Getting Monero without an exchange account: the honest comparison

Mining: the smallest footprint, the worst return

Monero’s RandomX is built for ordinary processors, so a desktop CPU mines it meaningfully rather than symbolically. The economics are the catch. Since May 2022 the block reward has sat at the tail emission of 0.6 XMR plus fees, one block every two minutes, while the network as a whole runs at billions of hashes per second and a good desktop contributes a few thousand. Solo, the expected wait between blocks is measured in years. P2Pool turns that into small steady payments: no fee, no pool wallet holding anyone’s funds, payouts made directly in the block that is found, a minimum payout around 0.00027 XMR, and a requirement that you run your own synced node. Where it wins outright: the coins arrive newly created, from a payout your own machine earned, with no counterparty who knows your address. Nothing else here can say that. Where it loses: at retail electricity prices a CPU usually earns less than it costs to run, and reaching a useful balance takes months.

Peer-to-peer: strongest position, most work

Buying from a person means no service sits between you and the coins. The landscape thinned badly: LocalMonero and AgoraDesk began winding down on 7 May 2024 and closed on 7 November 2024, and nothing has replaced them at that scale. What remains is smaller and more hands-on. Haveno-based markets escrow trades in Monero multisignature, where neither side alone can move the funds, and route over Tor; the reference repository is explicit that it does not itself support real trades, and that live trading happens on separately operated networks. Beyond that are trades arranged directly in communities, which are exactly as safe as your judgement about the other person. Where it wins: the price can be at or better than market, and with multisignature escrow nobody holds your funds mid-trade. Where it loses: it is slow, liquidity is thin, and when it fails the failure is a person rather than a support queue.

Atomic swaps: nobody in the middle, if you already hold BTC

A Bitcoin-to-Monero atomic swap is a protocol rather than a service: both sides lock funds so that either both legs complete or both refund. Eigenwallet, formerly UnstoppableSwap, is the maintained desktop implementation, with Tor built in and mobile support still described as coming. Where it wins: nobody holds the funds at any point, there is no account and no order sitting on anyone’s system, and for a technically comfortable person moving Bitcoin it is the option that most often beats an exchanger on cost. Where it loses: it only helps if you already hold Bitcoin, both sides must stay online for the protocol to finish, available liquidity depends on who is offering at that moment, and it is desktop software you have to install and understand.

Instant exchangers, us included

You send one coin to an address and a different one comes back. No account, no order book, one price shown before you commit. What it costs: a spread and a fee built into the quoted rate, screening applied to the funds that arrive, and the unavoidable fact that the service learns the address that paid in and the address it pays out to. For the duration of the swap the funds sit at an address the service controls, which is inherent to the model rather than a policy choice, and precisely why the refund clause matters more than the marketing. What it buys: minutes instead of days, a rate you can see before you commit, and somebody to answer when something goes wrong.

Which one is right for you

Choose by the constraint that actually binds you, not by which page you happen to be reading.

• You hold Bitcoin, run a desktop, and want nobody in the middle: an atomic swap beats us on cost and on exposure.
• You want coins that no counterparty ever tied to an address, and time is not your constraint: mine into P2Pool.
• You care most about price and will deal with a person: peer-to-peer with multisignature escrow.
• You hold some other coin, want it done in minutes, and want a written refund path with a name attached: an exchanger, which is what we are.
• You want every one of those properties at once: that combination does not exist, and anyone offering it is selling something.

What each one actually costs

Three axes, compared honestly. Fees: mining costs electricity and hardware time rather than a fee; peer-to-peer costs whatever premium the seller negotiates; an atomic swap costs network fees on both chains plus the maker’s spread; an exchanger costs the spread and fee inside the quote. Time: mining is months to a useful balance, peer-to-peer is hours to days, an atomic swap is tens of minutes, an exchanger is minutes. Exposure: mining tells no counterparty anything; peer-to-peer reveals whatever the payment method reveals, which for a bank transfer is a great deal; an atomic swap leaves a Bitcoin leg on a transparent chain; an exchanger sees both addresses.

Common questions

The five that usually decide it.

• Is mining worth it if I already own the computer? Compare the payout against the electricity rather than against zero. A mining calculator settles it in a minute, and the answer is often no.
• Why did peer-to-peer get harder? The largest venue wound down through 2024 and closed on 7 November 2024. What replaced it is smaller, more technical, and spread across separately operated networks.
• Are atomic swaps safe? The protocol refunds both sides if a swap fails, but the software is young and you have to stay online for it. Test with an amount you would shrug at.
• Which is cheapest for one mid-size purchase? Usually an atomic swap or a well-negotiated peer-to-peer trade. An exchanger wins on speed, and on not needing you to already hold Bitcoin.
• Can I combine them? Commonly yes. Acquire by whichever method suits the amount, then hold in a wallet you control. The acquisition route and the storage decision are separate choices.