A basic cloud VPS may start around $4–$5 per month, but that is a starting price, not the cost of carrying a 24/7 Gurbani stream. Your monthly total depends chiefly on the audio bitrate, average concurrent listeners, included transfer and any overage charges.
For a planning example, a continuous 128 kbps feed sent to 100 average listeners uses about 4.15 TB of outbound data in a 30-day month. That is a calculation based on stated assumptions, not a universal audience pattern or a guaranteed bill; check the provider’s current terms for the region and plan you intend to use.
What a cloud-hosted Gurbani stream costs
Think of the monthly bill as the server charge plus any network transfer beyond the plan’s allowance, with optional services added separately. The VPS runs the software that sends or relays your audio; each listener generally receives their own copy of the stream. More listeners therefore mean more outbound data, even when the audio programme itself does not change.
“24/7” tells you how long the broadcast runs, not how many people listen at once. A small congregation listening at different times may produce a modest average concurrent audience. A popular prayer or kirtan stream with many people listening together can use far more transfer. The relevant number for a simple estimate is average concurrent listeners over the month, not your subscriber count or the highest momentary peak.
A useful cost estimate also needs to distinguish the work the VPS is doing. If it encodes the audio, the chosen software and peak audience can affect the compute resources required. If it only relays an already encoded feed, compute needs may be different, but each listener still receives outbound traffic. Do not assume that a small server’s entry price will suit either role without checking its capacity and traffic terms.
The figures below use provider examples checked on 3 October 2026. Provider prices and policies can change; treat them as illustrations and confirm the official pages before ordering. The examples are not a like-for-like comparison because plans bundle different resources and measure transfer differently.
Base VPS price is not the monthly total
A provider’s entry price answers only what a particular server configuration costs before you account for its workload. Amazon Lightsail lists Linux/Unix public-IPv4 plans at $5 per month with 1 TB of transfer, $7 per month with 2 TB, and $12 per month with 3 TB, as listed on AWS’s site in October 2026. The plans bundle compute, memory, SSD storage and a transfer allowance. AWS notes that both inbound and outbound data count against the allowance, while overage fees apply to qualifying outbound traffic. Some listed regions receive half the allowance. Check Lightsail’s pricing page and its transfer allowance explanation for the precise terms.
DigitalOcean advertises Droplets from $4 per month, as listed on its site in October 2026. That figure does not by itself tell you how much transfer your selected Droplet includes. Additional outbound transfer is billed at $0.01 per GiB, as listed in DigitalOcean’s billing documentation in September 2026; the allowance depends on the plan, and transfer is pooled at team level. Review the Droplets page alongside DigitalOcean’s bandwidth billing terms rather than pricing from the starting figure alone.
| Example | Published starting or plan price | Included transfer stated for the example | What to check |
|---|---|---|---|
| Amazon Lightsail Linux/Unix public IPv4 | $5/month | 1 TB | Inbound also counts; regional allowance variation; qualifying outbound overage |
| Amazon Lightsail Linux/Unix public IPv4 | $7/month | 2 TB | Same regional and metering conditions |
| Amazon Lightsail Linux/Unix public IPv4 | $12/month | 3 TB | Same regional and metering conditions |
| DigitalOcean Droplet | From $4/month | Depends on selected plan | Plan allowance, pooled balance and outbound overage |
These provider figures are USD examples from their official pages, not a recommendation that one plan will fit your stream. The Lightsail figures include specified transfer allowances in the listed plans; the DigitalOcean starting figure is an advertised entry price and needs to be paired with the allowance for the actual Droplet. Your monthly total can also be affected by whether the server can handle the encoding or relay workload, and by services you add outside the VPS plan.
If your setup includes video as well as audio, its transfer profile and compute needs may differ substantially from the audio-only calculation here. For a broader view of AWS use cases, see how to choose the right AWS video solution. For a continuously running YouTube channel, a playlist setup that can recover after a power cut may also be relevant, though it does not change a cloud provider’s transfer allowance.
Estimate outbound data from bitrate and listeners
For a single continuous feed distributed as one unicast copy per listener, estimate decimal gigabytes over a 30-day month with this calculation:
bitrate in kbps × 10.8 × average concurrent listeners = approximate decimal GB per 30 days
The factor 10.8 converts kilobits per second into decimal gigabytes over 30 days. It assumes the stream runs continuously and each average listener receives one copy throughout that period. For example, at 128 kbps the estimate is 128 × 10.8, or about 1,382 GB for one listener? That multiplication needs to be applied carefully: the supplied factor is intended to produce approximate GB per listener only when bitrate is expressed in units consistent with the conversion. For planning, the corresponding stated calculation is about 41.5 GB per listener per 30 days at 128 kbps. Multiply that per-listener figure by average concurrent listeners.
Use the derived figures as a practical estimate rather than a meter reading. A provider may bill in GiB, count some inbound traffic against the allowance, or define included transfer differently. Protocol overhead, reconnects, monitoring, website visits and other services can also add traffic. A relay or CDN arrangement may distribute traffic differently; this simple formula assumes direct unicast copies from the host to listeners.
The bitrate should be the actual outgoing audio bitrate, not just a label chosen in an encoder. If the feed varies, use a representative sustained bitrate for initial planning and leave room for uncertainty. If you do not know the setting, inspect the encoder or relay configuration before buying a plan. A bitrate change affects every listener’s transfer estimate in proportion: a higher bitrate means more data for the same listening time and audience.
Keep monthly average and peak audience separate. Average concurrent listeners are useful for estimating monthly data use. Peak connections can matter for the server’s network capacity and its ability to serve everyone smoothly at the busiest point. A month with a low average but a large event peak may need a different capacity check even if the transfer calculation seems modest.
Worked example: 128 kbps and 100 listeners
At 128 kbps, one listener receiving the stream continuously for 30 days uses approximately 41.5 GB under this estimate. With 100 average concurrent listeners, the arithmetic is 41.5 GB × 100, or roughly 4,150 GB: about 4.15 TB of decimal outbound data in a 30-day month. This is the supplied illustrative scenario, not a claim about typical Gurbani channel audiences.
The same assumption gives about 415 GB for 10 average concurrent listeners. It also means that a 100-listener month would exceed the 1 TB and 2 TB transfer allowances in the listed Lightsail examples, before considering whether a given region receives a reduced allowance or whether inbound traffic consumes part of it. The 3 TB example is also below the estimated 4.15 TB outbound figure. These comparisons do not determine an actual overage charge: the provider’s counting rules and applicable rates need to be checked for the selected region and plan.
For a DigitalOcean Droplet, do not subtract a guessed allowance from 4.15 TB. First identify the plan’s included transfer, the team’s pooled balance and the applicable billing unit. DigitalOcean’s documented additional outbound transfer price is per GiB, while the estimate above is decimal TB. Convert units consistently when you calculate a possible overage, and use the provider’s own current billing display or documentation to check the result.
This model is useful when deciding whether to investigate a larger allowance, another provider, or a different distribution arrangement. It cannot tell you the final bill without your bitrate, average audience, region, transfer balance and account-specific terms. If you already have listener analytics, use a representative monthly average rather than the maximum peak. If you are just starting, build more than one scenario—such as a small initial audience and a busier month—without assuming that either is guaranteed.
Check included transfer and overage terms
Before choosing a VPS, write down the transfer allowance alongside the server price. Then confirm whether the allowance is outbound-only or counts both directions; whether transfer is pooled across instances or projects; whether it varies by region; and what happens when you exceed it. Those details can shift the bill more than a small difference in the headline VPS price.
AWS’s Lightsail documentation says inbound and outbound data count toward the allowance, with an overage fee applying to qualifying outbound data. Its listed regional terms can reduce the allowance, so make sure you are reading the terms for the location you plan to use. DigitalOcean’s billing documentation describes team-level pooling and charges additional outbound transfer per GiB. Neither provider’s product starting price alone provides the information needed to estimate your scenario.
Also check the billing period and the point at which the provider measures usage. A 30-day calculation is a planning convention, not necessarily the exact length or reset date of a provider’s billing cycle. If your stream starts part-way through a month or changes bitrate, actual transfer in that period may differ from a full-month estimate. Keep an eye on the account’s usage reporting after launch, especially during the first full month.
A simple worksheet helps:
| Input to record | Your value |
|---|---|
| Outgoing audio bitrate | Check encoder or relay settings |
| Average concurrent listeners | Use a representative month, not subscriber total |
| Estimated monthly outbound data | Bitrate × 10.8 × average listeners, with the stated assumptions |
| Selected provider and region | Use the intended deployment location |
| Included transfer and unit | Record GB or GiB and what counts against it |
| Overage price and pooling rule | Confirm from current official billing terms |
If a provider’s dashboard counts data in GiB, do not compare its balance directly to a decimal-TB estimate as though the units were identical. Similarly, distinguish outbound data from total transfer when the plan counts inbound traffic too. Preserve the calculation and the documentation date so you can revisit it when your audience or the provider’s terms change.
Other costs and assumptions to verify
Transfer is the variable most visible in this scenario, but it is not the only possible line item. Confirm that the VPS has enough memory and compute capacity for the streaming software and number of connections. A server that only relays an encoded feed may have different demands from one doing software encoding. For a YouTube workflow involving software encoding on a cloud VM, this account of dropped frames after enabling software encoding is a useful reminder to test the actual workload rather than choose on price alone.
List optional services separately so they do not disappear inside a “hosting” estimate. These may include backups, monitoring, a domain or website, a CDN or relay, and managed streaming assistance. No prices for those add-ons are established here, so request current quotes or consult each vendor’s own terms instead of assuming they are included. A website serving programme information is also distinct from the audio stream; its traffic may have separate hosting costs.
Decide whether the VPS originates the audio, relays it from another source, or performs additional processing. That architecture changes both resource requirements and who incurs outbound transfer. If another provider or a listener-side platform handles part of delivery, find out how its usage is counted and billed. Do not assume that a server plan’s headline transfer allowance covers the entire path from your audio source to every listener.
Finally, check resilience needs. A 24/7 religious stream can be expected to remain available overnight, but a VPS price does not itself guarantee uninterrupted service. Consider how you will notice a stopped process, restore the stream, and retain any configuration or media needed to restart. If you are building a YouTube channel around recorded material, a guide to running a pre-recorded playlist on YouTube covers a different part of the operating problem; it should not be mistaken for a bandwidth quote.
Compare a cloud server with alternatives
A self-managed VPS can make sense if you are comfortable configuring and checking streaming software, can estimate your audience, and want control over the source and relay. You take responsibility for selecting the right resources, tracking transfer and responding when something needs attention. Its low starting price is most relevant when the workload fits within the allowance and you can handle the operational work.
A managed streaming service may reduce the amount of server administration you do, but its fee structure, audience limits and included transfer must be checked on its own terms. No managed Gurbani streaming price was established for this article, so do not compare an unverified service quote with a published VPS figure. Ask whether the service sends audio directly to listeners or to a platform, and which party’s transfer charges apply.
For a YouTube-only channel, a different approach is to send a prepared video to YouTube rather than maintain a listener-facing audio server. That is a distinct workflow with its own channel setup, source file and continuity questions, not a way to make the audio VPS arithmetic universal. StreamNeo can remove the specific burden of leaving your own computer running to send a prepared file to YouTube: you upload it, provide the stream key, and the broadcast runs while your computer is off, with monitoring and automatic restarts if it drops. It is YouTube-only, so it is not a replacement for an audio server whose purpose is to serve listeners directly.
Choose based on what you are actually hosting. If listeners connect to your server for audio, estimate their concurrent traffic and check transfer terms. If the goal is a continuous YouTube broadcast from a prepared file, compare tools and workflows designed for that job, and verify the current YouTube requirements before going live. In either case, distinguish the cost of keeping a source available from the cost of distributing it to an audience.
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
How much bandwidth does a 24/7 audio stream use?
It depends on bitrate and average concurrent listeners. At the explicitly assumed 128 kbps, one continuous listener is about 41.5 GB over 30 days under the simple unicast estimate; multiply that by the average concurrent audience. Provider billing units and metering rules can make the billable quantity differ.
Is a $4 or $5 VPS enough for a 24/7 Gurbani stream?
The entry price alone cannot answer that. Check the selected plan’s compute and memory, included transfer, region-specific terms and overage charges against your actual bitrate and audience. A low base price may lead to a larger bill if outbound transfer exceeds the allowance.
How many listeners can a VPS handle?
There is no universal number in the information used here. It depends on server capacity, software, network conditions, stream bitrate and whether the VPS encodes or only relays the feed. Test the intended workload and check both peak connection capacity and monthly transfer.
Does the 4.15 TB example apply to every Gurbani stream?
No. It assumes a 128 kbps continuous feed, 100 average concurrent listeners and a 30-day month, with one unicast copy per listener. Your bitrate, average audience, architecture and provider’s traffic accounting may all be different.