---
title: "Pricing"
description: "Credit quantities, exact prices, interpolation and purchase terms."
url: https://agentsverify.dev/pricing
markdown_url: https://agentsverify.dev/pricing.md
---

Flexible volume pricing

# Your quantity. _Your price._

Choose any whole number from 5,000 to 1,000,000 credits. Each completed valid, invalid or catch\_all result uses one credit; unknown results are free. Paid credits never expire.

One-time purchases. Unknown results cost zero credits; other completed verification results cost one credit. Rejected requests and service errors cost nothing. No subscription or automatic top-up.

Credit prices in USD

| Credits | Total price (USD) |
| --- | --- |
| 5,000 | $5.85 |
| 10,000 | $11.70 |
| 25,000 | $17.70 |
| 50,000 | $26.70 |
| 100,000 | $44.70 |
| 500,000 | $89.70 |
| 1,000,000 | $134.70 |

These are example quantities. Choose any whole number within the purchase range using the slider or quantity field. Totals are rounded to the nearest cent; taxes are excluded.

## Clear purchase terms

Paid credits never expire. Each new purchase is priced by its own quantity, not cumulative lifetime purchases. A small top-up can have a higher average rate than a large order.

Get 500 free credits after completing your profile, without a card. Read our [purchase terms](https://agentsverify.dev/terms.md) or [pricing table and exact formula in Markdown](https://agentsverify.dev/pricing.md).

## Exact price calculation

Accept an integer quantity q from 5,000 to 1,000,000 credits. The table gives total USD prices, not per-credit rates. Convert each milestone price to integer cents before calculating.

For q below 10,000, use L = 0, P_L = 0, U = 10000, P_U = 1170. The 5,000-credit row is a rounded example, not an interpolation anchor. For q at or above 10,000, choose the adjacent milestones from 10,000 upward in the table that bracket q (L <= q <= U).

With P_L and P_U in cents:

```text
total_cents = round_half_up(P_L + (q - L) * (P_U - P_L) / (U - L))
total_usd = total_cents / 100
```

Round only the final total; an exact half-cent rounds up. For exact integer arithmetic, let W = U - L and N = P_L * W + (q - L) * (P_U - P_L), then total_cents = floor((2 * N + W) / (2 * W)). Taxes are excluded. Each order is calculated independently. Cent rounding means adjacent quantities can have the same total.