A YouTube playlist does not turn itself into a 24/7 live stream. To broadcast bhajans continuously, you need an encoder workflow that sends the programme to a YouTube Live event; the playlist or media selection is managed in that workflow, not by YouTube Studio.
You can change the media playing in OBS or a VLC-based workflow while keeping the event and encoder connection active. That avoids ending the live event for an ordinary programme change, but it does not guarantee a gap-free picture or sound transition. Test the exact setup before relying on it overnight.
Keep the event and encoder active
Think of the broadcast as two separate parts: YouTube’s live event, which viewers watch, and the encoder, which sends audio and video to it. A YouTube playlist is a collection of videos for viewers to play; it is not itself a live feed. YouTube describes encoder-based live streaming separately from playlists in its live-streaming overview.
For a continuous bhajan programme, the encoder needs an active source. That might be an OBS scene containing a media source, or a playlist that a compatible VLC-based setup can play. YouTube receives what the encoder sends. Changing the source in the encoder is therefore different from choosing another video in YouTube Studio.
Set up the live event and connect the encoder before changing media. Once the encoder is sending, leave its connection and the event running while you make the selection in the encoder. If you stop the encoder or end the event for every song or programme block, you create a fresh interruption point and may have to reconnect or restart the broadcast.
YouTube offers scheduled streams and reusable stream settings, but scheduling a broadcast does not create an endless playlist. The YouTube guide to streaming with an encoder explains the encoder route. Treat the stream’s runtime as something your complete workflow must sustain, not as a feature guaranteed by the scheduled event.
Before going live, check that the channel is verified and has not had live-streaming restrictions in the preceding 90 days, as described in YouTube’s live-stream eligibility guidance. Allow time to confirm the event is receiving a signal and that the intended public, private or unlisted setting is selected.
Prepare OBS scenes for manual changes
OBS gives you a practical way to prepare more than one programme source while keeping the broadcast output in place. For example, one scene might contain a bhajan video file, another a still image with audio, and a third a holding image for a planned pause. The scenes are parts of the encoder’s composition; switching between them does not, by itself, require ending the YouTube event.
Start with a simple layout. Add a media source to a scene and point it to a file you have permission to use. If you want a song to replay while you wait to select the next item, configure that source to loop. Create another scene for the next file, then check that each scene has the intended audio source and picture dimensions. The exact labels and controls can vary by OBS version, so verify them in the version installed on your computer rather than following a screenshot from an older guide.
For a manual change, select the next scene in OBS while the stream remains active. The transition depends on your scene transition settings and the way the sources behave. A cut can change the picture quickly, but if the new source needs time to open, the viewer may see a blank frame or hear a short break. A fade can soften a visual change, but it cannot make the new file load instantly or ensure continuous audio.
Keep the number of active sources manageable. If several videos are decoding at once, the computer may have more work to do than when only one is playing. Test the specific files and scenes you intend to use, especially if they have different frame sizes, frame rates, audio formats or levels. Avoid adding decorative overlays until the basic programme plays reliably.
If you operate from a modest computer, use a short rehearsal to watch CPU load, dropped frames and audio behaviour during a scene change. A scene that works on its own can behave differently when another media source is opened. For broader context on a computer-based always-on loop, see how a Windows mini PC can run a 24/7 animation channel; the useful lesson is to test the whole playback chain, not just the live connection.
Use a VLC playlist for ordered playback
A VLC playlist can be useful when the programme has a known order: for example, morning bhajans, a short instrumental section and then an evening set. In this arrangement, VLC handles the sequence of files and OBS captures the VLC output as a source. The playlist is still part of your encoder workflow, not a native YouTube Live playlist.
Prepare the playlist from local files and test it before connecting to an audience. Confirm that each item opens, the order is right, and the end-of-item behaviour is what you expect. If one file is missing or its format is unsupported, playback may stop or skip unexpectedly. Use filenames that make the intended order clear, and keep a separate copy of the playlist and media in a location you can find after a restart.
There are different ways to bring VLC into OBS, including capturing a player window or using a VLC-specific source where available. The choice depends on your operating system and installed OBS components. A captured window can be affected by window focus, display scaling or a changed desktop layout; a dedicated source may offer controls that differ by version. Test whichever route you select, including what appears if VLC is minimised or a file ends.
A pre-arranged playlist reduces the need to pick every next file manually, but it introduces its own checks. If the playlist reaches its end, it may stop rather than repeat unless looping is enabled. If you insert or remove items during a live session, check the resulting order rather than assuming the programme will continue as before. Keep a known-good fallback source ready in OBS for a file that fails.
The sound at the boundary between tracks matters as much as the sequence. A playlist can move from a quiet recording to a louder one, or from a long fade-out to a file with an abrupt opening. Listen to the actual transition. For a focused explanation of one common boundary problem, see why a continuous sleep-sounds stream can have a loud loop seam. Bhajan recordings can have the same practical issue even though the music is different.
Select the next media in the encoder
To change a song without ending the event, make the change at the playback or scene level while OBS continues sending its programme output. In a scene-based workflow, select the scene that contains the next media source. In a VLC playlist workflow, select the next item in VLC, or let the playlist advance if it is already configured to do so. In both cases, the encoder connection should remain live.
The specific click sequence depends on how you built the source. Some OBS media sources are tied directly to a file; others display a playlist or player window. A VLC capture might show the player controls if they are visible. Before broadcasting, rehearse the change with a private or unlisted test event and confirm the resulting output from a viewer’s perspective. Do not assume that selecting a file in a desktop window means the audience sees it.
If you need a person to make changes, make the operating routine easy to follow. Keep the next file or scene clearly named, put the current and next items in a written order, and note what to check after each change. If the stream is unattended, do not rely on a manual selection that nobody will be present to make. A playlist that stops at its final item is not a continuous programme merely because the YouTube event remains open.
Changing media in YouTube Studio is not a substitute for changing the encoder’s source. Studio controls the live event and its settings; it does not reach into an unrelated third-party encoder and swap that encoder’s files. If you are unsure which part of the setup controls playback, trace the video from file to player, from player to OBS, and from OBS to the live event. That makes it easier to locate a failed transition.
Keep the stream key private. The key connects the encoder to the event, so a routine song change should not involve copying or replacing it. For background on the connection itself, use this guide to what an RTMP destination is and how to set one up. The important distinction here is that the destination remains in place while the media being sent changes.
Avoid ending the stream for a routine switch
A song change is usually a programme change, not a reason to end the live broadcast. If you keep the event and encoder active and switch the source inside the encoder, viewers can remain on the same live event while the content changes. That is different from stopping the broadcast, creating another event and asking viewers to find the new one.
There are occasions when stopping is appropriate: the encoder has lost its connection and cannot recover, the wrong event is active, or a technical fault requires rebuilding the output. Do not treat a stop-and-restart as the default way to advance between recordings. It adds avoidable steps and may leave viewers with an ended event or a new link.
Build a fallback into the encoder rather than depending on a hurried restart. A simple still image with a quiet, rights-cleared audio bed, or a neutral holding scene, can be useful while you diagnose a source that will not open. If you use a fallback, make sure it is actually part of the OBS output and that it does not accidentally play alongside the next track.
The live connection being active does not mean every part of the programme is healthy. You might still have frozen video, silence, clipping or an unintended desktop window on air. Make the change, then inspect the outgoing result before leaving the setup unattended. If your channel has multiple broadcasts or scheduled events, keep the event identity and intended destination in your checklist; the guide to scheduling multiple live streams from one OBS setup covers that separate organisational problem.
Verify sound and picture after changing
After each manual change, check the feed as a viewer would. Confirm that the intended image is visible, the audio is present, and the song has started where expected. Watching only the OBS preview is not enough if the captured source, stream output or YouTube playback differs from what you see locally.
Use a second device or browser when practical, with its volume low enough to avoid feedback into the room. Check that the event is still live and that the viewer can hear the programme. If the video appears black, look at the selected scene and source visibility. If sound is missing, check whether the player’s audio is reaching the OBS mixer and whether the correct audio device is selected.
Listen for a sudden change in loudness at the boundary. Recordings made at different times or from different sources may not be mastered to the same level. Adjusting the source or mixer can help, but do not make a large change while guessing; test with the actual files first. Also listen for doubled sound, which can happen if both a direct audio source and captured desktop audio are being sent together.
Check the broadcast status and encoder indicators after the switch. A media change should not be confused with a connection failure: if the encoder reports it is still sending but the programme is silent, investigate the source and audio path. If the encoder has stopped sending, troubleshoot the connection separately. Keep a brief log of which file or scene was active when a fault occurred; that makes recurring problems easier to reproduce.
Do a longer rehearsal than a single song. Leave the intended sequence running through several boundaries and one manual switch, including the time of day when you expect the channel to be used. Verify that the computer does not sleep, the playback source does not reach an unintended end, and the output remains correct. For streams that matter to your audience overnight, have someone check the viewer-side feed rather than assuming a successful start means the rest of the night is settled.
Know the limits of seamless transitions
Keeping the YouTube event open avoids the disruption of ending and replacing the live event, but it does not promise uninterrupted audio or a zero-frame-gap picture. The new file may take time to load; a player may pause between items; OBS may change scenes before the next source is ready. The transition you see depends on the media, computer, source configuration and output settings.
Treat “continuous” as an operational goal, not a guarantee supplied by YouTube. YouTube’s public guidance documents encoder-based streaming, but the sources reviewed for this guide do not establish a native playlist-to-live conversion or guarantee 24/7 runtime. Test the exact combination you plan to use, and keep an approach for restoring the feed if a file or player fails.
Rights need attention before the technical rehearsal becomes a public broadcast. YouTube says live streams are scanned for matches to third-party content, and its copyright guidance for live streams notes that a match can affect a live broadcast. Religious or devotional subject matter does not make a recording free to use. Confirm permission for the actual recordings and relevant musical rights; if a rights owner has licensed the stream, ask whether the channel needs to be allowlisted through Content ID.
Copyright permission and monetisation eligibility are separate questions. YouTube’s channel monetisation policies explain that reused-content review is distinct from copyright enforcement and applies at channel level. Permission to stream a recording does not by itself establish that a channel meets monetisation requirements, so check the current official policy rather than treating a licence as a guarantee.
Plan for the archive separately from the live feed. YouTube says streams under 12 hours can be automatically archived, while a stream exceeding 12 hours may not be captured at all; see its live-stream archive guidance. If retaining the complete programme matters, arrange a local recording and confirm that you have enough storage and that the recording is actually being made.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
Can I put bhajans in a YouTube playlist and leave it playing live?
A YouTube playlist organises videos for playback; it does not become a live broadcast by itself. To send a live programme, use an encoder workflow that plays the bhajans and sends the resulting feed to a YouTube Live event.
Can I change the song without ending the YouTube stream?
Yes, you can change the media in the encoder while keeping the event and encoder connection active. Use an OBS scene change or select the next VLC playlist item, then verify the viewer-side picture and sound; the switch may still have a brief gap.
Will OBS or VLC make the change seamless?
Neither setup guarantees a gap-free picture or uninterrupted audio. File loading, source behaviour and the transition settings can all affect what viewers hear or see, so rehearse with the actual media before relying on the workflow.
Will YouTube keep the full recording of a 24-hour stream?
Do not assume that it will. YouTube says a stream exceeding 12 hours may not be captured at all, so make a local recording if you need to retain the full programme and check the current archive guidance.