No. If a StreamVoodoo participant’s live feed depends on a computer that you turn off, you should expect that feed to stop; the reviewed documentation does not describe a hosted mode that takes over the capture and keeps it running.
That is separate from whether an eventual YouTube broadcast can continue. StreamVoodoo describes browser-based participant rooms and feeds that can be used in production software such as OBS or vMix, but the computer capturing a participant and the computer running the broadcast workflow are distinct parts of the chain.
Short answer: a device-dependent feed stops with its device
A browser-room connection is a live session, not a video file playing independently of the participant’s device. StreamVoodoo’s FAQ describes participants joining through a browser and granting camera and microphone access. If the device supplying that camera and microphone is powered down, there is no basis for assuming its live capture continues.
This is the practical answer to “Can StreamVoodoo keep streaming if my computer is turned off?”: do not plan on a participant’s feed continuing after that computer shuts down. StreamVoodoo’s FAQ does not spell out that exact shutdown scenario, so this is an inference from the documented browser, permissions and device requirements rather than a claim that a shutdown test was performed.
Be precise about what you mean by “streaming”. A participant’s feed might be one input in a production. A separate application may assemble that input with others, encode the result and send it to a destination such as YouTube. A destination receiving a broadcast is not the same thing as the participant’s camera continuing to capture without its device.
The official terms also make compatible devices, software and internet access part of using the service, and note that device, software and connection performance can affect use. That supports a device-dependent reading of the workflow; it does not establish a cloud handoff if a device disconnects.
How the browser-room workflow works
StreamVoodoo describes its WebApp as connecting multiple high-definition video feeds with sound in real time through a browser. In the documented setup, a user signs in, chooses a room and display name, allows camera and microphone access, and shares an invitation link so other participants can join. Each live participant is therefore contributing a feed from a device and connection.
A useful way to picture it is a remote conversation: one person opens the room on a laptop, another joins from a different device, and the host brings their video into a programme. The room helps connect the participants. It does not, on the documentation reviewed, turn those participants’ cameras into an independent recorded source that can keep capturing after their devices are off.
StreamVoodoo’s FAQ calls an individual feed link a Magic Link. It says that link provides the output of an individual video with sound and can be used as a browser source in a switcher. That gives a production operator a way to bring a participant’s feed into another application, but it does not make the feed independent of the participant’s live session.
For practical planning, identify which device supplies each camera and microphone, which browser is joining the room, and which computer is responsible for producing the final programme. If a participant closes the laptop or loses internet, ask what happens to that input. If the production computer is shut down, ask separately what happens to the assembled broadcast. Those are two failure points, not one.
For the highest video quality settings, StreamVoodoo’s FAQ recommends a wired Ethernet connection and says an Ethernet connection is required for those qualities to perform as intended. A cable can make a connection more dependable in a suitable setup, but it cannot keep a live session running when the computer is powered off. If audio is echoing, the FAQ also recommends headphones when Studio Sound is enabled to avoid speaker sound re-entering the microphone; that is an audio-routing measure, not a continuity solution.
Where OBS or vMix fits in the broadcast chain
OBS or vMix can be the production step after StreamVoodoo’s room. The FAQ describes using a Magic Link as a browser source in a switcher such as OBS or vMix, and describes using those applications to record or stream a programme to social media or another RTMP server. In other words, the room supplies live inputs; a separate production application can combine, record or send them onward.
That distinction matters when you power off a computer. If a participant’s laptop is off, that participant’s camera feed should not be expected to continue. If the computer running OBS or vMix is off, the local production and sending step should not be expected to continue either. The reviewed StreamVoodoo material does not say that it silently takes over either task.
A simple chain can help you locate the dependency:
| Part of the chain | What it does | What to expect if its device is off |
|---|---|---|
| Participant’s browser and camera | Supplies a live person’s video and sound to the room | That participant’s live feed should be treated as stopped |
| StreamVoodoo room | Connects participants’ live feeds | The documentation does not say it keeps capturing a participant without their device |
| OBS or vMix production computer | Uses feeds as inputs and can record or send a programme onward | Do not assume its production continues after shutdown |
| YouTube or another destination | Receives the outgoing broadcast | Receiving a stream does not restore an absent camera feed or encoder |
The table describes responsibilities, not a promise about exact behaviour in every interruption. A browser tab may disconnect, a switcher may lose an input, or the destination may report a dropped broadcast. The useful operational question is which part failed and whether the remaining parts have an independent source.
If your goal is an always-on loop of recorded music, lessons, ambience or a product catalogue, a live guest-room tool and a continuous playback workflow solve different problems. See the practical distinction in setting up a Bollywood instrumental playlist stream and creating a Hindi study stream from recorded lessons. In those cases, the source is prepared media rather than a person’s active camera feed.
What the documentation does not establish about hosted feeds
The StreamVoodoo material reviewed establishes a browser-based room, camera and microphone permissions, individual feed links, and the possibility of using feeds in OBS or vMix. It does not describe a hosted 24/7 video playback service, a scheduled broadcast that takes over when your computer shuts down, or a cloud copy of a participant’s live feed that continues independently.
That is a limit on what can responsibly be concluded from the documentation, not proof that no feature could ever exist. Product capabilities can change, and the answer may depend on a specific plan or workflow. Before relying on a computer-off arrangement, ask StreamVoodoo to point you to current documentation that explicitly explains what keeps capturing, encoding and sending the stream when your own devices are switched off.
Do not infer a hosted continuation feature from the fact that the browser room is online or that a Magic Link can be opened as a browser source. A feed link is an input to production; it is not, by itself, evidence that capture continues after the source device stops. Similarly, an RTMP destination is where a produced stream can be sent, not a replacement for the camera, browser or encoder that supplies it.
The official FAQ includes room connection limits by plan. Those details can change and are not central to whether the feed survives shutdown, so check the current FAQ before choosing a plan based on participant count. A room’s ability to include a certain number of connections should not be read as evidence of unattended playback or an always-on broadcast feature.
Options for a stream that must continue without your computer
First decide whether you need live people or continuous playback. If you need a live interview, class or service with participants on camera, each participant needs a working capture device and connection while they are contributing. You may also need a production computer or another documented production arrangement to combine the feeds and send the programme. Arrange cover for the relevant devices and connections, and test what happens when a participant drops before the event matters.
If you need the same recorded content to play continuously, consider a workflow designed around a prepared video file and an independently operating broadcast process. That is a different requirement from a browser room: the important questions become how the file is supplied, what sends it to YouTube, how interruptions are detected, and who can restart or replace the programme. A cloud PC approach for an Indian music stream and cloud service options for a YouTube radio channel in India describe alternatives to leaving a home computer responsible for continuous playback. Check each service’s current capabilities and terms; do not assume that a cloud PC or service automatically solves rights, connection or account issues.
A local computer can also be left running for a continuous broadcast, but it remains a device-dependent arrangement. Consider power cuts, operating-system updates, sleep settings, internet interruptions and whether someone can respond if the broadcast stops. A VPS setup for a continuous YouTube stream is another route for readers comfortable managing a remote computer, though the additional administration may not suit everyone.
For a file-based YouTube stream, a hosted playback arrangement can remove the need to leave your own computer switched on. StreamNeo is relevant when the specific problem is keeping an uploaded video running to YouTube without a home computer left awake; it is a video-playback workflow, not a way to preserve a StreamVoodoo participant’s live camera session. Confirm that your source file, destination and operating needs fit the service before committing.
Whichever path you choose, make a small continuity plan. Keep the video file and its permissions in order, write down which account and stream key are used, and decide who can check the broadcast if it stops. Run a test that matches the real workflow: turn off the device you intend to turn off, then verify from a separate device whether the source and the destination behave as expected. A test is useful evidence about your own setup, not a guarantee about every later interruption.
Questions to confirm with StreamVoodoo
Ask StreamVoodoo directly which computer or device must remain on for each part of your intended setup. Describe whether you are using a participant’s camera, a Magic Link in OBS or vMix, and a destination such as YouTube. Ask separately what happens when the participant’s browser closes, when the production computer loses power, and when its internet connection drops.
If a representative says the broadcast can continue with your computer off, ask which part is hosted, whether it applies to a live participant feed or only a recorded source, and where the current product documentation describes it. Get the answer in writing if you are making plans around an unattended broadcast. Avoid relying on a general statement that the service is “cloud-based” without a clear explanation of what continues to run and what source it uses.
Check current room and plan limits on StreamVoodoo’s own FAQ if you are bringing several participants in. Verify any limits or requirements that matter to your production at the time you sign up: the FAQ details may change. Ask whether the recommended Ethernet connection applies to your own role in the room, the participants’ connections, or both, and what quality settings are available for your intended use.
If you plan to send the production to YouTube, confirm the production workflow with the person responsible for OBS or vMix as well. Make clear who owns the outgoing encoder, which device must stay awake, how audio is monitored, and what the audience will see if an input disappears. StreamVoodoo’s room guidance and your broadcast software’s instructions cover different links in the chain, so checking only one leaves a gap.
Choose the workflow by what must remain live
A practical decision starts with the thing that must continue. For a live guest conversation, a person’s camera and microphone are the source, so the device and connection supplying them matter. For an assembled programme, the switcher and its outgoing connection matter too. If either is on your desk and needs to keep working, switching off that machine conflicts with the requirement unless a separate, documented system assumes its role.
For recorded content, the source can be a video file rather than an active participant. Then you can choose a local computer, a remote computer you operate, or a hosted playback service, depending on how much maintenance you are willing to handle and how much control you need. The key comparison is not which option sounds more automated, but who is responsible for the file, the outgoing broadcast and recovery after a failure.
In India, it is worth testing at the time and location you intend to broadcast. Household power and broadband can be variable, and a setup that works in an afternoon test may still need a plan for overnight faults. Keep the test modest: use the actual file or participant source, the actual broadcast destination, and a separate phone or computer to check what viewers receive. Note the result and the recovery steps rather than assuming that the word “always-on” means uninterrupted.
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FAQ
Does StreamVoodoo say that a room continues after my computer is off?
The reviewed documentation does not describe that behaviour. It documents browser-based participant feeds, camera and microphone permissions, and feed links that can be used in production software. Treat a feed from a powered-off device as stopped unless StreamVoodoo provides current documentation for a different arrangement.
If OBS or vMix is sending to YouTube, can the broadcast continue when I turn off that computer?
Do not assume so. StreamVoodoo describes OBS and vMix as separate tools for recording or sending a production onward, but the reviewed material does not establish that the production continues after its computer is shut down. Confirm which device or hosted service is performing the outgoing broadcast.
Is a Magic Link the same as a hosted video stream?
No such equivalence is established in the FAQ. It describes a Magic Link as the output of an individual video with sound and says it can be used as a browser source in a switcher. That makes it a way to bring a live feed into production, not evidence that capture continues without the participant’s device.
What should I use if I want recorded video to run while my computer is off?
Look for a workflow that explicitly supports playback of your uploaded or recorded video to your chosen destination without your own computer running. Check who monitors it, how you recover from interruptions, and whether the service supports your destination and content. That is a separate use case from connecting live participants in a StreamVoodoo room.