Pricing
How Prisma Compute pricing works, with the expected production rates and worked examples.
Compute is free during public beta. The rates below are what we expect to charge once we enable production billing. We are publishing them now so you can understand the model, estimate future usage, and tell us where real workloads don't fit.
Prisma Compute is in Public Beta, so rates, limits, and included usage may change before billing begins. If something has to change, we will change it and say so clearly.
This pricing isn't final, and your feedback shapes it. If a rate or meter doesn't fit how your app runs, tell us in the prisma-compute channel on our Discord.
Expected usage rates
Each meter measures a different resource: how often your app runs (requests), how much memory it holds and CPU it uses while running (provisioned memory and active CPU), and how much data it sends back (outbound bandwidth).
| Meter | Price | What it means |
|---|---|---|
| Requests | $1.00 / 1M requests | Every inbound request your app handles. |
| Provisioned memory | $0.006 / GB-hour | Memory allocated while your app is running or intentionally kept awake. |
| Active CPU | $0.064 / vCPU-hour | CPU time your app actually consumes. |
| Outbound bandwidth | $0.025 / GB | Data your app sends out to the internet. Incoming requests do not count as bandwidth. |
Example costs by workload
The three examples below show how the same rates add up for different kinds of apps, from a short-lived preview to a bandwidth-heavy service.
These examples are estimates, not benchmarks. The inputs are round numbers so the math is easy to follow. Each total is what the usage would cost under the expected rates, once billing starts.
Preview workflow
A pull request might deploy a preview several times as an agent fixes and tests a change.
Assume the preview gets 10,000 requests, stays running for 3,000s at 1 GB, uses 600 vCPU-seconds of active CPU, and sends 0.25 GB of data out.
| Meter | Estimate |
|---|---|
| Requests | 10,000 * $1.00 / 1M = $0.0100 |
| Provisioned memory | 3,000s at 1 GB = 0.833 GB-hours * $0.006 = $0.0050 |
| Active CPU | 600 vCPU-seconds = 0.167 vCPU-hours * $0.064 = $0.0107 |
| Outbound bandwidth | 0.25 GB * $0.025 = $0.0063 |
| Total | $0.0320, about $0.03 |
The usage is the bill, not the deploys or the preview branch.
Agent workflow
Agent work often spends more time waiting on other services than running on the CPU.
Assume an app runs 10,000 agent tasks in a month. Each task takes 30s wall-clock time, mostly waiting on a model API or another service. Together, the tasks stay running for 300,000s at 1 GB, use 30,000 vCPU-seconds of active CPU, and send 5 GB of data out.
| Meter | Estimate |
|---|---|
| Requests | 10,000 * $1.00 / 1M = $0.0100 |
| Provisioned memory | 300,000s at 1 GB = 83.33 GB-hours * $0.006 = $0.5000 |
| Active CPU | 30,000 vCPU-seconds = 8.33 vCPU-hours * $0.064 = $0.5333 |
| Outbound bandwidth | 5 GB * $0.025 = $0.1250 |
| Total | $1.1683, about $1.17 |
While a task waits it uses almost no CPU, so active CPU stays low. But the app keeps running the whole time, so it holds its memory and you pay for that. This is why Compute bills provisioned memory separately from active CPU.
High-transfer workflow
If your app streams responses, returns large results, or serves file downloads, bandwidth can make up most of the bill instead of compute. It is worth estimating this before you ship.
Assume an app serves 50,000 requests in a month, stays running for 15,000s at 1 GB, uses 1,500 vCPU-seconds of active CPU, and sends 200 GB of data out.
| Meter | Estimate |
|---|---|
| Requests | 50,000 * $1.00 / 1M = $0.0500 |
| Provisioned memory | 15,000s at 1 GB = 4.167 GB-hours * $0.006 = $0.0250 |
| Active CPU | 1,500 vCPU-seconds = 0.417 vCPU-hours * $0.064 = $0.0267 |
| Outbound bandwidth | 200 GB * $0.025 = $5.0000 |
| Total | $5.1017, about $5.10 |
Here compute is almost free and bandwidth is nearly the whole bill. If your app moves a lot of data, estimate bandwidth first.
Formula to estimate your bill
To estimate any month yourself, add up the four meters at their rates:
bill =
requests * 1.00 / 1_000_000
+ provisioned_memory_gb_hours * 0.006
+ active_vcpu_hours * 0.064
+ outbound_bandwidth_gb * 0.025What is not billed separately
You pay for the work your app does, not for resources sitting idle. These are not billed on their own:
- Deployments
- Preview branch creation
- Inactive apps
- Apps that have scaled to zero
- A Prisma-specific compute unit
A preview branch only costs money when it does work, such as serving traffic or running a background task. Creating one is free.
Usage data for humans and agents
Database usage is available from the CLI (database usage) and API, including as JSON, and an agent can read it to estimate a cost, explain a change, or suggest a fix. Equivalent Compute usage surfaces are still taking shape during the beta.
Beta and bandwidth
Compute is free during public beta. The rates above are estimates and may change as we learn from real usage. If anything changes before we enable production billing, we will say so clearly.
Outbound bandwidth is the data your app sends from Compute to the public internet; inbound requests don't count. Small JSON or API responses use little of it, while streaming, file downloads, and media use much more. During beta we are measuring real traffic to confirm the rate, included usage, and edge cases before billing starts.
Share your pricing feedback
This pricing is still taking shape during the beta, and your input shapes where it lands. If a rate, meter, or included amount doesn't match how your app actually runs, tell us in the prisma-compute channel on our Discord. That feedback is exactly what we are measuring against before billing turns on.
What to read next
- Prisma Compute vs Vercel pricing: the same monthly workload priced line by line on both platforms.
- Get started: the quickstart, deploy your first app to a live URL in two commands.
- Known limitations: what the beta can and can't do.
- FAQ: quick answers to common questions.
- Branching: how preview branches isolate work and when they cost money.