What makes Monero better than Bitcoin for paying for hosting?

Bitcoin transactions are pseudonymous on a public ledger. Anyone with a transaction ID can see the amount, the sending address, the receiving address, and the timestamp. Chain analysis firms specialize in deanonymizing Bitcoin flows. Monero transactions are obscured by ring signatures, stealth addresses, and RingCT, which means the sender, receiver, and amount are not visible on the public chain. For an operator whose threat model includes any kind of financial surveillance, Monero is a meaningfully stronger choice than Bitcoin.

Do you accept Monero through a third-party processor or directly?

We accept Monero directly via our own self-hosted Monero node. The transaction flow goes from your wallet to our wallet without an intermediate processor. This matters because third-party Monero processors introduce KYC and chain analysis at the processor layer, which defeats the privacy properties of the chain itself. Our self-hosted setup means the only parties to the transaction are you and us.

Is paying with Monero legal?

Monero is legal in most jurisdictions. Some exchanges have delisted XMR under pressure from regulators (Binance in 2024, Kraken in some regions), but holding and transacting in XMR remains legal in the US, the EU, the UK, and most other jurisdictions. The legality of receiving a payment depends on the underlying transaction being legitimate, not on the cryptocurrency used.

What share of customers pay in Monero?

Roughly 25% of our crypto-paid invoices are in Monero, by count. The share is higher among customers with explicit privacy-grade threat models. The remaining payments are in Bitcoin (50% of crypto), USDT and USDC (15% combined), and the rest spread across ETH, LTC, SOL, TRX, BCH, DOGE, and DAI. The Monero share has grown each year we have offered it.

How long do Monero confirmations take?

Monero blocks are produced every two minutes on average. We require ten confirmations before considering a payment final, which means about twenty minutes from the wallet send to invoice settled. For one-time payments this is faster than Bitcoin on-chain (typically 60+ minutes for six confirmations). For recurring service, the customer can preload account credit in larger Monero payments and draw down as invoices arrive.

Do you keep customer Monero or convert to fiat?

We hold a portion of operating capital in XMR and convert the rest through OTC channels as we need fiat for vendor payments and operating expenses. The exact ratio varies with market conditions. We do not maintain a public wallet address that customers can trace, which is one of the operational benefits of XMR for us as well as for customers.

What does this cost compared to traditional payment?

Pricing is identical whether you pay in XMR, BTC, USDT, or any other accepted method. We do not charge a premium for Monero. The operational cost of running our own Monero node is bundled into our infrastructure costs.

How do I acquire Monero without KYC?

Options include atomic swaps from Bitcoin (via Haveno or Serai), decentralized exchanges (Bisq, Haveno), peer-to-peer markets that survived LocalMonero shutting down, mining (CPU-friendly via RandomX), and over-the-counter channels. Most casual users acquire through exchanges that still list XMR. For privacy-grade use cases, the non-KYC paths are worth learning.

XMR · Self-hosted node · Privacy-grade

Monero Hosting
when privacy is the actual requirement.

Bitcoin payment for hosting is private only in the marketing sense. Every transaction sits on a public ledger that chain analysis firms have spent a decade learning to deanonymize. Monero is structurally different. Our XMR acceptance runs through our own node, with no processor in between.

Quick answer

Monero hosting describes hosting infrastructure that accepts XMR payment, ideally via a self-hosted Monero node rather than a third-party processor. Monero uses ring signatures, stealth addresses, and RingCT to obscure sender, receiver, and amount on the public blockchain, making it structurally more private than Bitcoin. Pricing for XMR-paid hosting is identical to other payment methods, confirmation takes about 20 minutes (10 blocks), and the privacy properties depend on the provider running their own node rather than using a third-party processor. About 25% of our crypto-paid invoices are in XMR.

Key facts about Monero hosting

Privacy primitives: Monero uses three cryptographic mechanisms — ring signatures, stealth addresses, and RingCT — to obscure transaction metadata. Per the official Monero documentation, these are mandatory rather than optional.
Block time: Two minutes per block. Ten confirmations (~20 minutes) is the standard for payment finality. Faster than Bitcoin's 60-minute six-confirmation standard.
Market cap rank: Monero is consistently a top-30 cryptocurrency by market capitalization despite delistings from major exchanges.
Exchange delistings: Binance delisted XMR in February 2024. Kraken delisted in certain regions. Bittrex (defunct), OKX, and several others have followed regulatory pressure.
Chain analysis limitations: Academic research (per studies referenced in the Wikipedia article on Monero) has identified statistical attacks against older transactions, but current protocol versions have meaningfully stronger privacy than Bitcoin.
Blockchain size: Approximately 200GB and growing. Running a full node requires meaningful storage commitment.
Self-hosted vs processor: Self-hosted acceptance means the transaction parties are only sender and recipient. Third-party processors (CoinPayments, NowPayments, Globee) maintain databases that link wallets to identities, defeating the on-chain privacy.
Customer share at ASH: 25% of crypto-paid invoices are XMR. Bitcoin is 50%, stablecoins 15%, others combined 10%.

Why Monero specifically and not just any cryptocurrency

The cryptocurrencies that get advertised as "private" are mostly not. Bitcoin is pseudonymous, not anonymous. Ethereum is the same. Litecoin, Bitcoin Cash, Dogecoin, the layer-1 chains that dominate by market capitalization all share the property that every transaction is permanently recorded on a public ledger that anyone can read. The privacy claim rests on the gap between an address and a real-world identity, which chain analysis firms have spent a decade closing systematically.

Monero is structurally different. The protocol uses three primitives that obscure transaction details on the chain itself. Ring signatures hide which input to a transaction is the real spender by mixing it with ten decoys (sixteen total ring size as of the current protocol). Stealth addresses generate a unique one-time public address for each transaction, so the recipient address never appears on chain twice. RingCT (Ring Confidential Transactions) obscures the amount of each transaction. The combination means that the on-chain transaction does not directly reveal sender, recipient, or amount.

The privacy properties are not absolute. Chain analysis research on Monero has identified statistical attacks, particularly against older transactions before recent protocol upgrades. Network-layer surveillance can correlate XMR transactions with IP addresses that broadcast them. Operational mistakes (reusing wallet software with bad randomness, broadcasting from an identified IP, exchange interactions that link wallet to identity) can deanonymize specific transactions. But the baseline privacy is meaningfully stronger than any other cryptocurrency at meaningful market cap.

Self-hosted Monero acceptance is what makes the difference

The way most hosting providers accept Monero is through a third-party payment processor. The processor does the wallet operations, the customer sends XMR to the processor's address, the processor converts to fiat or holds, and the hosting provider receives a notification of payment along with the customer information. This structure preserves the cryptographic privacy of the chain but introduces a new privacy weakness at the processor.

The processor knows the customer. The processor knows the hosting provider. The processor's database links them in a way the chain does not. When the processor is subject to legal process (subpoena, regulator request, civil discovery), the link is recoverable even though the chain transaction is not. Several Monero payment processors have shut down precisely because of this regulatory pressure. The ones that remain operational are smaller, less financially stable, and have higher fees.

We run our own Monero node. The transaction flow is direct: your wallet to our wallet. No processor in between. The only parties to the transaction are you and us. Our node sees the incoming transaction, our automation identifies which customer invoice corresponds to which payment based on the integrated address or payment ID we issued, and the invoice is settled internally. The chain is the chain. The accounting is internal. No third party has visibility into the relationship.

The technical setup is not difficult but it is uncommon. Most providers choose not to operate their own Monero node because of the storage requirements (the Monero blockchain is approximately 200GB and growing), the operational maintenance (the daemon needs to stay synced and updated through protocol upgrades), and the lack of established off-the-shelf payment processor for XMR equivalent to BTCPay Server for Bitcoin. We built our integration because the privacy claim was not credible without it.

Privacy comparison: Bitcoin vs Monero for hosting payments

The specific operational differences between paying for hosting in Bitcoin versus Monero matter for understanding which use cases each serves.

Property	Bitcoin	Monero
Public ledger	All transactions visible	Transactions obscured
Sender address	Visible	Hidden (ring signatures)
Recipient address	Visible	Hidden (stealth addresses)
Amount	Visible	Hidden (RingCT)
Chain analysis vulnerable	Yes (mature tooling exists)	Limited (no commercial tooling)
Block time	10 minutes	2 minutes
Confirmations for finality	6 (60+ minutes)	10 (~20 minutes)
Self-hosted acceptance	BTCPay Server (mature)	Custom integration required
Exchange availability	Universal	Limited (delistings)
Fee model	Volatile, can spike	Stable, low
Lightning Network	Yes (small payments)	No equivalent
Privacy-by-default	No (optional via mixing)	Yes (mandatory)

The threat models Monero hosting addresses

When customers come to us specifically asking about Monero payment, the underlying threat models fall into a few recognizable categories.

Financial surveillance

The customer wants to pay for infrastructure without that payment showing up in their banking records, their corporate credit card statement, or anywhere a future audit might surface it. The reasons for this vary. Sometimes it is a contractor who does not want to explain to their main client why they are paying an offshore hosting bill. Sometimes it is an entrepreneur in a country with currency controls who cannot easily make foreign payments through official channels. Sometimes it is a privacy-grade operator who simply prefers to keep their commercial relationships outside any financial surveillance system.

Anti-correlation across services

The customer wants to ensure that even if our records are compromised (by subpoena, breach, or insider threat), the link between their identity and their hosting account cannot be established through payment. Bitcoin would not provide this because the BTC transaction would link a known wallet to our address. Monero does provide this because the on-chain transaction does not reveal which XMR wallet paid which XMR address.

Forward privacy

The customer is not currently in a high-risk position but anticipates that their threat model could change. A journalist who is currently writing about benign topics but might write about more sensitive subjects in the future. An activist who is currently in a permissive country but might travel to or move to a country where their activities would be scrutinized. The forward-privacy logic suggests that infrastructure paid for with Monero today cannot be retroactively unmasked, while infrastructure paid with Bitcoin today might be.

Operational security as a principle

Some operators treat privacy as a default rather than a response to a specific threat. They use Tor by default. They use end-to-end encrypted messaging by default. They use privacy-respecting browsers by default. For these operators, paying in Monero is a continuation of the same posture rather than a specific protective measure.

The operational details of paying us in Monero

When you check out, you select Monero as your payment method. Our system generates an integrated address that includes a payment ID tied to your specific invoice. You send the invoice amount in XMR to that address from any wallet of your choice. Once the transaction has ten confirmations (approximately twenty minutes), the invoice settles and the service provisions.

The amount we charge is denominated in EUR. At checkout, our system quotes the EUR/XMR rate from our self-hosted crypto rates feed (which itself fetches from CoinGecko server-side rather than browser-side, for unrelated privacy reasons). The XMR amount you owe is locked in at the moment you confirm the invoice. You have a window (typically 60 minutes) to send the payment at the locked rate. If the price moves outside acceptable bounds before you send, you can request a re-quote.

For recurring service, the simplest pattern is to maintain account credit. You pay a larger XMR amount upfront, the balance shows on your account, and monthly invoices draw down against the balance. This avoids needing to send a new XMR payment every month and reduces the operational overhead on both sides. Account credit balances do not expire.

Refunds are possible but operationally complex. If you cancel within our refund window, we can refund the unused portion of your payment to a Monero address of your choice. You have to provide the address. We do not retain refund addresses from the original payment because Monero transactions do not include return addresses by default. This is unlike Bitcoin where the sending address is visible to the recipient.

How to acquire Monero (especially without KYC)

For customers who do not already hold Monero, the acquisition step requires planning. Several paths exist, with different trade-offs.

Centralized exchanges that still list XMR

Several centralized exchanges still list XMR despite delistings at the major venues. Kraken (in regions where it still operates XMR), KuCoin, MEXC, Gate.io, TradeOgre, and others. The trade-off is that these exchanges require KYC, which links your real identity to the XMR you acquire. For customers who do not have a strong privacy threat model, this is the most convenient path.

Atomic swaps from Bitcoin

Atomic swap protocols (specifically the COMIT-based Bitcoin-Monero swap implemented by Haveno and Serai) allow trustless trading between BTC and XMR without an intermediary. The trade-off is that the protocol is technical to operate and liquidity is lower than centralized exchanges. For customers with technical comfort, this preserves the privacy properties of the XMR.

Decentralized exchanges

Bisq, Haveno (which forked from Bisq specifically for XMR support), and similar peer-to-peer exchanges allow XMR acquisition without KYC. The trade-off is settlement complexity and lower liquidity. These platforms work for customers acquiring meaningful amounts who value the no-KYC property.

Mining

Monero uses RandomX, a proof-of-work algorithm specifically designed to be CPU-friendly and ASIC-resistant. Mining XMR is feasible on consumer hardware in a way that mining BTC is not. The trade-off is that the dollar yield from CPU mining at home is small, but it does produce XMR with no third party in the acquisition path.

Over-the-counter

Some communities (privacy-focused Telegram groups, Monero subreddits before they were restricted, dedicated OTC desks) facilitate peer-to-peer XMR sales for cash or alternative payment methods. The trade-off is counterparty risk, requiring trust or escrow arrangements.

The categories of customers who pay us in Monero

The XMR-paying segment of our customer base skews toward specific operational profiles, and the patterns are worth describing because they help readers identify whether they are in the segment.

Privacy-focused journalists and activists pay in XMR at higher rates than other customer segments. The threat model is direct: the work itself may be politically sensitive, and any infrastructure paid for through identifiable channels creates a target.

Cryptocurrency-related businesses (other Bitcoin services, alternative blockchain projects, crypto media) pay in XMR at higher rates because their customer base understands the technology and the use case. Paying in fiat for crypto-related infrastructure feels operationally inconsistent.

Operators in countries with currency controls or banking instability pay in XMR because the alternative is impossible. Sending a wire transfer from Argentina or Venezuela or several other countries to a European hosting provider involves bureaucratic friction that makes the relationship operationally infeasible.

Anonymity-as-default operators pay in XMR not for specific protective reasons but as a continuation of their general posture. The same customer who runs a Tor hidden service, uses a privacy-respecting email client, and operates through Onion routing pays for the infrastructure in XMR for consistency reasons.

What we cannot promise even with self-hosted Monero acceptance

The XMR payment removes one source of identification. It does not remove all of them. A customer paying us in XMR but signing up with an email address tied to their real identity, accessing the panel from a residential IP that resolves to their home, and configuring rDNS to a personal domain has substantially undone the privacy properties of the payment.

Full operator privacy requires consistency across layers. The payment layer (XMR or other privacy coin), the signup layer (no KYC, throwaway email), the access layer (Tor or commercial VPN for panel access), the operational layer (no identifying data in server configuration), and the social layer (not telling your neighbor about your offshore hosting). Customers who optimize one layer and neglect the others end up with a privacy posture that is only as strong as the weakest layer.

We provide the infrastructure for consistent privacy across all these layers. Most customers do not use the full stack. They use the pieces that match their threat model. A customer who is primarily concerned about commercial competitors might use XMR payment but access the panel from their normal IP. A customer who is primarily concerned about state-level surveillance might use XMR plus Tor plus no-KYC plus dedicated operator hardware. We serve the spectrum without insisting on any particular point.