In March, 2015 Gu Chunsheng proposed a candidate ideal multilinear map [9]. An idealmultilinear map allows to perform as many multiplications as desired, while in k-multilinear mapslike GGH [5] or CLT [3,4] one we can perform at most a predetermined number k of multiplications.In this note, we show that the extraction Multilinear Computational Diffie-Hellman problem (ext-MCDH) associated to Gu’s map can be solved in polynomial-time: this candidate ideal multilinearmap is insecure. We also give intuition on why we think that the two other ideal multilinear mapsproposed by Gu in [9] are not secure either
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Multilinear maps enable homomorphic computation on encoded values and a public procedure to check if...
At EUROCRYPT 2013, Garg, Gentry and Halevi proposed a candidate construction (later referred as GGH1...
In March, 2015 Gu Chunsheng proposed a candidate ideal multilinear map [9]. An idealmultilinear map ...
multilinear map allows to perform as many multiplications as desired, while in κ-multilinear maps li...
Abstract. We describe a polynomial-time cryptanalysis of the (approximate) multilinear map of Coron,...
Abstract. Multilinear map is a novel primitive which has many cryp-tographic applications, and GGH m...
Recently, Hu and Jia presented an efficient attack on the GGH13 map. They show that the MPKE and WE ...
We describe a cryptanalysis of the GGH15 multilinear maps. Our attack breaks in polynomial time the ...
The graded encoding scheme introduced by Gentry, Garg and Halevi (GGH scheme) is considered as an im...
Abstract. In the last few years, cryptographic multilinear maps have proved their tremendous potenti...
We describe the theoretical concept of multilinear maps and its practical real- ization using new co...
Abstract. Multilinear maps have many cryptographic applications. The first candidate construction of...
International audienceWe present a quantum polynomial time attack against the GMMSSZ branching progr...
Abstract. At Crypto 2013, Coron, Lepoint, and Tibouchi (CLT) proposed a practical Graded Encod-ing S...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Multilinear maps enable homomorphic computation on encoded values and a public procedure to check if...
At EUROCRYPT 2013, Garg, Gentry and Halevi proposed a candidate construction (later referred as GGH1...
In March, 2015 Gu Chunsheng proposed a candidate ideal multilinear map [9]. An idealmultilinear map ...
multilinear map allows to perform as many multiplications as desired, while in κ-multilinear maps li...
Abstract. We describe a polynomial-time cryptanalysis of the (approximate) multilinear map of Coron,...
Abstract. Multilinear map is a novel primitive which has many cryp-tographic applications, and GGH m...
Recently, Hu and Jia presented an efficient attack on the GGH13 map. They show that the MPKE and WE ...
We describe a cryptanalysis of the GGH15 multilinear maps. Our attack breaks in polynomial time the ...
The graded encoding scheme introduced by Gentry, Garg and Halevi (GGH scheme) is considered as an im...
Abstract. In the last few years, cryptographic multilinear maps have proved their tremendous potenti...
We describe the theoretical concept of multilinear maps and its practical real- ization using new co...
Abstract. Multilinear maps have many cryptographic applications. The first candidate construction of...
International audienceWe present a quantum polynomial time attack against the GMMSSZ branching progr...
Abstract. At Crypto 2013, Coron, Lepoint, and Tibouchi (CLT) proposed a practical Graded Encod-ing S...
Thesis: M. Eng., Massachusetts Institute of Technology, Department of Electrical Engineering and Com...
Multilinear maps enable homomorphic computation on encoded values and a public procedure to check if...
At EUROCRYPT 2013, Garg, Gentry and Halevi proposed a candidate construction (later referred as GGH1...