A 24/7 Pomodoro study stream on YouTube is built by looping recorded sessions in an encoder such as OBS Studio, then sending that live feed to YouTube. YouTube is receiving a live broadcast; it is not looping your recordings for you.
For a dependable setup, prepare cleared work-and-break videos, arrange them in a predictable order, test the loop from beginning to end, and plan for power, internet and archive limitations before you leave it running overnight.
Check live access and clear the recordings
Start in YouTube Studio rather than in OBS. YouTube’s current getting-started guidance says a channel must be verified and must not have had a livestreaming restriction in the previous 90 days. If this is a new channel, enable livestreaming in advance, because access may not be available immediately.
Check the channel’s live status before preparing a public study room. Open YouTube Studio, go to the live area, and confirm that the encoder workflow is available. The exact labels can change, so use YouTube’s official live-streaming guide as the current reference.
Then audit the recordings. A Pomodoro video may contain more than the timer and desk footage. Look for background music, stock footage, ambient sounds, fonts, animated overlays, screens from other creators, photographs, logos and spoken material. Confirm that you have permission to broadcast and archive every part of the file.
A recording being available on another website does not automatically give you rebroadcast rights. This matters particularly for study music. YouTube scans live streams for third-party material and may replace, interrupt or terminate a broadcast when it detects content that remains in the feed. Even licensed material may need the rights owner to allowlist your channel through Content ID.
Make a simple source list for each file:
| Element | Check before streaming |
|---|---|
| Video footage | You created it or have a licence covering live streaming |
| Music and ambience | The licence covers YouTube broadcast and replay, if applicable |
| Timer and graphics | Fonts, templates and images permit commercial or public use where needed |
| Voice or screen recordings | No private information or third-party material is visible |
| File export | The video opens, plays through and has synchronised sound |
Keep an untouched master and a streaming copy. The streaming copy can have a clear filename such as study-50-work-10-break-a.mp4, which makes the order easier to check when you build the scene.
Choose OBS Media Source or a VLC playlist
OBS Studio gives you two practical ways to play recorded sessions. Use a Media Source when one file should repeat. Use a VLC Video source when you want several files to play in sequence or in a controlled random order.
For one predictable recording, add a Media Source to your scene and select the file. Enable Loop in the source properties. When OBS reaches the end of the file, it starts that file again. This is the encoder’s playback loop, not a YouTube feature. If the source is hidden, removed or pointed at a disconnected drive, the loop cannot continue.
A single file is useful when the format itself is the product: 50 minutes of work, a 10-minute break, then the same sequence again. It is also easier to test because you only need to confirm one file’s end and beginning. The trade-off is repetition. A viewer joining after several cycles may see exactly the same desk movement, music cue and break screen.
For multiple sessions, add a VLC Video source and create a playlist. OBS documents the VLC source as a way to play several videos, with controls for looping the playlist and shuffling playback. Confirm the actual controls in your installed version rather than copying settings from an old tutorial. You can also read the source-specific guidance in YouTube live stream bitrate settings for a pre-recorded video, because the file’s export settings still affect the outgoing stream.
Use a fixed playlist when the room should have a known rhythm. For example:
- Session A: 50 minutes of work and a 10-minute break.
- Session B: 25 minutes of work and a 5-minute break.
- Session C: 50 minutes of work and a 10-minute break.
- A short neutral transition before returning to Session A.
Use shuffle only when variation is more important than a timetable. Shuffle can make the room feel less repetitive, but it also makes it harder to tell viewers what comes next and harder to reproduce a problem. If the same file appears twice, check whether it was added twice, whether the playlist is being shuffled, and whether the source has retained an older playlist entry.
The guide to preventing a lecture playlist from repeating the same video covers a related troubleshooting issue. The principle is the same here: inspect the playlist itself before assuming YouTube has changed the order.
Design the work-and-break order
A Pomodoro stream should be understandable when someone joins halfway through. Put the session length on screen, show whether the current block is work or break, and use a short transition between files if the change would otherwise feel abrupt.
Decide whether the recorded sessions already include their own countdowns. If they do, do not add a second timer in OBS unless you have tested the two clocks together. A timer that resets at the wrong point can make viewers unsure whether the stream or the overlay is authoritative.
A useful repeating structure might be:
- a brief title card identifying the session;
- a work block with quiet visual movement;
- a break block with a different colour or label;
- a short transition or still frame;
- the next work block.
You do not need to make every file the same length. You do need to make the order intentional. If one file ends with silence and the next begins with loud music, viewers will experience that as a stream problem even though OBS is working normally.
Name files in the intended order and keep them in one folder. If your playlist uses alphabetical ordering, prefixes such as 01, 02 and 03 reduce mistakes. Do not rely on the order in which files happen to appear in a file picker.
Before streaming, play the complete playlist locally. Watch the last minute of each file and the first minute of the next one. Check that the break starts when expected, the audio does not disappear, and the first frame is not black for longer than intended.
Create or schedule the YouTube stream
In YouTube Studio’s Live Control Room, create an encoder stream or schedule one for later. Add a clear title and description that explain the format, such as “Pomodoro Study Room: 50/10 Focus Sessions”. Tell viewers that the footage is recorded and that the room follows a repeating programme. That is more useful than suggesting the footage is a live camera feed.
A scheduled stream gives you a watch page and a planned start time. An unscheduled stream is simpler when you are testing. Either way, the broadcast is not public merely because the file is playing in OBS. You must complete the relevant live-control action in YouTube Studio after the encoder is connected and the preview is healthy.
Choose ordinary latency unless immediate audience interaction is central to the format. YouTube defines stream latency as the delay between the encoder or camera capturing an event and the event appearing on the stream. Lower latency can increase buffering. For prerecorded study footage, viewers usually gain more from stable playback than from seeing a timer change with minimal delay.
YouTube’s live documentation also describes archive and DVR limits that matter for a 24/7 channel. As listed on YouTube Help in October 2026, streams under 12 hours are automatically archived, while very long streams can have limited or unavailable DVR rewind. Do not describe one unbroken 24-hour broadcast as a guaranteed complete replay.
If full replays matter, consider shorter broadcast segments rather than one continuous event. For example, you might end and restart the stream at a planned point, then verify how the resulting archives appear on the channel. This changes the viewer experience, so test it before making it the regular schedule.
Connect OBS with the stream URL and key
In the stream settings supplied by YouTube, copy the stream URL and stream key into OBS’s streaming settings. The URL tells OBS where to send the feed. The key identifies which YouTube stream should receive it.
Treat the stream key like a password. Do not paste it into a public screenshot, share it in a chat, or store it in a document that other people can access. If you think it has been exposed, reset it in YouTube Studio and update OBS. YouTube explains the role of stream keys in its encoder streaming instructions.
Use RTMPS when it is available in the connection settings. YouTube’s current guidance recommends it to encrypt the feed between the encoder and YouTube. The transport does not correct a weak connection, an overloaded computer or a broken source, so treat it as a security setting rather than a continuity solution.
Your video settings should match the files, computer and upload connection. YouTube’s published recommendations, listed on YouTube Help in October 2026, include these examples for 30-frame-per-second streams:
| Output | Codec | Minimum bitrate | Recommended bitrate |
|---|---|---|---|
| 720p30 | H.264 | 3 Mbps | 6 Mbps |
| 1080p30 | H.264 | 5 Mbps | 10 Mbps |
| 720p30 | AV1 or H.265 | 2 Mbps | 6 Mbps |
| 1080p30 | AV1 or H.265 | 4 Mbps | 10 Mbps |
These are YouTube settings recommendations, not a promise that a particular computer or network will perform well. For a study stream with mostly static scenes, 720p may be a sensible stability choice if your upload connection is limited. For small timer text, 1080p can make the overlay easier to read, but it requires more upload capacity.
YouTube recommends CBR for RTMP or RTMPS and a two-second keyframe interval, not exceeding four seconds, in its current encoder settings guidance. Leave upload headroom rather than matching the stream bitrate exactly to your speed test. YouTube’s streaming tips recommend 20 per cent upload headroom, and a network disruption can break the stream. If your connection is shared with other people or devices, test at the time you expect to broadcast.
For more detail on the trade-off between quality and connection capacity, use this bitrate and latency guide. Do not copy a bitrate from an unrelated 4K or 60-frame-per-second tutorial when your study files are 720p30.
Preview, test continuity and monitor the feed
Do not make the first overnight run your first test. Start OBS with the same scene, playlist and output settings you intend to use, then check the Live Control Room preview. YouTube recommends testing with audio and motion similar to the real broadcast, which means a still image test is not enough.
Run the test through at least one complete file boundary. If the file ends after 50 minutes, wait for it to return to its opening frame. If you use a playlist, test the transition from the last item back to the first. This is where missing-loop settings, black frames, abrupt audio changes and incorrect playlist order become visible.
Check these points during the test:
- Does OBS continue playing when the file reaches its end?
- Does the next file begin without the source stopping?
- Does audio remain synchronised with the timer and video?
- Is the text readable at the selected resolution?
- Does the YouTube preview remain connected?
- Does stream health show a stable incoming feed?
- Does the local computer remain cool and responsive?
- Can you find and view the public watch page from a separate device?
Use YouTube’s stream health information as a warning system, not as proof that the entire night is safe. Watch for dropped frames, bitrate swings, encoder overload and disconnections. A second device on a different connection can reveal problems that are hidden by a cached local preview.
If the channel is important enough to run continuously, test the recovery procedure as well. Stop OBS and start it again. Disconnect the network briefly if you can do so safely. Confirm which part recovers automatically and which part requires a person to open YouTube Studio. YouTube discusses testing and backup encoder planning in its streaming tips.
Keep a short written runbook beside the streaming computer. Include the OBS profile name, the media folder location, the steps for refreshing the stream key, the YouTube Studio URL and the action to take when stream health turns red. A runbook is more useful at two in the morning than a collection of browser bookmarks.
Plan for interruptions, archives and replay limits
A local OBS arrangement depends on more than the recorded file. The computer must stay powered, OBS must remain open, the storage drive must remain available, and the internet connection must continue to upload. A stable file does not protect you from a power cut or router failure.
A UPS battery backup can help keep a local streaming computer running during a short power interruption, but it is not an internet backup and it does not guarantee continuity. If the internet connection is the weak point, consider a tested backup connection and decide in advance whether switching it manually is practical. Do not introduce a second connection without testing how the computer and encoder behave when the route changes.
If the main burden is keeping a home computer, power supply and connection available all night, StreamNeo removes that specific computer-running task by letting you upload the video, provide the YouTube stream key and have the broadcast run from the cloud with monitoring and automatic restart if it drops. It remains a YouTube-only workflow, and you still need to clear the recordings and check YouTube’s current rules.
A hosted workflow can reduce dependence on your house being powered and connected, while local OBS gives you direct control over scenes, files and playlists. Neither approach removes the need for rights checks, a sensible test and a recovery plan. Choose based on which failure you can realistically notice and fix.
Plan what viewers should expect after an interruption. If OBS restarts at the beginning of a file, the work block may repeat. If it resumes partway through, the timer may no longer match the file’s intended start. A short notice in the channel description can explain that the room uses recorded sessions and may restart after a technical interruption.
Do not promise viewers a complete archive of the entire 24/7 run. As listed on YouTube Help in October 2026, automatic archiving is described for streams under 12 hours, and DVR rewind can be limited or unavailable on very long streams. If someone needs to revisit a particular session, publish shorter standalone recordings as well, or create planned live segments whose archive behaviour you have tested.
Can a YouTube livestream run 24/7? It can be operated as a continuous encoder broadcast, but continuity depends on the encoder, computer or hosted arrangement, power, storage and network. YouTube does not loop the recordings for you, and a long broadcast still has archive and DVR limitations.
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FAQ
How do I stream prerecorded video live on YouTube?
Create an encoder stream in YouTube Studio, add the recording to OBS as a looping Media Source or VLC playlist, and copy YouTube’s stream URL and key into OBS. Start the encoder, inspect the YouTube preview and complete the live-control step required for the stream to appear publicly.
How do I loop a video in OBS?
Add the file as a Media Source and enable Loop in its properties. For several recordings, use a VLC Video source, add the files to the playlist, and check the loop and shuffle controls. The looping occurs in OBS, before the feed reaches YouTube.
Will YouTube save a 24-hour livestream?
Do not rely on one complete archive for a 24-hour broadcast. As listed on YouTube Help in October 2026, YouTube automatically archives streams under 12 hours, while very long streams may have limited archive or DVR behaviour. Test shorter planned segments if complete replays are important.
What bitrate do I need for a YouTube livestream?
Use YouTube’s current table for the selected resolution, frame rate and codec rather than a universal figure. Its October 2026 guidance lists 3 Mbps minimum and 6 Mbps recommended for 720p30 H.264, and 5 Mbps minimum and 10 Mbps recommended for 1080p30 H.264, with 20 per cent upload headroom recommended.