Sometimes. Sending a 24/7 stream to YouTube may incur cloud network transfer charges, but the answer depends on the provider, the product sending the feed and the route it takes. Google Cloud lists a specific VM-to-YouTube category as no charge; that does not establish the same treatment for AWS, Azure or every Google Cloud service.
Keep network egress separate from the cost of running an encoder or managed media service. To estimate a bill, you need the sending product, region, route, configured bitrate, redundancy and applicable account allowances. Without those details, there is no sound universal free-or-paid answer.
Short answer: the provider and route decide
Egress is data leaving a cloud provider’s network. For a live stream, the relevant leg is the feed travelling from the cloud service to YouTube’s ingest endpoint. The price treatment can depend on which cloud product sends that feed and how its pricing rules classify the destination.
That is narrower than asking whether “cloud bandwidth” is free. One provider may publish a destination-specific exception for a particular product, while another may apply an internet-transfer allowance or charge. Even within one provider, a virtual machine, a managed encoder and a third-party relay can have different pricing schedules.
A useful first check is to identify the path, not just the logo on your cloud account. Is a VM sending directly to YouTube, or is a managed live-video service, CDN or relay in between? If there is a relay, there may be more than one outbound leg to price. YouTube’s encoder setup guidance describes sending an encoder feed to YouTube; viewer delivery after YouTube receives it is a separate leg, not the cloud-to-ingest transfer being considered here.
For a practical comparison of cloud-hosted replay setups, see the low-cost cloud platform discussion. Treat any comparison as a starting point, then check the current pricing for the exact product and route you intend to use.
Google Cloud: a specific YouTube exception
Google Cloud’s network pricing lists data transfer from a Google Cloud VM to specific Google products, including YouTube, as no charge. The table applies to Compute Engine VMs, GKE nodes and VMs running App Engine flexible environment. This is a specific VM-to-Google-service category, not a general promise that every Google Cloud service or route to YouTube is free. See the Google Cloud network pricing page and confirm that your sending product matches the category.
Google Cloud separately prices ordinary internet transfer out by source and destination geography and network tier. Premium Tier is the default; Standard Tier must be specified explicitly. The destination-specific VM-to-YouTube entry matters because it is not appropriate to substitute a generic public-internet rate automatically when the documented VM-to-service category applies. Conversely, do not apply that exception to a managed media product or an indirect route without checking its own terms.
For example, if you run an encoder on a Compute Engine VM that sends directly to YouTube, the destination-specific entry is relevant to your network-transfer check. You still need to account for the VM and any other resources, and you should verify that the configuration is genuinely VM-to-YouTube rather than a path through another service. A storage bucket, managed live-video product or relay can introduce distinct service charges even if the final destination is YouTube.
The distinction is useful if you are following instructions for an always-on channel. An OBS replay and playlist setup helps with what the encoder sends and how it loops, but it does not determine the cloud provider’s billing category. Check both the streaming configuration and the product’s pricing documentation.
AWS MediaLive: check the internet leg
AWS’s MediaLive pricing says that internet data transfer charges can apply when content is delivered outside AWS. YouTube is outside AWS, so do not assume that a stream sent from MediaLive is exempt merely because the destination is a video platform. Consult the MediaLive pricing page for the service terms and check the network-transfer treatment that applies to your account and route.
AWS also documents a free allowance of 100 GB per month for internet data transfer out, aggregated across AWS services and Regions except China and GovCloud. As listed on AWS’s site in September 2026, that allowance is a shared account-level consideration, not a cost estimate for a particular 24/7 stream and not proof that every configuration will have no transfer charge. Other usage can consume it, and exclusions matter.
MediaLive service charges and internet transfer are separate lines of enquiry. The total cannot be inferred from the free allowance alone: you need the service configuration and region, the outbound traffic volume and the applicable AWS billing conditions. If the feed passes through another AWS product or a third-party relay, check each leg rather than treating “AWS to YouTube” as one undifferentiated route.
A local encoder may be preferable if you already have suitable hardware and a reliable connection, because it avoids cloud compute for that encoder. It does not make the home internet connection or power supply irrelevant, and it shifts the operational burden to your site. A guide on automatic restart for a YouTube stream can help you think through that operational side, but restart behaviour does not alter AWS’s transfer pricing.
Azure: allowances and conditional credits
Microsoft Azure states that the first 100 GB per month of egress is free globally. As listed on Azure’s site in September 2026, this allowance is useful context for an estimate, but it does not settle whether a particular YouTube feed will exceed it or how any other product charges will appear. Azure also describes free-egress credits for data moved to another cloud provider or on-premises, subject to requirements. A stream to YouTube should not be assumed to qualify for those credits without checking the current conditions.
Azure’s Bandwidth pricing page and Microsoft’s data transfer fee guidance are the right places to check the current rules. Confirm the source product, region, destination classification, allowance eligibility and whether a credit requires a request or other action. A published allowance is not the same as a blanket exemption for every product or path.
As with AWS, distinguish a transfer allowance from compute or managed media charges. An encoder VM can continue to incur compute costs while it is on, even if some outbound traffic falls within an allowance. A managed video service can also have its own usage charges, independent of the bandwidth line. The exact bill depends on the selected service and configuration, not just on the stream’s destination.
Network fees are not the whole service bill
A cloud bill can contain several costs that are easy to collapse into the word “bandwidth”. Network egress is the transfer leaving a provider’s network. Compute is the cost of the VM or other processing resource. Media-service charges may cover encoding or channel functions. Storage, public IP addresses and relay services can add further lines depending on your design.
| Cost area | What it covers | What to check |
|---|---|---|
| Network egress | Data sent from the cloud towards YouTube or an intermediary | Provider, source product, region, destination category, volume and allowances |
| Compute | The VM or other compute resource running an encoder | Instance type, region, hours running and any attached resources |
| Managed media service | Service-specific live ingest, encoding or channel functions | Product, configuration, usage meter and its published pricing |
| Storage and supporting resources | Source files, IP addresses or other resources used by the workflow | Whether each item is provisioned and how it is billed |
| Relay or CDN leg | Transfer from the cloud to a relay, or onward from that service | Each provider, direction, route and the separate rate schedule |
This separation also clarifies why a “free egress” finding cannot establish an all-in total. Google Cloud’s listed VM-to-YouTube category concerns a specific network transfer, not the VM’s operating cost. AWS and Azure allowances apply under their own conditions; neither one erases charges for compute or a managed media product.
Do not count YouTube’s viewer distribution as though it were the same cloud-provider transfer. The cloud is sending a feed to YouTube’s ingest service; YouTube then handles delivery to viewers. If a third-party relay, CDN or multistreaming tool participates, price its role and every transfer leg using that provider’s own terms.
For a 24/7 channel, continuity can have costs and consequences beyond a rate card. A cloud VM that remains on needs an operational plan for failures and restarts. YouTube’s live streaming archive guidance says streams under 12 hours are automatically archived; it does not establish that a single longer stream will be archived automatically or run indefinitely. Plan how you will handle long sessions rather than assuming a billing arrangement determines YouTube behaviour.
Estimate traffic before applying rates
The first-pass traffic calculation starts with the configured outgoing bitrate. Convert megabits per second to megabytes per second by dividing by eight, then multiply by the number of seconds sent. Convert the resulting bytes into the unit used by the provider’s meter, often decimal GB or binary GiB, before applying pricing tiers and allowances.
YouTube recommends H.264 video at 10 Mbps for 1080p at 30 fps and 17 Mbps for 1080p at 60 fps. Those are recommendations, not measurements of your stream. At the 10 Mbps video setting, the video payload alone works out to about 108 GB over 24 hours in decimal units: 10 megabits per second multiplied by 86,400 seconds, divided by eight, then by 1,000. This derived example excludes audio and protocol overhead, and is not a provider’s cost quote. Check YouTube’s encoder settings and your own outgoing configuration.
Actual traffic may differ from that simple payload calculation. Audio adds data, and protocol overhead, reconnects or a redundant feed can increase usage. If two encoders send continuously for resilience, estimate both outbound streams unless your measured billing meter shows otherwise. If you can, use measured usage from the same configuration to refine the estimate; a recommended bitrate is not a substitute for metered traffic.
A useful estimate therefore has two stages. First calculate or measure the volume leaving each service. Then apply the relevant provider’s route-specific rates, tier, allowances and billing conditions. Do not take a generic internet price and apply it automatically to Google Cloud’s listed VM-to-YouTube category, and do not carry that Google exception over to another provider.
Inputs needed for a cost estimate
Before asking for or building an estimate, write down the path in enough detail that another person could identify the billing meters. “A 24/7 stream to YouTube” describes the destination and schedule, but not the product or route that determines the rate. A useful estimate should include at least the following:
- Provider and source product: for example, a VM, a managed live-streaming service, storage-backed workflow or third-party relay. The product determines which pricing page and usage meter to inspect.
- Region and network tier: record where the sending resource is located and, where applicable, whether a network tier is selected. Geography can change general internet rates and the applicable pricing category.
- Full route: note whether the feed goes directly to YouTube or first passes through a CDN, relay or other service. Record each outbound leg and its destination.
- Configured bitrate and runtime: include video and audio settings, frame rate, expected hours online and whether the feed is continuous. YouTube’s recommended settings are a reference, not your measured rate.
- Redundancy and overhead: state whether there are parallel encoders, reconnects or backup feeds. Add measured usage where available rather than assuming the simple video payload is the full transfer.
- Account allowances and credits: check what is aggregated, which regions or products are excluded, and whether a credit has conditions or requires action. Note the billing period against which the allowance applies.
- Non-network resources: list compute, media services, storage, IP addresses and other provisioned items. Keep their charges distinct from egress so the estimate can be checked line by line.
With these inputs, you can ask a provider or review its calculator and pricing schedule against a specific design. Without them, a precise monthly number would be guesswork. Recheck the official documentation before committing: pricing pages and allowances change, and the relevant service page can differ from a general bandwidth page.
If the cloud cost is one concern alongside keeping a home computer off overnight, compare the operating choices against your actual needs. StreamNeo removes the specific task of keeping your own computer running to send an uploaded file continuously; it does not remove the need to check YouTube’s channel setup or any third-party costs in a separate route.
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
Does Google Cloud charge egress to YouTube?
Google Cloud lists VM data transfer to specific Google products, including YouTube, as no charge for the specified VM categories. Do not assume this covers every Google Cloud product, managed media service or indirect route; verify the exact source and destination category in the current network pricing documentation.
Will AWS charge for a live stream sent to YouTube?
AWS MediaLive pricing warns that charges can apply for internet delivery outside AWS. AWS’s monthly free transfer allowance is account-level and subject to exclusions, so it is not enough information to decide whether your particular stream will incur a charge. Check the current MediaLive and data-transfer pricing against your route and usage.
How much bandwidth does a 24/7 YouTube stream use?
It depends on the configured bitrate and runtime. As a scale example, 10 Mbps of video payload produces about 108 decimal GB in 24 hours before audio and overhead; your actual meter can differ. Use your settings or measured traffic, not a recommended bitrate alone.
Does YouTube charge cloud egress for viewers watching the stream?
The egress question here is the cloud-to-YouTube ingest leg. YouTube’s distribution of the stream to viewers is separate; if a relay or CDN is in the path, check the charges for each provider and leg independently.