Hi Marcel,
> On September 27, 2020 20:05, Marcel Holtmann wrote:
>
> Hi Alex,
>
> > When someone attacks the service provider, it creates connection,
> > authenticates. Then it requests key size of one byte and it identifies
> > the key with brute force methods.
> >
> >
Hi Alex,
> When someone attacks the service provider, it creates connection,
> authenticates. Then it requests key size of one byte and it identifies
> the key with brute force methods.
>
> After l2cap info req/resp exchange is complete. the attacker sends l2cap
> connect
Hi Marcel,
> On 26 September 2020 at 1:34, Marcel Holtmann wrote:
>
> Hi Alex,
>
> >>> When someone attacks the service provider, it creates connection,
> >>> authenticates. Then it requests key size of one byte and it identifies
> >>> the key with brute force methods.
> >>>
> >>> After l2cap
Hi Alex,
>>> When someone attacks the service provider, it creates connection,
>>> authenticates. Then it requests key size of one byte and it identifies
>>> the key with brute force methods.
>>>
>>> After l2cap info req/resp exchange is complete. the attacker sends l2cap
>>> connect with
Hi Marcel,
> On September 20, 2020 14:10, Marcel Holtmann wrote:
>
> Hi Alex,
>
> > When someone attacks the service provider, it creates connection,
> > authenticates. Then it requests key size of one byte and it identifies
> > the key with brute force methods.
> >
> > After l2cap info
Hi Alex,
> When someone attacks the service provider, it creates connection,
> authenticates. Then it requests key size of one byte and it identifies
> the key with brute force methods.
>
> After l2cap info req/resp exchange is complete. the attacker sends l2cap
> connect with specific PSM.
>
>
When someone attacks the service provider, it creates connection,
authenticates. Then it requests key size of one byte and it identifies
the key with brute force methods.
After l2cap info req/resp exchange is complete. the attacker sends l2cap
connect with specific PSM.
In above procedure, there
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