XPayr helps hosting, VPN, VPS, and proxy providers accept stablecoin payments through payment links, widgets, or API checkout. Supported routes can include TRON USDT, Solana USDC/USDT, and configured EVM stablecoin networks, with direct merchant wallet settlement and transaction records.
Industry guide · hosting and privacy-service operators
Accept stablecoin payments for hosting and VPN customers who do not want card checkout.
Hosting, VPN, VPS, and proxy buyers often ask for USDT, USDC, or crypto checkout. XPayr lets providers add stablecoin payment sessions, webhook records, direct wallet settlement, and a simple 0.5% gateway fee without building a full crypto billing system.
stablecoin payments for hosting, VPN, VPS, and proxy providers teams usually need more than a wallet address.
Checkout that can be tested
Start with payment links or an embedded widget, then move into API checkout when product or finance automation is ready.
Records for operations
Payment sessions, webhook events, transaction status, and dated exports help teams replace manual wallet reconciliation.
Non-custodial settlement
XPayr is designed around direct merchant wallet settlement and does not hold merchant funds or operate withdrawal balances.
Best-fit use cases for stablecoin payments for hosting, VPN, VPS, and proxy providers
Merchant fit
- VPS billing
- VPN subscriptions
- Proxy credits
- Dedicated server invoices
- Hosting renewals
Search and buyer angles
- USDT checkout
- USDC checkout
- renewal records
- API billing automation
Evaluation path
Start with payment links for one plan or invoice type, then connect API/webhooks to provisioning after the payment flow is proven.
What to verify before going live
Renewal billing fit
Stablecoin payment records make it easier to connect payment confirmation to renewals, credits, or server provisioning.
Buyer route choice
Offer only the stablecoin routes your customers understand and your wallet setup can receive safely.
Support reduction
Clear session IDs and transaction records reduce back-and-forth when a buyer asks whether an invoice was paid.
XPayr compared with a manual wallet-only flow
| Need | Manual wallet address | XPayr |
|---|---|---|
| Payment confirmation | Manual chain checks or screenshots. | Payment session status, transaction logs, and webhooks. |
| Fee story | Often unclear across tools and manual processes. | Flat 0.5% XPayr gateway fee, before network gas or external route costs. |
| Supported routes | Depends on what the merchant manually monitors. | EVM routes, TRON USDT, Solana SOL/USDC/USDT, and published token availability. |
| Operational scaling | Difficult once invoices, users, or deposits grow. | Links, widgets, API/webhooks, recurring records, Payout Hub, and settlement policies. |
Questions teams ask before using XPayr
What is the fastest way to test XPayr for stablecoin payments for hosting, VPN, VPS, and proxy providers?
Create a free merchant account, open testnet checkout, generate a payment link or API session, and confirm that the payment record, webhook status, and transaction details match your operational flow.
How much does XPayr charge?
XPayr charges a flat 0.5% gateway fee per successful transaction. Network gas, wallet fees, or external route costs are separate from the XPayr gateway fee.
Does XPayr hold merchant funds?
No. XPayr is designed as non-custodial payment infrastructure. Supported payments settle to the merchant wallet or follow merchant-controlled routing without XPayr holding merchant funds.
Which payment methods can this page evaluate?
Merchants can evaluate payment links, widgets, API checkout, supported EVM routes, TRON USDT, Solana SOL/USDC/USDT, settlement preferences, and fee delegation where token and route support allow it.
Prove the flow before you commit engineering time.
Create a free merchant account, run a testnet checkout, then decide whether links, widgets, API checkout, settlement routing, or payout preparation should be activated for your use case.