| PARAMETER | VALUE | SCREENSHOT |  | REFERRAL ID* | e920036ae7ec21799ad3be2dd9964f01 | NAME | Double-Spending Fast Payments in Bitcoin | URL | https://www.eecis.udel.edu/~ruizhang/CISC859/S17/Paper/p9.pdf | DESCRIPTION | In this paper, we analyze the security of using Bitcoin for fast payments. We show that, unless appropriate detection techniques are integrated in the current Bitcoin implementation, doublespending attacks on fast payments succeed with overwhelming probability and can be mounted at low cost. | LINK TOPIC(S) | academic, | RELATED COIN(S) | bitcoin, | REWARD ADDRESS | DA28Nx6Fi6Jjy19dv34cenS3tFZgeHJiPW | REWARD TXID | 7a4e172410e6bc91262416a71c1201e1690d6f02d64255a7a101343415528702 | REFERRAL TEXT | opreturn.net_link_referral_reward_4_doge_to_DA28Nx6Fi6Jjy19dv34cenS3tFZgeHJiPW_if_approve_link_https://www.eecis.udel.edu/~ruizhang/CISC859/S17/Paper/p9.pdf | REFERRAL SHA256 HASH | 2b88ef2a429cbc3b06bae26a3fe2a0236235f2629644135562eb79d98e4f3f41 | STATUS | approved | NOTE |
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* REFERRAL ID is the first 32 characters of the SHA256 digest of the referral text. The referral text uses the format: opreturn.net_link_referral_reward_4_doge_to_REWARDADDRESS_if_approve_link_URL |