To add separate background music to a continuous prerecorded YouTube stream, place the video and music file in the same streaming scene, then adjust their levels in the audio mixer. Before connecting the encoder to YouTube, test the complete moving scene and check that the music rights cover both the live broadcast and any archived copy.
This walkthrough uses OBS Studio because its media sources and mixer provide a direct file-based workflow. The steps help you prepare and test a broadcast; they do not establish that a track is cleared or prevent YouTube from matching it.
Add the video and music as separate sources
Create a scene for the broadcast, then add the prerecorded video as a media source. Add the music file as a second media source in that same scene. Keeping them separate lets you control their playback and audio levels independently instead of baking the music into the video and losing that flexibility.
In OBS, choose the media-source option for each file and browse to the relevant file. OBS documents MP3, AAC, OGG and WAV audio support for media sources. Check the file opens and plays before you build the rest of the scene around it. If your video has its own sound, decide whether you want to use it alongside the separate music, lower it, or mute it. That choice is important: two audible sources can compete even when each sounds acceptable on its own.
Arrange the video in the scene as viewers will see it. Add any other visual elements you need, such as a title card or channel information, but keep the main question simple: does the picture communicate what the stream is for, and can the music sit behind it without obscuring important speech or sound? A devotional channel may need to preserve a singer's voice from the video; a study ambience loop may have no foreground dialogue at all. The right mix depends on what viewers should hear.
Use filenames that make the selected assets easy to identify. A folder with a final video and a separately licensed music file is less error-prone than a directory of near-identical exports. Keep the original files available so you can replace a source if the wrong version was added. This is especially helpful when a channel runs a long loop and you may not be watching the screen continuously.
If you are deciding whether to use OBS or a different continuous-stream workflow, compare the practical trade-offs in cloud options for a 24/7 video stream. The file-and-mixer process here suits you when you can operate the streaming software and keep the computer running for the broadcast. If your goal is a rotating collection rather than one video with a separate music bed, running multiple Indian music playlists in a 24/7 stream addresses a different playback pattern.
Set looping deliberately
A continuous stream needs a clear answer for what happens when each file reaches its end. In the media-source properties, enable looping for any source that should restart after playback completes. OBS provides a loop control for media sources; use it for the video, music, or both according to your intended programme.
Think through the timing. If the video is shorter than the music, the music may end first unless it loops. If the music is shorter, it may restart while the video continues. That can be acceptable for a quiet ambience bed, but a conspicuous restart, silence, or abrupt musical transition may be distracting. Listen across the point where the shorter file restarts, not just to the opening seconds.
When both sources loop, their boundaries may not line up. A video can restart while the music continues, or both files may reach an ending at different moments. Consider whether the transition looks and sounds intentional. A fade in the source file itself can help, but do not assume a player control will create a seamless transition. Test the actual files and settings you intend to broadcast.
If you use one long video and a short music bed, a repeated music passage can become noticeable. You could choose a longer track or a sequence designed to make the transition less obvious, but every added track introduces another rights check. Do not solve an audible loop problem by adding music before checking the terms for each recording and use.
The same principle applies to restarting OBS or the computer: source loop settings govern playback within the scene; they are not a continuity plan for a crashed application, disconnected internet, or powered-off machine. For a software-based setup, you remain responsible for the computer and connection. Readers considering a low-power machine can see the PC considerations for 24/7 YouTube streaming in India, but hardware choice does not change the music-rights requirements.
Balance the music in the audio mixer
Use the OBS Audio Mixer to adjust the music source separately from the video source. The mixer gives each source a fader and a level meter. Start with the video or foreground audio at a sensible level, then bring the background music in below it. There is no single fader position that works for every file: the source recordings may have different loudness, and the intended balance changes between spoken material and music-only ambience.
Watch the meter while the scene plays. OBS's mixer guidance says background music and alert sounds should remain in the green zone. Treat the meter as a useful operating guide, not proof that the mix is pleasant or that another source is not masking dialogue. If the music meter is active while a voice becomes difficult to understand, lower the music and listen again.
Do not set the music by looking at a still scene or by listening only to the music file in isolation. The relevant result is the combined sound of the video and music. A track that feels quiet alone can become dominant when the video's audio is subdued; a track that seems balanced during a loud passage may disappear under narration. Move through representative sections of the video while adjusting.
OBS also provides audio monitoring options. Use monitoring to hear the mix, but be aware that what reaches your headphones can differ from what viewers receive if the wrong monitoring device or routing is selected. Make a test recording of the scene and play it back through ordinary speakers or headphones. That review lets you assess what the encoder is actually receiving rather than relying only on the mixer display.
Avoid compensating for every source problem by raising the overall output. If the video is too quiet, inspect its source level and the file itself; if the music is too prominent, lower its own fader. Keep your adjustments understandable so you can reproduce them after a restart. Write down the source arrangement and note any changes made during testing, particularly if someone else may need to restart the channel.
Connect the encoder to YouTube Live
In YouTube Studio's Live Control Room, create or schedule a stream and obtain its stream URL and stream key. Enter those values in OBS's stream settings, selecting YouTube or the appropriate custom RTMP/RTMPS connection method for your workflow. YouTube's guide to creating a live stream with an encoder explains the platform setup and stream-key workflow. Treat the key like a password: do not put it in a public screenshot or share it where unauthorised people could use it.
For a scheduled-stream workflow, start the encoder feed and check the YouTube preview before taking the stream live. Confirm that YouTube receives the expected picture and sound, not just that OBS reports an active output. If you use RTMP or RTMPS, YouTube's encoder settings guidance recommends RTMPS and lists AAC or MP3 audio; for stereo it recommends 44.1 kHz and 128 Kbps. These are platform guidance, not a guarantee that every other setting or connection will work on your setup. See YouTube's encoder settings guidance for current details.
If you leave a local computer responsible for the continuous broadcast, plan for power, internet and software interruptions. OBS looping does not restart a failed encoder feed on its own. Keep the machine from sleeping, use a stable connection where possible and decide how you will notice a stopped broadcast. If you need the stream to continue while your computer is off, a cloud-based workflow may better fit that requirement; check what it supports, what monitoring it offers and how restarts are handled before relying on it.
StreamNeo can remove the specific burden of leaving your own computer running by taking an uploaded video and music-ready file into a continuous YouTube broadcast that runs with your computer switched off. You still need to prepare the programme and ensure you have the rights for the music and intended uses; an operating arrangement does not clear a track.
Listen to a test of the complete scene
Make a test recording or private rehearsal with the same video, music, source settings and audio levels you intend to use live. Then listen to that recording from beginning to end, or at least through each distinct kind of scene and every relevant loop boundary. You are checking the complete result, not merely whether each source can play.
YouTube says tests should include audio and movement similar to what you will use in the stream. That matters for a prerecorded programme too: a static opening title does not reveal how speech, music and moving images behave once the content begins. Check that the video advances, the music continues as expected, and the sound does not cut out or become uneven when a source reaches its end.
Listen for practical faults: music covering a voice, a sudden change in loudness, a gap at a loop point, an unexpected double audio track, or a source that stops while the picture carries on. Check the beginning as well as a later portion. Some faults only appear after one file completes or when the video moves to a section with different sound. If you hear a problem, change the relevant source or level and make another test.
A complete-scene test should also confirm the version sent to YouTube. Watch the preview and listen to the received programme if your workflow allows it. The local mixer can look normal while the wrong scene or audio routing is being sent. During a live broadcast, monitor YouTube's stream health as well as the local software. A rehearsal cannot reproduce every network condition or copyright decision, but it can reveal many setup mistakes before viewers encounter them.
Check music rights for the live stream and archive
Before adding a track, read the terms for that exact recording and the intended use. Check whether the permission covers a continuous YouTube live stream, the territories where the stream may be available, monetisation if relevant, and an archived copy after the live event. A licence for personal listening, a downloaded file or background use in a different format does not by itself answer those questions.
The composition and the particular recording can involve different rights. If the music is copyright-protected, YouTube for Artists advises coordinating with the label or distributor. Ask the rights holder or licensing provider what the permission covers, whether the channel must be allowlisted in Content ID, and what happens to a saved live archive. Keep written terms and any correspondence with the track details so you can respond to a claim or interruption with accurate information.
Do not infer clearance from a track being available online, labelled royalty-free, or supplied with a general licence statement. Those descriptions do not establish that your continuous live use and archive are covered. If the terms do not clearly address the way you plan to use the music, seek clarification or choose a track whose rights you can verify. The guide to streaming 24/7 background music for reading discusses a related music-led use case, but the rights for your own track still need checking.
Even when you have permission, ask the rights holder to arrange any required Content ID allowlisting for your channel before going live. YouTube warns that a live stream may be interrupted if the channel is not on the rights holder's allowlist, even where the creator has licensed the content. A licence and a platform-side allowlist are not the same thing. Confirm the arrangement with the party that controls the relevant rights, and retain the answer.
Understand live copyright matching
YouTube scans live streams for third-party content. If it identifies copyrighted material, the platform may issue a warning, replace the stream with a placeholder image, interrupt it, or terminate it. A match can occur during the broadcast, so a test recording does not prove that a live transmission will avoid matching. Nor does a licence guarantee that a match will not occur.
YouTube's guidance on copyright issues with live streams says licensed third-party content can still lead to interruption when the channel has not been allowlisted by the rights holder. If you receive a warning, use YouTube Studio's live controls and follow the current instructions shown there. Do not assume that removing a track after a match will automatically restore the broadcast or settle the underlying rights question.
The archive needs a separate check after the stream ends. YouTube says an archived live stream may receive a Content ID claim after completion, even if no issue was visible during the live event. Review the saved video and any notices in Studio. If a claim appears, read its details and use YouTube's official process; do not dispute it unless you have a sound basis and supporting permission for the use in question.
A continuous programme also makes it harder to notice a warning if nobody is watching the control room. Decide who will monitor the stream and what they should do if YouTube reports a problem. Keep the music licence records accessible and know how to switch to a version without that music if your rights or platform status requires a change. This is contingency planning, not a promise that a change will prevent every interruption.
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FAQ
How do I add background music to a 24/7 YouTube live stream?
In OBS, add the prerecorded video and the separate music file as media sources in one scene, then set each source to loop if it must repeat. Balance the music in the mixer and test the complete scene before connecting the encoder feed to YouTube Live.
How do I loop background music while streaming prerecorded video?
Enable the media-source loop control for the music file in OBS. If the video and music have different lengths, listen to the transition when the shorter source restarts and check whether the change is acceptable; you may need to loop the video separately as well.
Can I use licensed music in a YouTube live stream?
Only if the permission covers your specific live use and any archive, and you have checked whether the rights holder must allowlist your channel in Content ID. YouTube can still interrupt a stream when licensed third-party content is not allowlisted, and a saved live stream can receive a claim afterwards.
Does a successful test mean YouTube will not match the music?
No. A test helps find playback, mixing and connection problems, but it cannot guarantee that YouTube will not match music during a live stream or claim an archive later. Confirm the rights and allowlisting arrangements, then monitor the live control room and review the archive after the event.