Buy VPS with Credit Card:

Yes. MonoVM's checkout is integrated with PCI DSS-compliant payment processors. Card data is tokenized at the gateway layer — raw PANs are never stored in or transmitted through MonoVM application infrastructure. All payment-related API calls use TLS 1.3 with certificate pinning. The 3D Secure 2.0 authentication layer adds issuer-side fraud detection for compatible cards.

Visa, Mastercard, and American Express are accepted through all primary gateway integrations. PayPal, bank/wire transfer, and major cryptocurrencies (BTC, ETH, USDT, and others) are also available for buyers whose procurement workflows require non-card payment rails.

Auto-renewal is enabled by default and bills on your monthly anniversary date against the stored payment token — not the raw card number. To disable auto-renewal, toggle the setting in the billing section of the control panel. Manual renewal remains available for teams that require invoice-approval workflows before payment.

A decline triggers an immediate failure response from the payment gateway — provisioning does not begin. Common causes are insufficient available credit, international transaction blocks at the issuer level, or 3DS authentication failure. Retry with a verified billing address match, or use an alternative payment method (PayPal, crypto) to bypass issuer-side geo-restrictions. Support is available to assist with payment routing if the standard flow fails.

MonoVM offers a 7-day money-back guarantee from the date of purchase. Refunds are initiated back to the originating credit card and settle within standard card-network timelines (typically 3–5 business days depending on your issuing bank). The refund covers the base plan cost; add-on licensed software (cPanel, Plesk) may be subject to separate terms.

There is no platform-level limit on virtual hosts or domain bindings. Practical capacity is a function of your plan's vCPU count, RAM allocation, and NVMe storage. As a reference baseline: a production web stack (LEMP or LAMP, with a reverse proxy and application cache layer) serving moderate traffic typically requires a minimum of 2 dedicated vCPU and 4 GB RAM per active application. Consolidating multiple high-traffic sites on a single instance without resource isolation (via Docker or LXC) creates CPU contention risk; for production multi-tenant workloads, provisioning separate instances per application is the architecturally safer approach.