XPayr helps Web3 and crypto-native services standardize checkout sessions, webhook status, supported networks and tokens, Wallet-Abrechnung, and fee delegation rules for supported token flows. Unsupported gasless tokens fall back to normal wallet payment.
Industry guide · crypto-native operator teams
Crypto checkout for teams that already understand wallets but still need records.
Crypto-native teams often do not need basic crypto education. They need clean checkout state, API events, supported token routes, settlement controls, fee delegation policies, and transparent Betriebsaufzeichnungen.
Web3 and crypto-native services 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-Kaufabwicklung 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 Händler-Wallet-Abrechnung and does not hold merchant funds or operate withdrawal balances.
Best-fit use cases for Web3 and crypto-native services
Merchant fit
- Web3 SaaS
- Token-gated communities
- Crypto tools
- On-chain services
- Wallet-native products
Search and buyer angles
- API events
- fee delegation
- gasless-ready supported tokens
- route registry
Evaluation path
Check supported networks and token-specific availability before production rollout.
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-Gebühr, 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, Auszahlungs-Hub, and settlement policies. |
Questions teams ask before using XPayr
What is the fastest way to test XPayr for Web3 and crypto-native services?
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.
Wie viel berechnet XPayr?
XPayr berechnet eine pauschale 0.5% gateway fee per successful transaction. Network gas, wallet fees, or external route costs are separate from the XPayr-Gateway-Gebühr.
Verwahrt XPayr Händlergelder?
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-Kaufabwicklung, supported EVM routes, TRON USDT, Solana SOL/USDC/USDT, settlement preferences, and fee delegation where token and route support allow it.
Can AI agents and developer IDEs automate XPayr crypto checkout for Web3 and crypto-native services?
Yes. XPayr provides an official 21-tool Model Context Protocol (MCP) server (@xpayr/mcp-server on NPM, registered as io.github.xpayrcom/xpayr-mcp-server) plus interactive portals at https://mcp.xpayr.com, https://docs.xpayr.com, and https://api-docs.xpayr.com.
Prove the flow before you commit engineering time.
Create a free merchant account, run a testnet checkout, then decide whether links, widgets, API-Kaufabwicklung, settlement routing, or payout preparation should be activated for your use case.