A survey of methods to enable limited mutability in blockchains for regulatory compliance with data erasure rules while attempting to preserve security.
Bitcoin Transaction Graph Analysis
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abstract
Bitcoins have recently become an increasingly popular cryptocurrency through which users trade electronically and more anonymously than via traditional electronic transfers. Bitcoin's design keeps all transactions in a public ledger. The sender and receiver for each transaction are identified only by cryptographic public-key ids. This leads to a common misconception that it inherently provides anonymous use. While Bitcoin's presumed anonymity offers new avenues for commerce, several recent studies raise user-privacy concerns. We explore the level of anonymity in the Bitcoin system. Our approach is two-fold: (i) We annotate the public transaction graph by linking bitcoin public keys to "real" people - either definitively or statistically. (ii) We run the annotated graph through our graph-analysis framework to find and summarize activity of both known and unknown users.
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Blockchain Mutability: Challenges and Proposed Solutions
A survey of methods to enable limited mutability in blockchains for regulatory compliance with data erasure rules while attempting to preserve security.