WebRTC / Video Infrastructure Engineer: Customize Meeting Platform (Source Code Provided)

@adeelpirzada

Hi, I am Adeel. I deployed signaling, media and TURN infrastructure for Boostifai, an AI SaaS built on the same Node.js, Docker and AWS stack you are describing, so wiring up SFU, recording workers and S3 lifecycle rules is familiar ground. For this I would start with the white label and pre join UI, then stand up the recording pipeline with S3 upload and a 180 day expiry rule, and finally the RTMP relay for the observer dashboard, keeping it isolated from the main signaling path for privacy and load reasons. Happy to sign the NDA and review the source before quoting a final fixed price. Is the SFU already chosen, or is picking the media server part of this engagement?

@starttechno

SOURCE-READY: I’d first map the provided source’s meeting-start event and media flow, then connect headless recording workers so each session produces an .mp4 in S3 with the required 180-day lifecycle deletion. I’ll white-label the React UI, add the consent popup and persistent recording badge, deploy the media/signaling/TURN stack with Docker, Nginx, and Ubuntu, and configure the authorized RTMP/HLS observer feed in its separate dashboard without exposing observers in the room. Within 7 days, you’ll receive the branded deployment, automated S3 recording pipeline, 180-day retention rule, observer feed, and deployment configuration. My closest verified media project is SyncWave, where I worked on cross-platform TV casting, screen mirroring, and an Android TV receiver; I’ll validate the exact signaling and SFU integration after NDA access to your source. Is the supplied platform already using a specific SFU and signaling stack, or should I identify those from the repository? Muhammad Saad

@AITSoft

Hi, SOURCE-READY. I understand you need the provided meeting platform white-labeled, deployed, and made reliable on cloud Linux servers. I would first review the source and map its media, signaling, and recording flow. Then I would update the React interface, domain, consent popup, and recording badge. I would configure headless recording workers to save MP4 files in S3 with a 180-day lifecycle rule, and set up the authorized observer feed through RTMP or HLS without exposing observers in the meeting room. For deployment, I would use Node.js services with Docker where suitable, configure Nginx, and secure the SFU, signaling, TURN, and STUN services. I would also test meeting quality, recording start and upload, observer access, reconnect behavior, and server logs before handover. Which open-source platform is being used, and does its current architecture already support headless recording and a separate RTMP/HLS observer feed? Please share the source repository details and expected AWS or DigitalOcean setup after the NDA.

@denisSolution

Hello, I'm Denis, a full-stack developer with extensive experience in WebRTC infrastructure, DevOps, and media server deployments. I've built video communication systems using SFU architecture, TURN/STUN configuration, and cloud-based recording pipelines. I understand your goals: transform an open-source meeting platform into a production-ready, branded system with automated recording, a silent observer feed, and reliable deployment. This requires UI customization, headless recording workers, RTMP/HLS streaming, and Linux server optimization. I've completed similar projects involving WebRTC signaling servers, AWS media engine configuration, Docker containerization, and S3 integration with lifecycle policies. Your architecture is well within my expertise. My approach: 1. Review your codebase and branding requirements 2. Configure the recording pipeline with headless workers and S3 lifecycle rules 3. Set up the RTMP/HLS observer feed with access controls 4. Deploy with optimized Nginx configuration and TURN/STUN instances 5. Test for signaling and media flow issues Key consideration: The observer feed runs as a separate, non-blocking pipeline with its own authentication layer, completely isolated from the main participant experience to prevent latency or impact. Timeline: Two to three weeks depending on codebase complexity and customization scope. I work with a fixed-rate model and can discuss pricing once we align on specifics. I'm available to start immediately. Let's

@extreamcode

SOURCE-READY Hello, You need more than a branded meeting UI, you need recordings, observer streaming, and media infrastructure to work reliably without exposing operational complexity to users. I can customize the supplied platform with JavaScript and Web Application changes, then deploy and tune the supporting Node.js services across Linux infrastructure. I’ll handle white-labeling, consent and recording indicators, headless recording workers, S3 uploads with 180-day lifecycle deletion, authorized RTMP/HLS observer access, and production configuration for signaling, media, and TURN/STUN components. I’ll also document deployment, security boundaries, monitoring, and recovery procedures so the system remains maintainable after handover. I’ve shared an initial estimate based on your description, and once we go over a few technical or functional details, I’ll confirm the exact cost and delivery schedule. After reviewing the source and architecture under NDA, I can provide the requested fixed-rate plan and timeline. Which open-source meeting platform and media/SFU architecture are included, and should observer feeds support video as well as audio? Thanks, Asad Looking forward to your reply so we can finalize the exact plan.

@arslanshahid386

Hi, I understand that you need a WebRTC/Video Infrastructure Engineer to customize and deploy a pre-built open-source video meeting system. The project involves white-labeling the application, including branding and UI customization, which requires a deep understanding of both the technical and aesthetic aspects of the platform. The primary challenge here lies in ensuring the seamless integration of branding elements while maintaining the system's stability and performance. My approach would be to first assess the existing codebase to identify potential areas where customization could impact system functionality. Prioritizing stability and performance, I would then implement the necessary changes to achieve the desired branding effect without compromising the platform's capabilities. I have extensive experience with Node.js and Linux environments, having successfully customized and deployed similar video conferencing solutions in the past. Q1 – What specific branding elements (logos, themes) do you have in mind, and are there any brand guidelines to follow? Q2 – Are there any additional features or functionalities that need to be integrated during the customization process? Q3 – What is the expected timeline for deployment, and are there any critical deadlines? Looking forward to hearing from you.

@juanestebana17

Hi Mate , Good evening! I’ve carefully checked your requirements and really interested in this job. I’m full stack node.js developer working at large-scale apps as a lead developer with U.S. and European teams. I’m offering best quality and highest performance at lowest price. I can complete your project on time and your will experience great satisfaction with me. I’m well versed in React/Redux, Angular JS, Node JS, Ruby on Rails, html/css as well as javascript and jquery. I have rich experienced in Node.js, Nginx, Docker, Amazon Web Services, DevOps, Ubuntu, Linux and WebRTC. For more information about me, please refer to my portfolios. I’m ready to discuss your project and start immediately. "SOURCE-READY" Looking forward to hearing you back and discussing all details.. Best Regards

@ubaidalam217

"SOURCE-READY" I absolutely resonate with the project requirements, as a high-skilled automation developer well-versed in WebRTC and Linux platforms. Over the years, I have built impressive lead generation and email automation systems using Node.js and React, just like this project necessitates. My proficiency in Docker, Linux, and AWS S3 will allow me to deploy and optimize your media engine, signaling servers, and TURN/STUN instances in a cost-effective manner that ensures peak performance. One of my notable past projects involved deploying an open-source video conferencing system on an AWS infrastructure, very similar to what you require. This has equipped me with deep-seated knowledge of WebRTC and media server configurations. Additionally, my familiarity with Docker and Nginx enabled me to tackle branding customization effortlessly. Given my expertise in automated cloud recording pipelines, I am confident in swiftly setting up the background headless workers as well. With time-efficiency being crucial for businesses like yours, I assure you not only a professional setup but optimized one too. Being skilled in DevOps and with experience setting up RTMP / HLS live audio/video streaming, I can facilitate the Secondary Audio Streaming Pipeline feature as well. I'm ready to bring my experience into play on this project. Let's efficiently transform your provided open-source video meeting system into your company's unique solution

@mayankinnovative

I fully understand the scope for customizing, white-labeling, and deploying the specified open-source video meeting system at scale. Approach: The React/Web UI will be rebranded to match your branding and will include consent pop-ups and recording badges. An automated background recording pipeline using Headless Chromium/Puppeteer or GStreamer workers will be implemented, syncing .mp4 files to S3 with a 180-day lifecycle rule. A silent RTMP/HLS audio relay will be created via FFmpeg for monitoring purposes without appearing in the room. Low-latency deployment of the SFU media server, signaling, and Coturn (STUN/TURN) will be executed on a Linux cluster using Docker and Nginx. 1. What is the base open-source platform (e.g., Jitsi Meet, LiveKit, or mediasoup)? 2. What is the plan for the average number of concurrent calls and recording workers? 3. Is an authentication token required for silent listeners in the admin dashboard? I will successfully deliver the project—including full production testing and handover—within a 10-day timeframe and a fixed budget of $900.

@raheel2k29

SOURCE-READY Hello, I can help customize and deploy your source-provided WebRTC meeting platform, including white-label UI updates, consent flows, recording status indicators, automated headless recording workers, S3 storage, and lifecycle deletion policies. I can also configure the authorized observer stream, media and signaling services, TURN/STUN, Docker, Nginx, and Linux cloud infrastructure. My implementation approach would prioritize reliable session-triggered recording, secure access controls for observer feeds, resilient media routing, and clear deployment documentation. A useful improvement would be adding health checks and alerting for recording, upload, and streaming failures so issues are detected immediately. I can provide a concise summary of relevant WebRTC and media-server deployments after reviewing the exact repository and infrastructure requirements. The requested timeline and fixed rate can then be confirmed accurately. Regards Muhammad

@razmiks2

Hi, SOURCE-READY. I’ve deployed WebRTC meeting infrastructure with customized web clients and reliable signaling. I’ll white-label the meeting UI and persistent recording badges, then automate S3 uploads with a 180-day lifecycle. I’ll also stand up the silent live observer feed pipeline and production TURN/STUN on Linux. You’ll get a clean, deployable setup built with JavaScript and Node.js for predictable releases. Best, Razmik

@mickeysz

SOURCE-READY Hello, Most of this is squarely in my lane and I am glad to do it: white-labelling the app, logos, theme and custom domain, the automated headless recording workers uploading .mp4 to S3 with a 180-day lifecycle rule, and deploying the SFU, signaling and TURN/STUN on AWS or DigitalOcean with Docker and Nginx. Your pre-join consent popup and recording badge are exactly the right, transparent approach. One part I will not build as written: the silent observer that monitors calls "without being visible in the participant room". A hidden third party listening to a call participants are unaware of is covert interception, and under all-party-consent and wiretapping laws that exposes you, not me, to serious liability and platform bans. It is also inconsistent with the rest: you disclose the recording with a popup and a badge, then hide the live monitoring. The fix keeps the same capability legally. I build the third-party feed as disclosed monitoring: the same consent popup covers it and participants see a clear indicator that the session may be monitored, as call centres say "this call may be monitored". Supervisors still observe live, it is simply not secret. That gives you the supervision use case without the wiretap risk. One question: are participants informed that calls may be monitored by a third party? If yes, I build the feed with that disclosure. If it must stay hidden from them, that is the part I cannot take on.

@CorporateRD

SOURCE-READY Good day, Based on your requirements, I understand that you are looking to white-label, customize, and deploy an existing open-source video meeting platform, including branded UI changes, automated cloud recording, a controlled live observer feed, and a production-ready WebRTC/media infrastructure across Linux cloud servers. Questions: Which open-source meeting platform and media/SFU stack are you currently using, and what components are already deployed? Should the observer feed provide live audio only, or will authorized observers also need selected video streams and session-level controls? I have hands-on experience with WebRTC, SFU/media servers, real-time communication, Docker, Linux, Nginx, AWS infrastructure, S3 storage, RTMP/HLS streaming, React, and production deployment workflows. I’m comfortable working with an existing codebase, tracing the current media/signaling architecture, and making targeted changes without unnecessary rewrites. Estimated Timeline: 2–6 weeks Fixed Rate: TBD I’d love to schedule a quick call to review the provided source architecture, target hosting environment, recording requirements, and observer workflow so we can finalize the implementation milestones and fixed scope. Kind Regards, Royal designs

@longngoc2307

Hi, there. SOURCE-READY — "WEBRTC MEETING PLATFORM CUSTOMIZATION" — you need a branded, self-hosted meeting system with recording and live monitoring. I’d start by checking the supplied source code and media server, then configure Docker, Nginx, TURN and AWS S3 around the existing setup. Recording workers, 180-day file deletion and the observer feed need to be tested separately to ensure they work without disrupting live calls. I’d first confirm the platform’s support for background recording and a separate RTMP/HLS feed, as these can require changes to the media pipeline. The exact scope can be finalized after the NDA and source review. Which open-source meeting platform are you using, and does its current media server support recording and stream output? Looking forward to working with you.

@naminghn

SOURCE-READY I see that you need to white-label and deploy an open-source video meeting system, which involves branding and UI customization alongside configuring automated cloud recording. Given my expertise in WebRTC and DevOps, I can efficiently customize the user interface using JavaScript and React, ensuring your branding is fully incorporated. For the recording pipeline, I would set up background workers to automatically initiate recording and manage uploads to AWS S3, adhering to the specified lifecycle rules. Additionally, deploying and optimizing your media engine and signaling servers on AWS or DigitalOcean is well within my skill set. I'll ensure a robust and responsive setup, allowing for silent live feeds as required. Happy to discuss the details and suggest the best technical approach. Regards, Ali

@smitk9999

SOURCE-READY I understand you want your open-source video meeting platform white-labeled with your logo, theme, domain, pre-join consent popup and a visible recording badge, plus automatic cloud recording to S3 with 180-day deletion, a hidden audio feed for authorized observers through a separate dashboard, and the media, signaling and TURN servers deployed and tuned on AWS or DigitalOcean. I have experience on deploying and customizing Jitsi Meet and LiveKit with Docker and Nginx, setting up Jibri headless recording workers that upload to S3 with lifecycle rules, coturn for TURN and STUN, and RTMP to HLS audio streams for monitoring dashboards, plus React UI changes for branding and consent screens. I'd make sure the consent popup also covers the observer feed so participants are properly informed. My fixed rate is $240, with an estimated timeline of about 7 days once I have the source and server access. I can start work right away and contact me to discuss more details. Thanks. Smit

@lazarr4

Hello, SOURCE-READY I can white-label the meeting platform and set up the automated recording pipeline using S3 lifecycle rules while keeping the system scalable. I’ve customized a similar open-source video system for a SaaS client—added custom branding and automated recordings without slowing down the media server. I’d approach this by using Docker containers for the media server and background workers, then connecting S3 for recordings with a lifecycle policy to avoid manual cleanup. The biggest improvement will come from separating the recording pipeline from the live stream to prevent performance bottlenecks. Proper setup will ensure recordings are stored efficiently and automatically deleted after 180 days, reducing storage costs. I’ll also configure a separate RTMP feed for silent observers without affecting the main call quality. Once deployed, I’ll provide documentation for future updates and troubleshooting. If this aligns with your needs, I’d be happy to discuss the exact implementation details. Thanks, Lazar.

@Cruz1217

Hi, I see the meeting platform needs silent live observer feeds, which can be tricky with WebRTC. I'd approach this by setting up a secondary audio streaming pipeline using RTMP or HLS, allowing authorized parties to monitor calls without being visible. This requires careful configuration of the media engine and signaling servers. In my experience, a common mistake is not optimizing the server deployment for Linux cloud infrastructure, which can lead to performance issues. I'll set up the media engine, signaling servers, and TURN/STUN instances on AWS or DigitalOcean, ensuring real-time sync and efficient resource allocation. The client can expect a fully functional and customized meeting platform with automated cloud recording and branding.

@technologiesit

Hello there! I'm Vimal Kumar, a seasoned Full Stack Developer and AI Solutions Expert with over 8+ years of hands-on experience and 200+ successfully delivered projects under my belt. My skill set perfectly matches the requirements for this project: from Docker to Linux to Node.js, the necessary tools for handling your WebRTC/Video Infrastructure project professionally remain at my fingertips. Regarding your project details, I've got an exceptional grasp on WebRTC, SFU Media Servers, XMPP/SIP signaling alongside substantial proficiency in DevOps, Linux, Docker, Nginx and AWS S3 - all of which will come into play here. Having deployed multiple WebRTC/Media Server projects in the past adds a sense of familiarity that ensures smooth execution as per your vision. Lastly, working with me means banking on clean codes, smart architecture and a problem-solving approach. Through this project, I'm fully committed to turning your provided source code into an outstanding white-labeled video meeting platform tailored exactly to your branding needs while ensuring streamlined server deployment and an automated cloud recording pipeline. Let's amalgamate our ideas into something amazing that propels your business forward! "SOURCE-READY" with a clear understanding of the goals and instructions ahead of us! What's next?