SQL on structurally-encrypted databases
Advances in Cryptology–ASIACRYPT 2018: 24th International Conference on the …, 2018•Springer
We show how to encrypt a relational database in such a way that it can efficiently support a
large class of SQL queries. Our construction is based solely on structured encryption (STE)
and does not make use of any property-preserving encryption (PPE) schemes such as
deterministic and order-preserving encryption. As such, our approach leaks considerably
less than PPE-based solutions which have recently been shown to reveal a lot of information
in certain settings (Naveed et al., CCS'15). Our construction is efficient and—under some …
large class of SQL queries. Our construction is based solely on structured encryption (STE)
and does not make use of any property-preserving encryption (PPE) schemes such as
deterministic and order-preserving encryption. As such, our approach leaks considerably
less than PPE-based solutions which have recently been shown to reveal a lot of information
in certain settings (Naveed et al., CCS'15). Our construction is efficient and—under some …
Abstract
We show how to encrypt a relational database in such a way that it can efficiently support a large class of SQL queries. Our construction is based solely on structured encryption (STE) and does not make use of any property-preserving encryption (PPE) schemes such as deterministic and order-preserving encryption. As such, our approach leaks considerably less than PPE-based solutions which have recently been shown to reveal a lot of information in certain settings (Naveed et al., CCS ’15). Our construction is efficient and—under some conditions on the database and queries—can have asymptotically-optimal query complexity. We also show how to extend our solution to be dynamic while maintaining the scheme’s optimal query complexity.
Springer
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