Update of "Experiment: mmmv_mail_protocol_t1"
Not logged in

Artifact ID: f098917be93d2923ed3b00a897e8d13806f7fe0c
Page Name:Experiment: mmmv_mail_protocol_t1
Date: 2018-10-17 20:32:03
Original User: martin_vahi
Parent: 04a0124c167b89fa00cbdfde4ece0d7c677296f2 (diff)
Next 187f5b95a714bc9113632e317e03c3cfe3cf0ffa

Currently the mmmv_mail_protocol_t1 lacks any code.


The Protocol

Users U_1..U_n form a complete graph G_u. Graph G_uu is like G_u, except that each G_u unidirected edge is replaced with 2 directed edges, one directed edge in each direction. Each of the G_uu directed edges, E_g_uu_k, k inSet(1 to ((n*(n-1)/2)*2=n*(n-1)) ) id est k inSet(1 to (n*(n-1)), represents a virtual mail moving channel.  The users U_1..U_n have symmetric cryptography based one-time keys for each E_g_uu_k. The one-time keys have a key specific probabilistically unique key_ID and they do NOT contain any user-IDs. Each user has a database(It might be an SQLite database)that pairs the key_IDs of that user with the E_g_uu_k-s that exit or enter that user at the G_uu. 

The vertices of the G_uu, the users U_1..U_n, exchange messages by uploading outgoing mail to the server and downloading incoming mail in batches of mail messages, where only some, if any, of the downloaded messages are for the user that downloads the batch of messages. Encryption of the communication between the G_uu vertices and the mail server is outside of the scope of this specification, but it is assumed that the eavesdroppers is able to determine, which of the G_uu vertices contacts the mail server a