Standard volume pricing

Crypto payment processing pricing

Standard rates follow rolling 30-day processed volume, measured in USDT equivalent. Separately agreed commercial terms may apply.

Current standard schedule

Rolling 30-day processed volume

Standard rates are determined by the merchant’s qualifying processed payment volume during the previous 30 days, measured in USDT equivalent.

Interactive calculator

Estimate the standard percentage

Adjust the volume to see the current standard tier. The exact schedule below remains available without JavaScript.

The slider is tier-aware. Enter any larger value directly.

USDT equivalent
USDT
Applicable standard CryptPays rate 1.50%
Current standard tier 0 to <10,000 USDT equivalent
Illustrative CryptPays percentage component —

This estimate applies the standard percentage to the example payment. It does not include variable network-related deductions or merchant-specific commercial terms.

Exact tier boundaries

Current standard pricing

Rolling 30-day processed volume Standard CryptPays rate
0 to <10,000 USDT equivalent 1.50%
10,000 to <50,000 USDT equivalent 1.50%
50,000 to <100,000 USDT equivalent 1.50%
100,000 + USDT equivalent 1.50%

How volume works

Pricing follows prior processed volume

CryptPays measures qualifying processed payments for the merchant’s callback-host identity over the previous 30 days. Assets and networks contribute using their historical confirmed-time USDT-equivalent value.

A new payment is priced using the volume accumulated before that payment. After successful processing, it contributes to the rolling volume used for subsequent payments.

Rolling, not calendar-month

The window advances continuously and is not reset on the first day of a month.

Current payment excluded

A payment cannot move itself into another tier. It contributes only after successful processing.

Standard and agreed terms

Standard rates use the public schedule. Separately agreed commercial terms may apply.

Payment accounting

The confirmed callback reconciles the payment

fee reports the actual percentage applied to the payment. fee_coin reports the total deduction in the payment asset, including applicable network-related cost recovery.

Network-related costs are separate from the CryptPays percentage and vary by asset, network, transaction type, priority, and network conditions.

Customer deposit value_coin
Total coin deduction fee_coin
Forwarded to merchant value_forwarded_coin

value_coin = value_forwarded_coin + fee_coin

Pricing questions

Understand the standard schedule

The public schedule explains standard pricing. The confirmed callback remains authoritative for an individual processed payment.

How is my standard rate determined?

Your qualifying processed volume during the previous 30 days is matched to the current standard tier using USDT-equivalent value.

What counts toward rolling volume?

Qualifying successfully processed payments contribute their historical confirmed-time USDT-equivalent principal.

Does the current payment change its own rate?

No. The current payment uses volume accumulated before it and contributes only to subsequent pricing after successful processing.

Are network costs included in the percentage?

No. Network-related costs vary. The confirmed callback’s fee_coin field reports the total deduction in the payment asset.

Can standard pricing change?

Yes. This page displays the current validated standard schedule. Review current pricing when evaluating or integrating the service.

Can separately agreed terms apply?

Yes. Separately agreed commercial terms may differ from the public standard schedule.

Where is the applied fee reported?

The confirmed callback’s fee field reports the actual applied percentage, while fee_coin reports the total coin deduction.

What if public pricing is temporarily unavailable?

The page remains available without publishing unvalidated rates. Contact CryptPays for current standard pricing.

Build with exact payment accounting

Integrate the confirmed callback into your order ledger

Review the integration guides for decimal-safe examples, signed callback verification, and idempotent fulfillment.