How is Monero different from Bitcoin?
Monero and Bitcoin are both digital money you can send without a bank, but they make different trade-offs. Monero focuses on keeping your payments private and making mining practical with ordinary computer processors, while Bitcoin has a public transaction history and mining dominated by specialized machines.
What other people can see
Both currencies use a blockchain, a shared record of payments maintained by a network of computers. The biggest difference is what that record reveals.
With Bitcoin, transaction amounts and the addresses sending and receiving coins are public. An address is a destination for a payment, not your name. But if someone connects an address to you, they may be able to trace parts of your financial activity.
Monero hides the sender, recipient, and amount by default:
- Ring signatures make it difficult to tell which possible source actually supplied the coins.
- Stealth addresses create one-time payment destinations, so your public receiving address does not appear directly on the blockchain.
- Ring Confidential Transactions, usually shortened to RingCT, conceal payment amounts.
That gives you stronger built-in privacy, not a promise of complete anonymity. An exchange, an exposed device, or details you share yourself can still reveal information about you.
What you need to mine
Mining means using computing power to help secure the network and compete to add the next block of transactions. Both currencies use proof of work, which requires miners to perform calculations.
Bitcoin uses a mining method called SHA-256. Competitive Bitcoin mining generally needs an ASIC, a machine built specifically for those calculations. An ordinary laptop is not a realistic competitor.
Monero uses RandomX, introduced on November 30, 2019. It favors CPUs, the general-purpose processors inside everyday computers, and is designed to reduce the advantage of specialized mining hardware.
This makes Monero more accessible if you want to try mining on a computer you own. It does not guarantee a profit. Your processor, electricity costs, cooling, and the network’s competition all matter.
Browser mining also has extra limits. Running in a browser can mean much lower performance than dedicated mining software. A site offering browser mining should clearly explain what your device computes, its fees, and its payout rules.
How new coins enter circulation
Bitcoin has a maximum supply of about 21 million BTC. Its block reward is cut roughly in half every four years, gradually reducing new coin production.
Monero took a different approach. After its main emission of roughly 18.13 million XMR, it entered tail emission around June 2022. This ongoing issuance has a baseline reward of 0.6 XMR per block, with no fixed end date.
Monero therefore has no hard supply cap. However, the percentage increase in its supply gets smaller over time. Tail emission provides a continuing mining reward alongside transaction fees; Bitcoin is designed to rely increasingly on fees.
What changes when you use them
Monero aims for a block roughly every two minutes, compared with Bitcoin’s roughly ten minutes. That does not make either payment instantly final: services may require several confirmations, meaning additional blocks after your transaction.
Bitcoin is generally easier to buy and more widely supported. Monero’s privacy features have led some exchanges to restrict or remove it, so your options depend on local rules and available services.
The bottom line
Choose based on what matters to you: Bitcoin offers wider support and a capped supply; Monero offers default payment privacy and CPU-focused mining. Neither guarantees anonymity, investment gains, or profitable mining.
