None

Changes committed
Changes committed 05/03/2024
Chre

Suggestion accepted
An adversary, who could control the 3 relays in a circuit, could deanonymize Tor users.
Un adversaire, qui pourrait contrôler les 3 relais d'un circuit, pourrait désanonymiser les personnes utilisant Tor.
05/03/2024
Chre

Translation approved
Tor hides your location from destination servers, but it does not encrypt <i>all</i> your communication. The last relay of a Tor circuit, called the <i>exit node</i>, establishes the actual connection to the destination server. This last step can be unencrypted, for example, if you connect to a website using HTTP instead of HTTPS.
Tor cache votre position aux serveurs de destination, mais il ne chiffre pas <i>toute</i> votre communication. Le dernier relais d'un circuit Tor, appelé le <i>nœud de sortie</i>, établit la connexion réelle avec le serveur de destination. Cette dernière étape peut ne pas être chiffrée, par exemple, si vous vous connectez à un site web utilisant HTTP au lieu de HTTPS.
05/03/2024
None

Changes committed
Changes committed 05/03/2024
None

Changes committed
Changes committed 05/03/2024
Chre

Suggestion accepted
Tor hides your location from destination servers, but it does not encrypt <i>all</i> your communication. The last relay of a Tor circuit, called the <i>exit node</i>, establishes the actual connection to the destination server. This last step can be unencrypted, for example, if you connect to a website using HTTP instead of HTTPS.
Tor cache votre position aux serveurs de destination, mais il ne chiffre pas <i>toute</i> votre communication. Le dernier relais d'un circuit Tor, appelé le <i>nœud de sortie</i>, établit la connexion réelle avec le serveur de destination. Cette dernière étape peut être non chiffréene pas être chiffrée, par exemple, si vous vous connectez à un site web utilisant HTTP au lieu de HTTPS.
05/03/2024
Chre

Translation approved
End-to-end correlation attacks have been studied in research papers, but we don't know of any actual use to deanonymize Tor users. For an example, see <a href="https://www.freehaven.net/anonbib/cache/murdoch-pet2007.pdf">Murdoch and Zieliński: Sampled Traffic Analysis by Internet-Exchange-Level Adversaries</a>.
Les attaques par corrélation de bout en bout ont été étudiées dans des articles de recherche, mais nous ne connaissons aucune utilisation réelle pour désanonymiser les personnes utilisant Tor. Pour un exemple, voir <a href="https://www.freehaven.net/anonbib/cache/murdoch-pet2007.pdf">Murdoch et Zieliński : Analyse du trafic échantillonné par des adversaires au niveau des échanges Internet</a> (en anglais).
05/03/2024
None

Changes committed
Changes committed 05/03/2024
xin

Suggestion added
Tor chooses 3 relays that belong to 3 different network operators for each circuit.
Tor choisit pour chaque circuit 3 relais appartenant à des opérateurs de réseau différents.
05/02/2024
xin

Suggestion added
An adversary, who could control the 3 relays in a circuit, could deanonymize Tor users.
Un adversaire, qui pourrait contrôler les 3 relais d'un circuit, pourrait désanonymiser les personnes utilisant Tor.
05/02/2024
xin

Suggestion added
Tor hides your location from destination servers, but it does not encrypt <i>all</i> your communication. The last relay of a Tor circuit, called the <i>exit node</i>, establishes the actual connection to the destination server. This last step can be unencrypted, for example, if you connect to a website using HTTP instead of HTTPS.
Tor cache votre position aux serveurs de destination, mais il ne chiffre pas <i>toute</i> votre communication. Le dernier relais d'un circuit Tor, appelé le <i>nœud de sortie</i>, établit la connexion réelle avec le serveur de destination. Cette dernière étape peut être non chiffréene pas être chiffrée, par exemple, si vous vous connectez à un site web utilisant HTTP au lieu de HTTPS.
05/02/2024
la_r_go

Suggestion added
Tor hides your location from destination servers, but it does not encrypt <i>all</i> your communication. The last relay of a Tor circuit, called the <i>exit node</i>, establishes the actual connection to the destination server. This last step can be unencrypted, for example, if you connect to a website using HTTP instead of HTTPS.
Tor nasconde la tua posizione ai server di destinazione, ma non cripta <i>tutte</i> le tue comunicazioni. L'ultimo relè di un circuito Tor, chiamato <i>exit node</i>, stabilisce l'effettiva connessione al server di destinazione. Quest'ultimo passo può essere non criptato ma in chiaro, ad esempio, se ti connetti a un sito web usando HTTP invece di HTTPS.
04/28/2024
None

Component unlocked
Component unlocked 04/22/2024
None

Component locked
The component was automatically locked because of an alert. 04/21/2024
None

Alert triggered
Could not update the repository. 04/21/2024
Feliconut

Suggestion added
[[!meta title="Limitations of the Tor network"]]
[[!meta title="Tor 网络的局限"]]
04/20/2024
None

Changes committed
Changes committed 03/30/2024
drebs

Translation completed
Translation completed 03/30/2024
drebs

Translation changed
Tor hides your location from destination servers, but it does not encrypt <i>all</i> your communication. The last relay of a Tor circuit, called the <i>exit node</i>, establishes the actual connection to the destination server. This last step can be unencrypted, for example, if you connect to a website using HTTP instead of HTTPS.
A rede Tor oculta a sua localização para os servidores de destino, porém não criptografa <i>toda</i> sua comunicação. O ultimo retransmissor do circuito Tor, chamado <i>nó de saída</i>, estabelece a conexão final com o servidor de destino. Esta ultima etapa pode não ser criptografada, por exemplo no caso de conexões a websites usando HTTP ao invés de HTTPS.
03/30/2024
None

Component unlocked
Component unlocked 03/28/2024

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