If you want to stream kirtan 24/7 on YouTube using OBS, first enable live streaming on a verified channel, create a broadcast in YouTube Studio, and connect OBS with the correct server URL and stream key. Then test the actual devotional audio and video feed before you leave the channel running.
The practical question is whether you are broadcasting a live performance or looping prepared recordings. A live performance needs working camera and audio inputs; a prerecorded programme needs media sources, suitable visuals, and a reliable way to confirm that the files continue playing. In both cases, the music and recordings must be cleared for live, rebroadcast and on-demand use.
Check your channel before preparing OBS
Start in YouTube Studio rather than on the spare computer. YouTube requires a verified channel for live streaming, and the channel must not have a live-streaming restriction in the previous 90 days. If live streaming has not been enabled before, activation can take up to 24 hours, so do this well before the planned launch.
Open YouTube Studio and use the live-streaming area to confirm that the channel can go live. Do not assume that an old channel, a recently created channel or a channel that has uploaded videos is automatically ready for a continuous broadcast. The relevant status is the channel’s current live-streaming access.
You can check YouTube’s current requirements in its official live-streaming help. Platform screens and eligibility rules can change, so use the current Studio notices as the final check rather than relying on a screenshot from an older guide.
Choose who will control the channel and keep access details private. A 24/7 broadcast still needs human attention when the computer loses power, a source file stops, a copyright notice appears or YouTube asks for an action. Continuous does not mean unattended under every circumstance.
Prepare the spare PC and OBS Studio
A spare PC can be a sensible way to keep your main computer free, but it does not by itself make a stream continuous. The computer, power supply, internet connection, operating system and source files all remain possible points of failure. Use the machine you have, then test what it can sustain rather than choosing settings because they worked on another computer.
Install OBS Studio from its official website and run its Auto-Configuration Wizard. OBS is free and open source, but the wizard cannot test every overnight condition. It gives you a starting point; a longer test with representative kirtan audio, visuals and upload conditions is what tells you whether the setup is suitable.
Create a scene with only the sources you need. For a live programme, this might include a camera, a microphone or mixer input, and a simple visual layer. For prepared kirtan, use a media source or another source type appropriate to the file and your OBS version. Add the same kind of material that will be used after launch, not a silent placeholder that hides audio or playback problems.
If you are using a playlist or a long prepared video, test what happens at the end of the file. Check whether the next item starts, whether the screen remains visible and whether audio continues. OBS behaviour depends on the source type, file and version, so do not treat a loop setting as proof that an unattended programme will run indefinitely.
The guide to fixing an OBS scene that goes black on a 24/7 YouTube stream is useful when the preview looks correct initially but the visual source later disappears. Keep the scene simple enough that you can identify which source failed.
Set the computer to avoid automatic sleep or shutdown during the test, while still applying security and system updates deliberately. If the spare PC restarts, verify that OBS opens, the intended scene is selected and the source files are available after login. Do not promise yourself that a setting will survive an update until you have tested that exact restart path.
A local recording is also worth considering if the complete programme matters. YouTube says streams over 12 hours may not be captured as an archive. A separate local recording can preserve material that does not become an on-channel replay, provided you have enough storage and the rights for that recording.
Create or schedule the YouTube event
In YouTube Studio, choose Create and then Go Live. You can start a new broadcast or schedule one. Set the title, description, visibility and other event details before connecting OBS. A scheduled event gives you time to check the public-facing page and organise the launch; an immediate broadcast may be simpler for a private test.
For a first test, use a visibility option that lets you check the complete workflow without presenting an unfinished stream to your audience. Confirm the title and description describe what viewers will actually receive. If the content is a repeating collection of recordings, say so rather than implying that a live temple or studio performance is taking place.
YouTube can reuse stream settings, which is useful when the channel follows the same production pattern. You can also create a custom stream key when a key needs to be reused. Reuse reduces repeated copying, but it also means that anyone who obtains the key may be able to send a feed to that configured destination.
The official YouTube Live Control Room guide explains the current creation and management flow. Follow the controls shown for your account, particularly where YouTube separates an event’s details from the encoder connection.
A single broadcast is operationally straightforward: viewers keep one live URL and you do not need to create a new event for every programme change. The compromise is the archive. YouTube’s guidance says streams longer than 12 hours may not be captured, so a 24/7 broadcast should not be presented as a dependable single video archive.
If on-channel replays are important, consider shorter broadcasts or separate uploads. That creates more work for scheduling and viewer continuity, but it gives you a clearer archive plan. If uninterrupted listening is the priority, one continuous broadcast may be preferable, with local recording and separate uploads handled independently.
Enter the server URL and stream key
YouTube’s stream key links the encoder feed to the channel’s broadcast. YouTube describes it as a password and address for the stream. Treat it as a credential, not as ordinary setup text. Do not publish it in a tutorial screenshot, paste it into a public document or send it in a group chat.
In OBS, open Settings and select Stream. Choose YouTube if it is available in the service list, or enter the server URL and stream key supplied by YouTube. Use RTMPS where it is available. Copy the values carefully and avoid adding spaces at the beginning or end.
The server URL and the stream key have different jobs. The server tells OBS where to send the feed; the key identifies the broadcast destination. A correct key with the wrong server, or a correct server with an old key, can leave YouTube waiting for a signal.
YouTube’s encoder settings documentation provides the current connection and encoding guidance. If the key has been exposed, reset it in YouTube Studio and update OBS. Do not try to protect a compromised key by simply hiding the broadcast page.
Once the values are entered, save the OBS settings and confirm the selected scene. Start the encoder from OBS, then look for the incoming signal in Live Control Room. Depending on the event workflow, you may need to start the broadcast from YouTube after the preview is ready. Follow the status shown in Studio rather than assuming that OBS alone has made the event public.
Do one complete connection test before launch. Stop the test through the normal workflow and check what happened to the archive, the title, the audio and the public visibility. A successful connection proves only that the feed reached YouTube at that moment.
Test the actual devotional audio feed
Audio is where a kirtan stream can fail while the video still appears healthy. Test the exact files, mixer, microphone, capture device and scene that you plan to use. Listen through headphones and through another device if possible. A meter moving in OBS does not prove that the audience is hearing the correct source.
For a live performance, speak or sing briefly into the intended microphone and confirm that the correct channel moves. Check whether the devotional instruments are being captured at a useful level and whether background noise, hum or clipping appears. If the audio comes from a mixer, verify that the feed sent to OBS is the same feed you monitored locally.
For prerecorded kirtan, play representative passages rather than only the first few seconds. Include quiet sections, louder sections, transitions and the end of a file. Confirm that the source does not become silent when the window loses focus, the playlist advances or a visual changes.
Watch for two separate problems: no signal and an unusable signal. No signal is usually visible in the mixer. An unusable signal can be too quiet, distorted, delayed or dominated by one channel. Correct the source or gain at the appropriate point instead of repeatedly increasing every control.
If viewers will receive a static image or a slow devotional visual, keep the audio test running long enough to expose source behaviour. The screen may look unchanged while the media source has stopped. A person monitoring the channel should know what normal audio levels and transitions sound like.
Rights are part of the audio test, not an afterthought. Make a written list of each bhajan, kirtan recording, performance, visual and spoken element. Note who created it, who owns the relevant rights and whether permission covers live streaming, rebroadcast and an audio or video on-demand copy.
Do not assume that a devotional purpose, public availability, attribution or purchase of an audio file gives you permission to broadcast it. A recording of a traditional composition can have separate rights from the underlying composition, and a performance can have its own rights. Ask the relevant rights holder when the position is unclear.
Check the preview and stream health
After OBS sends the feed, wait for the preview in Live Control Room and compare it with the programme you intended to send. Check the picture, audio, title, visibility and delay. If YouTube shows a warning, read the warning before taking the stream live.
Monitor stream health during the test, especially while the spare PC is doing the same work it will do overnight. Look for dropped frames, encoder warnings, unstable upload and audio interruptions. OBS help explains that rising dropped frames can indicate an unstable connection to the service or an upload connection that cannot sustain the configured bitrate.
A stable preview on a quiet afternoon is useful evidence, but it is not a guarantee of overnight continuity. Test the actual network connection, not only a speed-test result. Other devices using the connection, router restarts, local power loss and changes in the source can affect the broadcast.
You should also test recovery deliberately. Stop OBS and restart it through the procedure you would use after a failure. Disconnect the network briefly if that is safe to do, then observe how the encoder and YouTube respond. Do not claim that a particular reconnect or source-loop arrangement will work forever unless you have verified it in your own setup.
If the channel matters to a community, decide who checks it and at what intervals. A monitor can confirm that the public page is still live, the audio is present and the visual has not gone black. Keep instructions for resetting the key, restarting OBS and contacting the person responsible for the channel.
The troubleshooting guide for a YouTube stream that goes offline after starting covers a different encoder, but its diagnostic distinction is useful here: identify whether the problem is the connection, the encoder, the source or YouTube’s broadcast state before changing settings at random.
Choose sustainable settings and plan the rights
Use settings that the computer and upload connection can sustain together. YouTube recommends constant bitrate, a two-second keyframe interval and a maximum keyframe interval of four seconds. It supports up to 60 frames per second and lists codec-specific guidance, so resolution, frame rate and codec should be considered as a group.
For H.264 at 1080p and 30 frames per second, YouTube’s current recommendation is 14 Mbps. That is one row in YouTube’s table, not a universal answer for every kirtan stream. A static visual with clear audio may not need the same approach as a camera feed with movement, but the final choice must still fit the encoder and upload connection.
| Choice | What it changes | What to check |
|---|---|---|
| Higher resolution | A sharper picture and more work for the encoder and connection | Whether the spare PC encodes it without warnings and the upload remains stable |
| Higher frame rate | Smoother motion for moving video | Whether the content benefits from it and whether the increased workload is justified |
| Lower setting | More headroom for the computer and connection | Whether the picture remains suitable for the channel and viewers |
| One continuous broadcast | One live destination and fewer event changes | Archive risk beyond YouTube’s 12-hour capture guidance |
| Shorter broadcasts | More manageable replay units | Extra scheduling, transitions and monitoring |
The YouTube Live settings guide for 1080p at 30fps can help you compare the relevant encoder choices. Use official YouTube guidance for the current table, then validate the result with a representative test rather than copying a setting by rote.
Plan the archive separately from the live feed. YouTube says streams over 12 hours may not be captured and recommends a local archive backup. An external drive can hold a local recording, but its capacity depends on your chosen recording settings and retention period. Check the recording before deleting the source files.
A UPS may help bridge some local power interruptions for a locally hosted encoder. It does not protect against an internet failure, an OBS problem, hardware failure or a YouTube-side issue. Select capacity and runtime for the actual equipment if you use one, and test the shutdown and restart procedure rather than treating the UPS as a complete continuity plan.
If maintaining a PC, local network and source library overnight is the main difficulty, StreamNeo removes that particular local-computer burden by letting you upload the finished video once, connect the YouTube channel and run the broadcast with automatic monitoring and restart; you still need to check the content, channel access and rights yourself.
For a different technical route, the article on using hardware encoding for an FFmpeg YouTube stream on Raspberry Pi explains why the encoder choice matters when a small computer is doing the work. It is not a reason to buy a particular device: compare the method with the hardware and skills you already have.
Finally, keep rights records with the project. Google’s production guidance says to obtain the necessary clearances for live streaming, rebroadcast and audio or video on demand. YouTube’s live Content ID matching is a restricted rights-management feature for eligible partners, not a shortcut for checking whether your own channel has permission. If a rights holder asks you to stop, follow the relevant notice and review your documentation.
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 loop prerecorded kirtan in OBS all day?
You can configure OBS with media sources or other suitable sources, but you should test the exact files, playlist behaviour and OBS version. Do not assume that a loop will recover from every file, source or computer failure. Confirm that the audio continues and that the next item starts during a long representative test.
Does devotional music automatically have permission to stream?
No. Devotional subject matter does not remove copyright or related rights. Check permission for the composition, recording, performance, visual material, live broadcast, rebroadcast and any on-demand copy.
Will YouTube save a 24/7 stream as one replay?
Not reliably. YouTube says streams longer than 12 hours may not be captured, so keep a local recording if preservation matters or use shorter broadcasts when separate on-channel archives are important.
What should I do if OBS shows dropped frames?
Check whether the upload connection is unstable or cannot sustain the configured bitrate, then review the encoder and network conditions. Use a representative test, monitor YouTube’s stream health and change one relevant setting at a time rather than guessing.