provide a fully reproducible repo-based build environment. Production-Ready: I’ll handle the regression testing on-device to ensure stability before handoff. Clean, documented system architecture and a final production walkthrough included. Let’s connect and have quick chat !!