Attention: The bitcoin network is currently experiencing heavy traffic. This is affecting bitcoin users worldwide and causing transactions to process slower than normal. We apologize for the inconvenience and thank you for your patience.

How do Bitcoin ATMs work?

A Bitcoin ATM or automated teller machine is a kiosk consisting of a monitor, QR scanner, and bill acceptor that enables customers to purchase Bitcoin in exchange for cash autonomously. Bitcoin ATMs can appear similar to a traditional ATM that you might see at a bank, but a Bitcoin ATM exchanges cash for Bitcoin. Some Bitcoin kiosks accept debit or credit cards in exchange for Bitcoin.

Our Bitcoin ATMs work following this process:
  1. Customers register their new account at the kiosk by presenting their US government-issued photo ID, entering their phone number and creating a PIN (personal identification number).
  2. Following registration, the customer scans their Bitcoin wallet address using the QR scanner or enters the wallet address using the PIN pad or on-screen keyboard.
  3. Once the wallet address is entered, the customer inserts the amount of USD bills into the Bitcoin kiosk to purchase the desired amount of Bitcoin.
  4. The customer also has the option to receive their Bitcoin on a paper wallet containing the public and private keys relating to the purchased Bitcoin. If selected, the paper wallet will be printed from the Bitcoin ATM after the transaction is complete. The Bitcoin on the paper wallet can be added to a mobile wallet at any point in the future.
  5. After the customer has inserted the USD bills, the Bitcoin ATM provider releases the customer’s Bitcoin by broadcasting the transaction to the Bitcoin blockchain, where the transaction becomes visible to the Bitcoin network, including the customer’s Bitcoin wallet. Once the transaction is confirmed, the Bitcoin becomes spendable by the customer.

Related Questions

What do I need to sign up?

How long do Bitcoin ATMs transactions take?

Will I get a receipt verifying my transaction?