Android HD Screen Sharing & Chat

@kabirchy

Hi there, I understand you need a lightweight Android app for real-time screen sharing between two users with 1080p video quality and low-latency audio, plus integrated chat functionality during sessions. I'll build this using WebRTC for peer-to-peer screen streaming which ensures minimal latency and high-quality 1080p video transmission. The architecture will include: 1. WebRTC implementation for direct screen sharing without server overhead 2. Custom video encoding optimized for mobile performance 3. Real-time audio processing with noise reduction 4. Built-in chat system synchronized with screen sharing sessions 5. Efficient connection management for stable peer-to-peer communication The app will handle network fluctuations gracefully while maintaining crisp video quality and responsive audio. I'll implement proper permissions handling and optimize battery usage during extended sessions. Using Kotlin for modern Android development practices, the solution will be lightweight yet robust, focusing on the core requirements of seamless screen sharing and communication. Best Regards, Khorshed Alam, RS Software

@Rajoriadares

Hello Client, Greeting of the day!!!! I read your job description I have sound of five years plus experience in App development. I have been DEVELOPED 35+ Apps, three taxi apps, Two socials apps and restaurant apps based on GPS location and notification functionality and based on different domain like sports, Health, GYM, personal business and social etc I have testing team for testing apps. I think I am strongest person for doing this job and provide the quality product with testing. I am always available for your support. Thanks Sr. Mobile Developer 

@rakhshanz3

With almost two decades of diverse experience in academia, software engineering and tech leadership, I'm the seasoned professional you need for your Android HD Screen Sharing & Chat project. My strong educational background in Computer Science and a PhD in Artificial Intelligence have granted me deep insights into the technological complexities that you're looking to solve. As a former AI startup CTO, I've led significant end-to-end technical development, including AI-powered chat and voice agents (like the ones required for this project), ML-based analytics platforms and full-stack SaaS applications with robust backend systems - all relevant skills to your specifications. My skills aren't just limited to AI and ML either; throughout my career, I've worked extensively on frontend web development, backend development, full-stack web application development, mobile app development, dashboard management and much more that aligns with the scope of your project. Assuredly, our paths had to cross concerning APIs integration and third-party deployment which further bolsters my compatibility with your task.

@bilal4240

I can develop your lightweight, low-latency Android screen-sharing app using WebRTC and Kotlin, incorporating a dynamic MediaProjection pipeline that delivers crisp 1080p/30fps video, E2EE audio, and zero-footprint peer-to-peer text chat under 150 ms latency. I will supply the complete Android Studio project, a Node.js/WebSocket signaling backend with full deployment steps, and an APK configured with WebRTC’s adaptive bitrate mechanism to ensure seamless performance across Wi-Fi and mobile networks. Regards, Bilal

@YousefAiman

Hi, I can build the Android app in Kotlin with real-time screen sharing, audio, and in-session chat using WebRTC, with a lightweight signaling backend. I’ll focus on stable connectivity, adaptive bitrate, low-latency streaming, and a simple Start/Join session flow. I’ll provide the complete Android Studio source, APK, backend setup instructions, README, and demo. I can start immediately. Best, Yousef

@Baghali1

Hi, I can build this Android screen-sharing and real-time chat application using **Flutter + WebRTC + Firebase**. I can implement: * Real-time screen sharing * Audio streaming * In-session text chat * Start Session / Join Session flow * Firebase-based signaling * WebRTC encrypted communication * Adaptive video quality and bitrate * Wi-Fi and 4G/5G support * Temporary session-based chat * Android APK and complete source code * Setup documentation and testing demo I will keep the application lightweight and focus on low latency, stable streaming, and smooth performance on current Android devices. I can start working on the project immediately and deliver the complete working application according to your requirements.

@hoangvanp

Hello, Creating an Android application for HD screen sharing and chat involves optimizing performance for seamless real-time interaction. Prioritizing efficient codecs like H.264/AAC via WebRTC ensures high-quality video at low bandwidth. The one-tap session initiation and end-to-end encryption enhance user experience and security. Implementing automatic bitrate adaptation for various network conditions is crucial for uninterrupted sessions. In approaching this project, I would focus on reviewing existing media frameworks like WebRTC and FFmpeg to ensure smooth rendering and codec handling. My experience with similar projects involving robust networking and codec optimization aligns well with the core requirements. A few questions: - Have specific devices been identified for testing compatibility? - Is there a preferred backend service for signaling and deployment? I look forward to discussing the technical aspects further. Best regards,

@Visharaa2024

Hello, This is a strong fit for a native Android implementation, and I’d recommend Kotlin + WebRTC for the core media layer. The architecture would use Android MediaProjection for screen capture, hardware-accelerated encoding where available, WebRTC for low-latency media transport, and a lightweight Node.js/WebSocket signaling service with STUN/TURN for connectivity. The session flow would remain intentionally simple: Start Session → Join Session → screen/audio streaming + optional chat → End Session. Chat messages would exist only for the active session and would not be persisted after disconnect. I’d implement adaptive bitrate/resolution based on network conditions and keep media/signaling concerns separated so the application remains maintainable. WebRTC's encrypted transport would protect the media channel, while the session architecture would ensure chat data is not retained after the session ends. Because your targets, <150 ms latency, 720p minimum above 2 Mbps and 1080p/30 FPS where conditions allow, depend on device and network conditions, I’d validate them first through a technical prototype on representative mid-range Android devices. I’d then proceed to the production Android app, signaling service, testing, APK and complete source/documentation handover. Happy to discuss target devices, network test conditions, milestones, timeline and budget. Best regards, Deepak

@bhargav922002

Hello, I have carefully reviewed your project requirements, and I'm excited to offer my expertise to develop a lightweight Android application for HD screen sharing and chat. Your primary needs include real-time 1080p screen sharing with low-latency audio, and a seamless text chat feature that operates concurrently without interrupting the stream. To achieve this, my approach will focus on ensuring smooth performance on current Android versions with efficient codec utilization such as H.264 for video and AAC for audio through a WebRTC backbone. I'll design a straightforward one-tap “Start session / Join session” workflow, avoiding complicated log-ins or room creation. The in-session text chat will retain message history only for the duration of the session while ensuring end-to-end encryption for all communications. I specialize in Java and Android development, and I have experience with Node.js for backend services, which will be essential for creating the signaling service. I will provide you with a complete Android Studio project featuring clean, well-commented code, an APK for testing, and comprehensive deployment instructions. Before commencing, I would like to confirm whether you have any existing resources such as APIs or design assets and what your preferred technology stack might be. I am ready to start immediately and look forward to discussing your project further. Best regards, bhargav922002

@zuaibahmedd

Hi, I can build this Android screen-sharing app end-to-end using Kotlin and WebRTC, with the focus on low latency, stable 1080p/720p streaming and efficient bandwidth usage. I’ll implement Android screen capture, H.264/AAC media streaming, automatic bitrate adaptation, encrypted WebRTC sessions, and a lightweight signaling backend. The Start/Join flow will stay simple, while the in-session chat will work in real time with history cleared when the session ends. I’ll also handle connection recovery for Wi-Fi/4G/5G changes, performance testing on mid-range devices, APK delivery, complete Android Studio source code, backend setup instructions and a recorded demo. The architecture will be kept lightweight so the app remains stable during longer sessions.

@UmairBuildsAI

Keeping latency under 150ms while adapting bitrate on the fly is where screen-sharing apps usually break down, especially balancing 1080p quality against bandwidth constraints on 4G without introducing stutter. Relevant work includes IQRAi, built with real-time data handling, and the AI Voice Receptionist, which involved low-latency audio processing. Portfolio: https://www.freelancer.pk/u/UmairBuildsAI I'd build this using WebRTC for the media stream with H.264/AAC codecs and automatic bitrate adaptation, a lightweight Firebase or Node.js signaling service for one-tap session joining, and end-to-end encryption across both media and chat, with the session-only chat pane layered on top without interrupting the stream. Let's connect on a call and discuss. Best Regards, Umair

@emanf627

Hi, I understand you need a lightweight Android screen-sharing app where two users can stream screen video and audio in real time while also chatting during the session. I can build this around Kotlin + WebRTC, with a lightweight Node.js/Firebase signaling layer. WebRTC is a good fit here because it provides low-latency media, encryption, and adaptive bitrate for changing Wi-Fi/4G/5G conditions. The main focus would be: Real-time screen + audio sharing 720p/1080p streaming with adaptive bitrate Low-latency WebRTC communication In-session text chat with no permanent message storage Simple Start / Join session flow Network recovery and connection handling Android testing on real devices Clean Kotlin code, README and deployment instructions I’d first build a minimal working WebRTC connection, then optimize resolution, bitrate, latency and stability against your acceptance criteria before final delivery. I can also provide an APK and screen-recorded demo for testing. I’m available to discuss the architecture and start with the core streaming prototype.

@phliliph

I completely understand your requirements for a two-user Android screen-sharing system using efficient codecs, WebRTC or a comparable stack, adaptive bitrate, low-latency audio/video, and ephemeral encrypted chat. Your concept is excellent because the combination of 720p–1080p streaming under constrained mobile bandwidth and a sub-150 ms latency target makes the project technically interesting. I can implement the complete WebRTC pipeline with Android screen capture, H.264/AAC-compatible media handling, signaling, ICE/STUN/TURN connectivity, chat, and network adaptation. Would you like the implementation to use native WebRTC APIs as the primary media engine?

@Mayurisharma7619

Dear Client, I can build your lightweight Android screen-sharing app with real-time 1080p video, low-latency audio, and in-session text chat. I have 6+ years of experience in mobile and web development, including Android, Kotlin/Java, real-time communication, APIs, and backend integration. I can work with WebRTC for screen sharing, H.264/AAC, adaptive bitrate, secure communication, and Wi-Fi/4G/5G support. I can share relevant work links in the chat box. Looking forward to your response on chat box. Thanks.

@techlinis

Dear Hiring Manager, I can deliver a lightweight Android application that enables real‑time screen sharing with crisp 1080p video, low‑latency audio, and integrated text chat. Leveraging WebRTC with H.264/AAC codecs, I’ll ensure smooth 30 fps rendering, bandwidth efficiency (<3 Mbps), and end‑to‑end encryption for both media and messages. Scope One‑tap “Start/Join session” workflow with no complex logins. In‑session text chat with ephemeral history (no server storage). Automatic bitrate adaptation for Wi‑Fi and 4G/5G. Clean Android Studio project in Kotlin/Java with well‑commented code. Lightweight signaling service (Firebase/Node.js) with deployment instructions. APK for testing plus demo video showing video, audio, and chat. README covering build steps and libraries used. Experience Hands‑on expertise with WebRTC, FFmpeg, and Android media frameworks. Proven track record in video streaming, audio processing, and secure mobile development. Strong background in DevOps and backend integration for signaling services. Timeline & Budget Estimated delivery: 2–3 weeks including testing and documentation. Budget flexible depending on scope; happy to discuss details after review. I am available to start immediately and look forward to building a robust, secure, and user‑friendly solution for your platform. Best regards, Techlinis pvt. ltd. Mobile & Cloud Solutions Specialist

@sonyrajkumar

Hello, I checked the current Proposals tab first so I could position this offer more intelligently before bidding. I can help with Android HD Screen Sharing & Chat in a secure, privacy-conscious, user-friendly, reliable, and scalable way, while maintaining accuracy, consistency, and clear communication throughout the work. Based on your visible requirements, including Browse Manage 4 Groups 12 Quote Post a Project @sonyrajkumar ₹0.00 INR Android HD Screen Sharing & Chat Open Bids 17 Average bid ₹3,049 INR Details Proposals Project Details ₹1,500.00 – 3,000.00 INR BIDDING ENDS IN 4 DAY, I would deliver a practical implementation with careful testing and maintainable structure. Hire Raj for a budget-friendly bid, dependable follow-through, and a solution built for real use rather than a rushed patch.