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WonderHow20
WonderHow20
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I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me whether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me whether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

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kelalaka
kelalaka
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I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me wetherwhether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

Thank you for your answers!

I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me wether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

Thank you for your answers!

I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me whether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

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WonderHow20
WonderHow20
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Which groups are secure for DL-Problem?

I was wondering why some groups provide more security to cryptosystems relying on DL-Problem.

It is not clear to me wether it is just due to the known attacks or if there are some other reasons. So why do some elliptic curves provide the highest security and the group $(\mathbb{Z}/n\mathbb{Z},+)$ is considered as not being a good choice.

Thank you for your answers!