If OBS is the encoder sending your children’s stories to YouTube, closing OBS stops that feed. YouTube cannot continue receiving video from an encoder that is no longer running.
To keep the stories live while your computer is off, either leave OBS or another local encoder running, or move playback and encoding to a cloud service that sends the stream to YouTube for you. For a prerecorded story loop, the second option removes the need to keep the OBS computer switched on.
Why the feed stops when OBS closes
A YouTube live stream has two separate parts: the YouTube broadcast and the encoder that sends pictures and sound into it. OBS performs the second job. It reads your files or scene, compresses the result, and sends that video to YouTube using the stream URL and stream key.
When OBS closes, that sending process ends. The YouTube broadcast may remain visible in Live Control Room for a while, and viewers may see a buffering message or a final frame, but there is no new programme being delivered. The broadcast does not turn into an automatic video player simply because it was created as a scheduled stream.
YouTube’s automatic start and stop controls work with signals from the encoder. They can help a configured encoder begin or end a broadcast, but they do not replace the encoder. The official encoder instructions explain the connection between the live event, the stream key and the software or hardware sending the feed.
This distinction is easy to miss when a stream is made from a single prerecorded file. You may think of the file as the content and YouTube as the player. In practice, OBS is still playing the file and transmitting a live version of it. Once OBS stops, the live transmission stops with it.
A restart after a power cut has the same requirement. The computer must come back on, the operating system must load, OBS must open, the correct scene must be selected, and the encoder must reconnect. If any of those steps depends on someone being present, the stream is not genuinely unattended.
What YouTube needs from an encoder
YouTube needs an active encoder to provide a continuing sequence of video and audio data. The encoder is configured with the stream URL and stream key associated with your broadcast. Treat the key like a password for that stream: do not place it in a public screenshot, send it in a group chat, or paste it into an untrusted tool.
For a children’s story channel, the source may be a single illustrated video, a folder of narrated stories, or a longer programme assembled from several files. The encoder must still turn that source into a continuous live feed. A playlist or file on your computer is not enough by itself.
Before choosing a workflow, decide whether you are producing a prerecorded loop or a genuinely live performance. A prerecorded story collection can be prepared in advance and repeated, while a live storytelling session may need a person, live microphone handling, scene changes and audience interaction. A cloud tool described for continuous prerecorded video may be a good category fit for the first case without replacing every feature needed for the second.
You also need to check that the channel is allowed to livestream. YouTube says the channel must be verified, must not have a live-streaming restriction in the previous 90 days, and the streamer must be at least 16. First-time live streaming may take time to enable, so test this before preparing a launch night. Check the current YouTube live-streaming eligibility guidance rather than relying on an old setup guide.
The content itself needs attention too. Confirm that you have the rights to broadcast the story text, narration, background music, sound effects, illustrations and any stock footage. A book bought for home reading is not automatically licensed for a public continuous broadcast. Copyright matches or strikes can interrupt a stream, so keep a record of the permissions or licences behind each item in the rotation.
Keep a local encoder running
The first solution is straightforward: keep OBS, or another local encoder, running on a computer that stays powered and connected to the internet. This preserves the workflow you already understand. Your files remain local, and you can change scenes, add a camera, adjust the microphone or intervene during a story without moving the production elsewhere.
For a simple channel, the local arrangement might look like this:
- Store the story files on the computer or on a drive that remains connected.
- Build an OBS scene or playlist that plays the intended sequence.
- Configure the YouTube stream URL and key.
- Disable sleep and automatic shutdown on the computer.
- Check that OBS starts with the correct profile after a restart.
- Monitor the first overnight run before treating it as unattended.
The computer is now part of the broadcast path. A household power cut, router restart, operating-system update, full storage drive or crashed OBS process can interrupt the feed. Internet service that works well for browsing may still be unsuitable if the upload connection fluctuates while the encoder is sending continuously.
You should also consider who will respond when something fails. A local setup is manageable when someone is nearby, but less convenient if the computer is in a shop, school or family home and nobody can reach it until morning. Remote desktop access can help with some problems, although it does not fix a switched-off machine, a failed internet connection or a computer that cannot boot.
Running two channels from one computer can increase the load and make recovery more complicated. If you are considering that arrangement, compare the resource and monitoring questions in how to run two 24/7 YouTube streams from one computer. For one story channel, a simpler single-output configuration is generally easier to inspect.
A local encoder can be the better choice when you need live production controls, camera input, custom overlays or direct access to your media. It can also suit a creator who already has a reliable always-on computer and is comfortable checking it. The important point is not that local encoding is wrong. It is that closing the encoder is incompatible with continuing to send the feed.
Move playout and encoding to the cloud
The second solution moves the playback and encoding work away from the OBS computer. You upload or select the story media in a cloud service, provide the YouTube stream details, and let that service deliver the live feed. Your own computer can then be switched off after the stream has been configured and checked.
This is the directly relevant category for a prerecorded 24/7 story loop. YouTube’s verified-encoder information describes Gyre as a cloud-based option for continuous streams of prerecorded videos without a dedicated PC. That description confirms the use case category. It does not confirm current pricing, independent reliability, affiliate availability or suitability for your particular media library.
Treat a directory listing as a starting point, not as a complete product assessment. Before relying on any cloud encoder, check its current documentation for file formats, upload limits, looping behaviour, scheduling, playlist changes, access permissions, stream-health alerts and recovery after a connection failure. Confirm the details on the provider’s own page before committing media or a channel key.
The cloud workflow still requires YouTube configuration. Create or schedule the broadcast, configure the cloud encoder with the correct stream URL and key, and wait for the preview in Live Control Room. Do not close OBS or shut down the local computer merely because the provider says the file has uploaded. First confirm that YouTube is receiving the intended picture and sound.
A cloud encoder is not the same as uploading a video to YouTube and pressing play. The service is still acting as the active encoder. If its playlist ends, its account loses access, its media is rejected or its delivery process fails, the live feed can stop. The local computer is no longer the dependency, but the cloud workflow has its own settings and account controls to verify.
For readers who are comparing different ways to rotate prerecorded material, how to automate video rotation on a 24/7 YouTube stream in India covers the operational questions that sit behind a continuous playlist. The same questions apply to children’s stories: what plays next, what happens at the end of the list, and how will you know if the rotation stops?
What a cloud 24/7 service changes
Moving the encoder to the cloud changes the main failure point. The local OBS computer no longer has to remain on, avoid sleep mode and maintain the upload connection. That can be useful for a parent, teacher or small channel operator who wants the home computer available for ordinary work rather than dedicated to broadcasting.
It does not remove the need for a plan. You still need to decide how stories are selected, how often the media is updated, who can access the account, and what happens if the stream is interrupted. You also need a way to check the live output from another device. “No computer at home” should not become “no one checks the channel”.
| Question | Local OBS or another local encoder | Cloud encoder |
|---|---|---|
| Must your computer stay on? | Yes. The encoder must remain active and sending the feed. | YouTube describes its verified cloud example as not requiring a dedicated PC for continuous prerecorded streaming. Verify the provider’s current requirements. |
| Where does playback happen? | On the local computer or connected storage. | In the cloud service after the media has been uploaded or selected. |
| What do you control directly? | Scenes, cameras, microphones, overlays and files on the machine. | The service’s playlist, scheduling, account and media controls. |
| What should you check before relying on it? | Power, internet, sleep settings, storage, OBS recovery and local monitoring. | Media limits, looping, scheduling, alerts, recovery, access permissions and current terms. |
| Does it solve YouTube’s archive limits? | No. YouTube’s archive rules still apply. | No. A different encoder does not change YouTube’s archive rules. |
The cost comparison is also more nuanced than “free computer versus paid cloud”. A local setup may use equipment and electricity you already have, but it leaves you responsible for power, internet and maintenance. A cloud service may charge according to its current plan or media use, but the relevant price and limits must be checked on the provider’s site at the time you choose it. Do not select a service from an old article that gives no current terms.
For a workflow where the local computer is the specific pain point, StreamNeo removes that step by taking an uploaded video, accepting the YouTube stream key and running the 24/7 broadcast without requiring OBS to stay open on your computer. Check the current product information and test your own story file before treating the workflow as ready for unattended use.
Prepare the stories and audience settings
A continuous children’s channel needs more preparation than a file that simply plays once. Make a list of every story in the rotation and record its title, source, rights status, duration and intended audience. If you replace background music or illustrations later, update the record rather than assuming the new version has the same permissions.
Check each file from beginning to end. Listen for silence, clipped narration, sudden volume changes and sections where the image disappears. A story can look fine in a short preview and still contain a missing audio track near the end. If the service supports a playlist, test the transition between two files and the behaviour when the final item is reached.
Set the YouTube audience designation accurately. If the stream is made for kids, YouTube says live chat, chat replay, comments on archives and upcoming streams, Super Chat and reminder notifications for upcoming streams are disabled. Personalised ads are disabled, although contextual ads may still appear. These controls affect how you plan the channel, so do not build the format around a chat feature that will not be available.
If you are used to managing a music stream’s conversation, the difference is worth noting. The guidance in how to manage live chat on a 24/7 YouTube music radio channel is relevant to moderation generally, but a made-for-kids story stream has different platform controls. Read the current YouTube audience and live-streaming rules before publishing the broadcast.
Check the stream before leaving it unattended
Start with a short controlled test. Confirm that the correct YouTube event is selected, the title and description are accurate, and the preview shows the intended story rather than a desktop, empty scene or old file. Watch long enough to see a transition if the stream uses more than one item.
Check the audio on a separate phone or computer, not only through the machine producing the stream. Listen for speech that is too quiet, music masking the narration, a delayed microphone or a loop that begins with a jarring cut. Also look at the image on a normal mobile connection, because a studio monitor does not tell you how every viewer will receive it.
YouTube’s live-streaming tips recommend checking the preview, stream availability and audio and video quality. Use the first run to record what happened: when playback began, whether the file changed cleanly, and whether the live status stayed active. If the provider offers alerts, configure them to reach someone who can act on them.
Create a recovery checklist before launch. It should say where the stream key is stored, who has permission to change it, how to restart the selected encoder, how to replace a damaged story file, and how to contact the relevant provider. Keep account recovery details separate from public channel information.
Archive planning needs its own check. YouTube says streams under 12 hours can be automatically archived, while a stream longer than 12 hours may not be captured at all. Its advice also includes keeping a local archive backup. If the complete story collection matters, save the source files and maintain a separate recording rather than assuming a 24/7 broadcast will become a complete replay.
The YouTube archive guidance should be checked before you design a schedule around replays. Splitting a very long programme into shorter sessions may help when a usable YouTube archive matters, but it also creates more stream transitions to schedule and monitor. Decide whether your priority is an uninterrupted public channel, a dependable replay, or both, then build a separate plan for the second requirement.
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 close OBS after starting a YouTube Live stream?
Not if OBS is the encoder sending the feed. Closing it stops the outgoing video, so use another encoder that remains active or move the prerecorded playback and encoding to a cloud service.
Can YouTube keep my prerecorded stories playing after OBS stops?
No. YouTube receives the live feed from an active encoder; it does not keep a closed OBS process running. A scheduled event and an uploaded video are different from a continuing encoder output.
Is a cloud encoder suitable for a children’s story loop?
It can be suitable when the channel is based on prerecorded stories and you have checked the service’s current media, scheduling, looping and recovery features. You still need to confirm rights, audience settings, stream eligibility and the live preview before leaving the local computer off.
Will YouTube always save a 24/7 story stream as a replay?
No. YouTube warns that a stream longer than 12 hours may not be captured at all. Keep separate source files or recordings if preserving the complete story collection matters.