IRL Pro is documented as an Android streaming app for sending a live broadcast, not as a music player or an unattended playlist loop controller. To run a 24/7 bhajan channel, you need to verify a separate way to play and encode the playlist, then confirm how that feed will reach YouTube and keep running when nobody is watching it.
The practical question is not only whether IRL Pro can broadcast, but whether your complete playback-to-YouTube chain can repeat the playlist, recover from interruptions and deliver usable sound and picture for a full day. The available documentation does not establish that end-to-end workflow, and no 24-hour test is claimed here.
What IRL Pro is documented to do
IRL Pro is described as an Android app for streaming to YouTube and other destinations. The IRL Pro product page presents it as a broadcasting application, and the Google Play listing identifies it as an Android app. The located setup material explains destination configuration and broadcasting over RTMP or SRT. Those points establish a role in sending a live feed; they do not show that the app can create the feed by playing a set of music files in sequence.
That distinction matters because a live stream has more than one job. A playback system must read the bhajan files, decide what follows each track, and produce a continuing audio and video signal. An encoder then packages that signal for delivery to YouTube. A broadcast app may be part of that route, but it is not automatically the player, playlist scheduler and recovery mechanism as well.
If you have an Android phone and want to use IRL Pro, think of the phone as a possible broadcast device in a workflow that still has to be demonstrated. Do not assume that selecting a playlist in a music app will make that app’s sound available as a live encoder input, or that a phone screen can stay awake and broadcast unattended for a day. Verify those functions on the specific device and software version you plan to use.
For a broader view of why the operational details matter for a music channel, see this guide to running a 24/7 YouTube stream for a music channel in India. Growth is a separate question from playout, but a channel’s basic reliability has to come first.
What the available sources do not establish
The reviewed IRL Pro documentation does not establish that the app includes a music player, a repeat-all playlist mode, automatic transition between tracks, unattended recovery after a failure or a tested way to take a continuous playlist and broadcast it for 24 hours. It is possible that a current app version offers features not covered by those pages. That possibility is not evidence that a particular feature exists or works continuously, so check the current app documentation and test the feature yourself before building a channel plan around it.
The YouTube encoder instructions cover a different part of the process: they tell creators to use the server URL and stream key shown in YouTube Live Control Room in their encoder. The fact that YouTube accepts encoded feeds and IRL Pro documentation describes broadcasting does not, by itself, confirm a tested direct configuration from a looping bhajan playlist through IRL Pro. Keep that distinction visible when you plan your setup.
Nor does a successful short broadcast establish that it will keep going while unattended. A phone can run out of power, overheat, lose connectivity or have its operating system pause an app. A separate playback device or encoder can also stop, lose an input or fail to move to the next track. The sources reviewed do not settle the restart, power, thermal or network provisions needed for a full-day run. Treat each as a question to answer with a test and a recovery plan.
If your immediate problem is an app restarting during setup changes, this article on preventing IRL Pro from restarting a YouTube live stream after upload changes may help with that narrower issue. It does not prove playlist looping or unattended operation; those still need separate validation.
Identify the missing playback and encoding workflow
Before connecting anything, draw the path your audio and picture will take. For example: bhajan files on a device, a playlist player, a video source such as a static image or visual loop, an encoder that combines and packages the inputs, and a broadcast destination on YouTube. Mark where IRL Pro fits. If you cannot point to the component that plays the next track and the component that encodes the stream, you have not yet identified a complete workflow.
Ask the person configuring the system, or check the current documentation, for specific answers to these questions:
- Can the player repeat a playlist indefinitely, and does it move cleanly from the final track back to the first?
- Can the chosen encoder receive both the audio and the video you intend viewers to see?
- Does the encoder send to YouTube directly, or is IRL Pro expected to relay its output? If the latter, is that connection explicitly supported and tested?
- What happens if the playlist application closes, the encoder loses its input or the network drops?
- Can the devices remain powered and in a stable operating state without a person present?
These are evaluation criteria, not claims that a particular alternative has been tested here. A computer-based encoder may suit you if you need clear control over media inputs and repeat behaviour and can manage the device and its recovery. A mobile broadcasting workflow may be useful when its documented inputs match your intended source and you can keep the phone powered and monitored. A managed broadcast workflow may be more convenient if you do not want your own computer to stay on, but check that it actually supports your file, channel and monitoring needs. In every case, verify the loop, output route and failure response rather than choosing by product label.
For a technical example of how a separate encoder workflow can be configured, see setting up a YouTube stream key in FFmpeg on a Raspberry Pi. That article concerns a specific route, not a recommendation that every bhajan channel should use it. If your workflow uses another player or encoder, use its own current documentation and confirm the handoff to YouTube.
Connect the broadcast to YouTube
YouTube’s encoder setup instructions explain that you create or schedule a stream in Live Control Room and use the provided server URL and stream key in the encoder. The stream key identifies where the feed is sent and allows YouTube to accept it, so handle it as a password. Do not post it in a public message, screenshot or shared document that people outside the setup team can access. If it is exposed, use YouTube’s current controls to manage or replace it.
Before you prepare the output, check channel eligibility. YouTube’s live streaming guidance says the channel must be verified and must not have live-streaming restrictions in the past 90 days. Check the current official page for your channel’s position; eligibility is not established merely because a channel has streamed before.
When entering the YouTube destination, make sure the stream key, server URL and encoder output settings belong to the same stream configuration. A typo or stale key can prevent the feed from arriving. Start with a private or unlisted test where appropriate, and preview it in Live Control Room before making a public schedule. The goal is to see what YouTube receives, not only what the player shows locally.
YouTube recommends constant bitrate (CBR) and a two-second keyframe interval, which should not exceed four seconds, in its encoder settings guidance. Treat these as general recommendations and check whether your selected encoder exposes compatible controls. Do not assume that IRL Pro has every encoder setting described by YouTube simply because it can broadcast; verify the available controls in the current app and documentation.
Network capacity is another part of the connection. YouTube recommends upload bandwidth with 20% headroom beyond the total stream bitrate. If you are using a primary and backup encoder, its guidance says to account for both plus that headroom. Use the bitrate you actually intend to send, then test on the connection and at the time of day you expect to broadcast. A speed test at one moment is not proof that the route remains stable overnight.
Test the complete audio, video and repeat behaviour
A useful test follows the same path as the planned broadcast. Start with the actual playlist, player, encoder, IRL Pro configuration if used, network and YouTube destination. Listen to the stream on another device, not only through the source phone or computer. Check that the devotional music is audible without clipping, that quieter passages remain hearable, and that a track change does not produce silence, an abrupt cut or a jump in volume.
Watch the picture viewers will receive. If you plan to use a still image, check that it is the right image and remains present. If you use moving visuals, confirm that movement and audio stay in sync. Test the transition from the last track to the first, and listen for a gap or overlap. YouTube recommends trying a test stream with audio and movement similar to the intended broadcast; a brief test with unrelated material cannot validate a bhajan playlist’s complete playback chain.
Then leave the system running long enough to exercise the behaviours that matter: multiple track changes, repeat at the end of the list, and the monitoring or recovery steps you expect to use. This is not a claim that a short test proves a full 24-hour run. It is a staged validation: first confirm basic output, then verify repeat behaviour, then conduct a longer supervised run and record what stopped or needed attention. Do not call a setup unattended-ready until you have checked the likely failure points and know how you will detect a drop.
| Check | What to observe | What it does not prove |
|---|---|---|
| YouTube preview | Audio and picture arrive at the intended destination | That the stream will run unattended for a day |
| Track transition | The next bhajan starts at the expected point and level | That the entire playlist repeats correctly |
| End-of-list repeat | The first track returns without a stop or broken input | That the encoder restarts after a later failure |
| Network and device monitoring | You can see a loss of signal, power or input | That every interruption will recover automatically |
| Longer supervised run | The chain behaves across repeated playback and observation | A guarantee of 24/7 continuity or a complete archive |
If a test fails, isolate the stage before changing everything at once. Check whether the source player is still advancing, whether the encoder still sees audio and video, whether the broadcast connection is live, and what Live Control Room reports. Make one change, repeat the test, and note the result. For more on why a looping feed can stop at a boundary, this guide to a YouTube live stream stopping after one FFmpeg loop is relevant to that particular encoder path, not proof that the same cause applies to your setup.
Check rights and plan for unattended operation
A devotional subject does not by itself establish that a recording is free to rebroadcast. You need to confirm the rights for the sound recording and the underlying composition, including the relevant territories and live-stream use. YouTube’s livestream terms state that the provider represents that it has the rights needed for the live content, including music licensing rights from artists, labels, publishers and other rights participants. Check the current official terms and your actual licences; public availability or religious use is not a substitute for that check.
YouTube says that all live streams are scanned for matches to third-party content. Its copyright guidance for live streams explains that a match may cause a placeholder image and warning, and that a stream may be interrupted or terminated if the content remains. It also notes that licensed content may still be interrupted unless the rights owner adds the channel to its Content ID allowlist. Archived live streams can receive Content ID claims after the broadcast ends. A licence and an allowlist are distinct issues, so ask the relevant rights owner what applies to your channel rather than assuming a licence alone prevents interruption.
Plan the human side as carefully as the software. Decide who will check the stream, how often, and what they will do if the preview goes offline or the sound becomes silent. If you cannot watch continuously, use available alerts or periodic checks, and make sure someone can act on them. Confirm power arrangements, device ventilation, network stability and a recovery procedure. A phone left broadcasting in a warm place or with unreliable charging is not a dependable unattended plan simply because it worked during setup.
Also be cautious about archive expectations. YouTube’s encoder instructions say streams under 12 hours are automatically archived. That statement does not promise a complete archive for a 24-hour stream, so decide separately how you will preserve material you need and check YouTube’s current archive guidance. A live channel and a reliable copy of every broadcast are different requirements.
Make a go/no-go decision before scheduling
Before announcing a continuous schedule, write down the actual route from files to viewers: which component plays each track, which component encodes audio and video, whether IRL Pro is used and exactly what it receives, and which YouTube stream configuration accepts the output. Keep the device names and settings with the operating notes, but store the stream key securely rather than in an openly shared checklist.
A reasonable go/no-go decision rests on observed behaviour, not an assumption about what an app ought to do. You should have seen the YouTube preview, heard the real playlist, watched the end-of-list repeat, and confirmed that the chosen device can stay powered and monitored. You should know what the operator will do after a lost connection or stopped player. If any of those steps is still unknown, schedule a supervised test rather than presenting the channel as a proven 24/7 service.
Do not use a single successful live session as a guarantee of future continuity. Software updates, network conditions, account settings and music claims can change the outcome. Keep the test notes, check the official YouTube and app guidance again when you make a material change, and use a shorter planned run to validate the changed route before relying on it for a long broadcast.
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 IRL Pro loop a YouTube bhajan playlist continuously?
The documentation reviewed establishes IRL Pro as a broadcasting app, not as a playlist player or repeat controller. Check the current app documentation for any relevant media feature, then test the full playlist and its end-of-list behaviour before relying on it.
What else do I need besides IRL Pro?
You need a verified way to play the bhajan files, produce the audio and video feed, encode it for YouTube, and keep the components operating. Map and test that workflow first; the reviewed sources do not establish a complete direct playlist-to-YouTube setup through IRL Pro.
Can I use any bhajan recording that I find online?
Do not assume that public availability or devotional content grants rebroadcast rights. Confirm rights for both the recording and composition, and check YouTube’s current live-copyright guidance because a stream can be interrupted even where licensed content has not been allowlisted.
Does a successful preview mean the stream is ready for 24/7 use?
No. A preview confirms that YouTube is receiving a feed at that moment, not that playback will repeat or the equipment will recover unattended. Test the actual transitions, repeat behaviour, monitoring and recovery plan, and avoid promising continuity that you have not established.