Custom Raspberry Pi Media Box Development "PI-TV"

@diektech

Hi — Elias here from Miami. I see you're looking to build a custom Raspberry Pi media box. That's an interesting project and I can already foresee some challenges that might come up. Getting the performance and user experience to match what people expect from established brands like Fire TV can be tricky, especially with hardware limitations and ensuring smooth media playback. A couple of common issues I’ve encountered in similar projects include managing the software dependencies on the Raspberry Pi and ensuring seamless integration between the frontend and backend components. It’s crucial to keep everything lightweight and responsive. My approach would involve starting with a clear architecture plan that balances functionality with performance. I'll prioritize quick testing cycles to identify any bottlenecks early on, which helps in refining the user experience as we go. To get us moving in the right direction, could you share more about your target media sources? Also, what specific features are you most keen on replicating from a smart TV experience? Looking forward to your thoughts.

@ykarora26

With hands-on experience in Raspberry Pi projects and UI/UX design, I understand the need to create a seamless TV media box experience like Fire TV. My past work includes designing user-friendly interfaces for smart devices. How important is customizability for the wallpaper feature on the home screen layout? Regards, Yogesh Kumar

@asifalimzd

Hi there, I can build this Raspberry Pi 5 media platform end-to-end using React, Node.js/Express, SQLite, X11 kiosk mode, LibreWolf, HDMI-CEC integration, WireGuard VPN support, and a secure phone-based management dashboard, with a phased delivery approach focused on stability, remote-control usability, and production-ready deployment. Kindly drop me a message to discuss more in detail. Thanks.

@Herculesz

Hi, this is a well-specified kiosk/embedded web system, and the part that matters is not the launcher UI itself but making Raspberry Pi behavior feel deterministic under CEC, browser focus changes, and VPN edge cases. I’ve built several production systems where the real work was coordinating multiple moving parts cleanly, not just shipping screens. For this project, I would treat X11 kiosk boot, launcher state, browser control, CEC input mapping, and settings persistence as separate runtime layers with explicit ownership and recovery paths. The closest examples in my background are Custom Feature Development & Integration and TikTok AI Livestream Setup. Both required stepping into multi-component systems, tightening integration points, and making behavior reliable under real user interaction. I usually structure builds like this around a thin control plane: systemd services for boot/runtime supervision, a local API for state changes, and a launcher/browser boundary that can always recover to home. The main tradeoff is keeping CEC and browser navigation responsive without letting focus state become fragile. I’d start by sketching the service graph, state model, and MVP boot/input flow so the later VPN and settings work lands on stable foundations. Thanks, Hercules

@skalogir

Hello, I understand you need a Raspberry Pi 5 media box that boots into a Fire TV-style kiosk launcher with CEC remote control, LibreWolf fullscreen website launching, Vimium navigation, phone-based admin dashboard, genres, search, wallpapers, secure settings, VPN controls, and persistent local storage. I have experience building Raspberry Pi kiosk systems, React/Node.js interfaces, Express APIs, SQLite data layers, X11/Openbox startup flows, systemd services, browser wrappers, HDMI-CEC mapping, WireGuard VPN setup, and TV-optimized UX. I will deliver this step by step with a stable MVP first, then expand through remote management, CEC input, LibreWolf integration, VPN rules, settings menus, documentation, scripts, and clean repo files for deployment on the Pi. Q1: Will you provide the Raspberry Pi 5 hardware for testing, or should development begin in a local Pi OS environment? Q2: Should the first MVP support only website tiles, or also local media/apps? Q3: Do you prefer Mullvad or ProtonVPN as the first VPN implementation? Best regards.

@Mahihassi

As an accomplished Electrical Engineer specialized in embedded systems, I believe I'm the ideal fit to bring your vision of "PI-TV" to life. My extensive experience with microcontrollers and single-board computers including Raspberry Pi, as well as my expertise in firmware development, position me to expertly design and implement a polished and tailored media box solution for you. Notably, I have worked extensively with Raspberry Pi-based projects involving specially developed APIs, mobile applications and web platforms similar to the kind of system you require for managing your media box remotely through a phone web app. This means that not only can I create a functional interface working on large HDMI screens, but I can effectively integrate it into an app for easy access and management. Moreover, I have gained significant experience in creating smooth TV-native navigations through my involvement in distinct hardware projects across various designs, leveraging tools like X11 and xinit/openbox. You will benefit from my in-depth knowledge of ad/tracker blocking techniques, screen customization, browser integrations through Vimium (or Vimium C) extension, among other diverse skills needed for this project. I eagerly anticipate the opportunity to execute your idea flawlessly while ensuring top-notch responsiveness and user friendliness at every turn.

@codefusion53

Hi, I’m excited about building your custom Raspberry Pi media box, PI-TV. My approach involves designing a sleek, responsive React-based launcher that mimics Fire TV, with a focus on TV-native navigation and quick access to streaming sites. I’ll set up a robust backend with Node.js and SQLite to manage channels, genres, and settings, integrating real-time WebSocket updates for seamless remote management. The kiosk environment will run LibreWolf in fullscreen mode with Vimium for smooth keyboard/D-pad navigation, controlled via CEC signals mapped through libCEC and xdotool. I will develop a secure React web app for phone-based management, enabling easy channel and wallpaper updates, with password protection for local security. The system will automatically boot into the kiosk on power-on, restore previous resolution, and support safe resolution changes with user confirmation. VPN will be configured to run by default with per-domain exceptions, providing privacy and flexibility. I’ll include detailed scripts and configs for systemd startup, LibreWolf wrapping, and CEC input mapping, ensuring stability and TV-remote responsiveness. This project will follow your phased roadmap, delivering a fully functional, polished media box that’s easy to manage and upgrade. Best, Justin

@PINESCRIPTERR

Hi, your project "Custom Raspberry Pi Media Box Development "PI-TV"" is clear, and I can take care of the implementation. I will keep the delivery simple: confirm the setup, build the required part, test it, and hand it over clearly. My focus would be turning the UI requirements into a polished, responsive build. Best regards, Houssame

@AnumFatima210

Hello, I came across your Custom Raspberry Pi Media Box Development "PI-TV" and I am very interested in working with you. I have reviewed your requirements and full understand the scope of expectations. I specialize in CSS, HTML, and have successfully delivered similar projects before. I am committed to delivering high-quality work with reliability, clarity and professionalism. I work transparently throughout the project progress, deadlines and expectation stay clear at every stage. I would be glad to disucss further details and am ready to start immediately. Looking forward to hearing from you. Regards. Anum

@toriquldev123

Hello dear, I’m an experienced full-stack developer specializing in Raspberry Pi systems, React, Node.js, and kiosk-based UI platforms, with over 5 years building media interfaces, embedded Linux solutions, and TV-optimized applications for scalable deployments and UX systems. I understand you want a Raspberry Pi 5 TV-style launcher system with Fire TV interface, HDMI-CEC remote control, LibreWolf kiosk browsing, phone admin dashboard, VPN integration, and polished smart-TV UX with smooth navigation system design. My skilled Raspberry Pi, React, Node.js, Express, SQLite, Linux, X11, CEC, WireGuard, Docker, UI/UX, VPN Kiosk Automation Feel free to share more details. I’m ready to start immediately and deliver quality results. Looking forward to hearing from you. Best regards, Md Toriqul Islam

@vladang

It sounds like you’re not looking for a media center on top of Raspberry Pi—you’re trying to make the Pi disappear completely and have the TV feel like it shipped with its own streaming OS. The tricky parts aren’t the React screens; they’re reliable boot behavior, CEC input consistency, kiosk/browser handoff, and making VPN exceptions work without creating edge cases that strand users on a black screen. I’d start by building the foundation exactly as the MVP outlines: Pi OS Lite, X11 kiosk startup through systemd, React launcher, and a LibreWolf wrapper that can always return cleanly to the launcher. Once that flow is stable, I’d add SQLite-backed channel management and the phone dashboard with WebSocket updates so changes appear instantly on the TV. For CEC, I’d avoid brittle key mappings and build a dedicated input service that translates Home/Back/D-pad events into launcher and browser actions consistently. I’ve done similar appliance-style deployments with Node.js where recovery paths mattered more than features, so watchdogs, safe resolution rollback, and crash recovery would be part of the first implementation rather than an afterthought. The VPN exception layer is probably the area that deserves the most design discussion before coding. I’m ready to start with Deliverable 1 and work through the phases methodically. Which approach are you leaning toward for per-domain VPN bypass: proxy/PAC, policy routing, or network namespaces?

@DngPhgNam

⭐⭐⭐⭐⭐ ✅Hi there, hope you are doing well! I have developed similar Raspberry Pi kiosk projects featuring custom media interfaces easily controlled by remotes and mobile management. The most important part is ensuring seamless HDMI-CEC integration and responsive UI for smooth TV remote navigation. Approach: ⭕ Set up Pi OS Lite with systemd kiosk boot, develop React home screen with D-pad support, implement Express API with SQLite database, enable LibreWolf kiosk mode with Vimium, integrate libCEC for remote control mapping, and build secured React web app for remote management. ❓ Please confirm any preferred VPN behavior details you want prioritized and specific security expectations. I am confident in delivering a polished, stable, and user-friendly custom TV media box system to your specifications. Best regards, Nam

@flapjakc

Hello! PI-TV in the US — a Fire TV-style kiosk launcher for Raspberry Pi 5. React home screen, phone web admin dashboard, LibreWolf kiosk launching, HDMI-CEC remote control and VPN management. Well-documented spec across 6 phases. React launcher with D-pad navigation, channel tiles with genre filtering, real-time search. Node.js/Express backend with SQLite for channels/genres/settings, WebSocket for live sync. Phone React dashboard for channel management, icon uploads and wallpaper. LibreWolf kiosk wrapper with Vimium for D-pad navigation. systemd units for reliable autostart. WireGuard VPN with per-domain exceptions. I'll deliver the complete codebase, systemd configs, setup scripts and clear instructions you can follow on the Pi yourself. Send me a message and let's start with Phase A. Mateo

@Aaleen110

I understand you need a custom Raspberry Pi media box, "PI-TV," to replicate a Fire TV/smart TV interface for quick streaming service launching. The system must be responsive and TV-native, controlled via HDMI-CEC and a phone web app, running on a Raspberry Pi 5. I previously developed a similar embedded Linux system that achieved sub-second boot times and seamless HDMI-CEC integration for a commercial kiosk. My approach will involve building a custom Linux distribution for the Raspberry Pi 5, leveraging Kodi or EmulationStation as a base for the UI, and integrating specific Python scripts for HDMI-CEC control using `cec-client`. The remote management web app will be developed using Flask and deployed locally on the Pi, accessible from any device on the network. We'll ensure automatic boot on HDMI signal detection through kernel configuration and systemd services. Regarding boot behavior, what is the preferred method for initiating the Pi's power-on sequence: explicit HDMI-CEC power sync or passive HDMI signal detection? Ready to start as soon as you confirm scope.

@Alanfox10000

Hello, I have **7+ years of experience** building Raspberry Pi, Node.js, React, kiosk-mode, Linux automation, and embedded media/dashboard systems. I can build your Raspberry Pi 5 smart-TV style media box with a clean Fire TV-like launcher, phone admin panel, HDMI-CEC remote control, LibreWolf kiosk launching, SQLite backend, and VPN support. Recommended stack: ✔ Raspberry Pi OS Lite ✔ X11 + Openbox kiosk mode ✔ React launcher + React phone admin UI ✔ Node.js/Express backend ✔ SQLite database ✔ LibreWolf kiosk + Vimium ✔ libCEC/cec-client remote mapping ✔ WireGuard for Mullvad/Proton VPN ✔ systemd services for auto-start/watchdog I can deliver: ✔ MVP roadmap and architecture ✔ Repo scaffold with React/Node/SQLite ✔ Channel/genre/wallpaper management ✔ Fullscreen launcher with D-pad navigation ✔ YouTube/website quick-launch via LibreWolf ✔ CEC Home/Back/D-pad mapping ✔ Password-protected phone dashboard ✔ VPN toggle and future per-domain exception plan ✔ Setup commands, scripts, and documentation My approach will be phased: foundation, remote management, CEC/input, VPN, polish, and hardening. Estimated timeline: **4–8 weeks** depending on full feature depth. Ready to start with Deliverable 1 and build step by step. Best regards. Alan :)

@albertc1996

Reboot to a full-screen launcher on the first HDMI input detected, switching instantly to the custom home screen you outlined for the Raspberry Pi 5. • Delivered a zero-desktop, X11-kiosk setup that boots on HDMI CEC power sync and restores the last resolution, defaulting to 1080p at first boot. • Created a React launcher with D-pad navigation, genre filtering, and live search that mirrors the Fire TV layout you described. • Wrapped LibreWolf in a reusable script that loads Vimium, enters kiosk mode, and maps Back to Alt-Left so the remote functions exactly as you require. 1. Does the phone web UI need to support OAuth or just local-network passwords? 2. Will the VPN always-on mode use a single WireGuard configuration or do you need per-domain rules baked into the Pi’s routing table? What you will receive: • Systemd units and X11 configs for boot-time kiosk launch, including automated CEC detection. • An Express/SQLite service exposing REST endpoints for channel, genre, wallpaper, and VPN settings, plus a reactive React dashboard secured with basic auth. • A complete launcher and LibreWolf wrapper with D-pad navigation, Vimium bindings, and a fallback to the home screen on Home button press. Post-launch, I’ll provide 30 days of backend support and 6 months for the fullstack if you opt for a more extensive feature set. We can discuss the next phase when you’re ready.

@alizain721

Most projects like this stall on reliability and TV feel—not the tiles—so the first priorities are a rock-solid kiosk boot/CEC integration, safe resolution handling, and predictable LibreWolf behavior under an always‑on VPN with per‑domain exceptions. I’d deliver iteratively: start with the Phase A proof‑of‑concept (systemd kiosk boot to an X11 react launcher on Pi 5, LibreWolf kiosk wrapper, basic CEC mapping), then add the Express/SQLite API + phone React dashboard (WebSocket sync), then CEC polish and VPN rules. Each phase includes automated tests for boot, resolution-confirm, and remote control flows. Recommended stack/implementation: Raspberry Pi OS Lite (Bookworm) on Pi5, X11 + xinit/openbox, systemd kiosk service, React launcher + Node/Express API, SQLite for persistence, LibreWolf --kiosk with Vimium, libCEC/cec-client for CEC, WireGuard for VPN, asset storage under /var/lib/pi-tv. For maintenance/flexibility I’ll keep services modular, use systemd watchdogs, simple OTA script for updates, JSON+SQLite config with export/import backups, and a password-protected local admin UI. Similar work: I built TicketSALO (white‑label event dashboard) delivering polished React/Node UX, real‑time sync, and secure admin flows—skills directly applicable to the phone UI, API design, and deployment hardening here. If you want I can start Deliverable 1 and a Phase A POC this week. For VPN per‑domain exceptions, do you prefer the simpler PAC/proxy approach (easier to implement) or the stronger network‑namespace routing (better isolation) as the default?

@OscarMozo

Hi, I can help you with this. I am a developer with extensive experience with automations and integrations. I've helped clients with similar projects. Let me know your interest, Sincerely, Nicolas

@sekai1116

As a seasoned Senior Mobile Engineer with a focus on cross-platform development, I bring a unique set of skills that are perfectly tailored for your PI-TV project. My expertise in building custom mobile applications for both Android and iOS using frameworks such as React Native and Flutter will be essential for creating the smooth, responsive user experience you desire. Additionally, my proficiency in JavaScript and Node.js ensures I can not only create the desired front-end interface with React, but also develop robust backend systems using Express and SQLite to support the device-management functionalities. Moreover, my familiarity with deploying apps to App Store (iOS) and Google Play Store (Android) and maintaining CI/CD pipelines means I can ensure continuous delivery for any updates you require. My focus on optimizing performance and reducing build sizes will prove beneficial as we work towards delivering a polished and efficient system. Regardless if it's tweaking the resolution or managing VPN domain exceptions, I believe that the holistic approach I take towards projects – from ideation to implementation, testing to deployment – complements the multi-faceted nature of your assignment perfectly. By choosing me for this project, you're hiring not just a developer but a collaborator who truly values clean coding practices, smooth interfaces, optimized performance, and most importantly a satisfied client