Merchant payment infrastructure
KryptoCat gives merchants one system for branded checkout, payment links, wallet-aware settlement, webhook delivery, and the day-two operations that usually end up scattered across separate tools.
Customer experience
Branded checkout, links, and embed
Team operations
Wallets, settlement, routing, support
Developer path
Store API, webhooks, rollout guides
Control
One merchant workspace
KryptoCat
Checkout preview
Branded payment page
49.42 USDT
One clean payment surface with amount, network, support, and merchant branding already in place.
Customer-facing
Branded
Timer
19:19
Branded
Visible
Support details stay inside checkout
What your team sees
Wallets, routing, webhooks, and support stay attached to the same payment flow after checkout goes live.
Integration
Store credentials and webhook events stay attached to the same store your team actually operates.
Hosted checkout
Payment links
Publish links your team can actually stand behind, then hand customers into the same hosted checkout surface.
Merchant operations
Keep payments, stores, wallets, webhooks, and settings inside one operating surface after checkout goes live.
Where teams start feeling the break
What starts to hurt first is everything around it: the generic invoice feel, the split between checkout and settlement, and the fact that operations only begin after the payment is already somewhere else.
What changes with KryptoCat
KryptoCat keeps checkout, settlement, support, and operations close enough that product, finance, and engineering can work from the same payment story.
What your team actually gets
Most teams do not need another crypto invoice link. They need a payment flow that still makes sense to support, finance, and engineering after the payment lands.
Branded hosted payment flow, merchant-specific trust copy, and compact embed support keep the buyer surface closer to your own product.
Track payment state, wallet posture, settlement visibility, and support context in one readable merchant workspace.
Store-scoped API credentials, webhook events, and rollout guides map directly to what operators see after integration.
Stores, support settings, branding, team access, API keys, and webhooks stay aligned instead of living in separate admin surfaces.
From setup to live checkout
The rollout is straightforward: shape the buyer experience, issue store credentials, start receiving payments, and keep operating from the same surface.
01
Configure checkout branding, support details, accepted currencies, and buyer-facing copy from the merchant workspace.
02
Generate API keys and webhook secrets that match a real merchant store, not a disconnected sandbox abstraction.
03
Create hosted payments or payment links and hand buyers into a clearer amount, network, and address flow.
04
Follow status, wallets, routing, store support, and post-payment operations from one control surface.
Why the flow feels trustworthy
The strongest signal in this category is product truth: what buyers see, what your team controls, and how cleanly developers can wire the live flow.
Buyer-facing surfaces stay visually consistent while KryptoCat preserves payment semantics, trust markers, and operator-readable status.
Operators can see wallet posture, routing context, and next actions instead of guessing what happened after confirmation.
Branding, support contact, API keys, webhooks, and merchant settings live next to the payment workflow rather than outside it.
For the team wiring it up
A checkout product only scales when the integration model matches the operational model. KryptoCat keeps those two close.
Issue credentials per store so payment creation, webhook verification, and merchant ownership stay unambiguous.
Use webhook delivery and payment state transitions that mirror the same payment lifecycle operators monitor in the dashboard.
Docs, guides, compare, changelog, and API overview connect back to the same hosted checkout and merchant operations story.
Where it fits best
If checkout, settlement, support, and developer handoff all matter, this is where KryptoCat fits best.
When invoice-only stops being enough
Any tool can generate an invoice. The real difference shows up after the payment is created: who controls the experience, who can see what happened, and how much manual glue your team inherits.
Checkout surface
KryptoCat
Branded hosted checkout, payment links, and embedded handoff on one merchant-owned visual system.
Invoice-only processor
A thin invoice page with little brand control and almost no buyer trust layer.
After-payment control
KryptoCat
Wallet posture, settlement visibility, webhooks, stores, and team controls live in one operator workspace.
Invoice-only processor
Merchants accept payment in one tool, then rebuild the story in spreadsheets and a separate back office.
Developer flow
KryptoCat
Store-scoped credentials, webhook flow, and rollout guidance line up with the real checkout surface.
Invoice-only processor
API exists, but developers and operators still work from different mental models.
Scaling readiness
KryptoCat
Built for teams that care about branded buyer flow, merchant routing, and readable operations after the payment lands.
Invoice-only processor
Good enough for basic invoices, weak once payments, support, and operations need to stay aligned.
Before you switch
KryptoCat is used to run branded hosted crypto checkout, payment links, embedded checkout, wallet-aware settlement, and API-driven payment operations from one merchant workspace.
Yes. Merchants can brand hosted payment, payment link, and embedded checkout surfaces while KryptoCat keeps core payment semantics and trust markers intact.
Both. The product combines store-scoped API and webhook flow with an operator-grade merchant dashboard for payments, wallets, team access, and settings.
If the commercial fit is clear, start in the merchant workspace. If your team wants a deeper implementation read first, go into the guides and API overview next.