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Translation approved
No anonymity network used for rapid connections, like browsing the web or instant messaging, can protect 100% from end-to-end correlation attacks. In this case, VPNs (Virtual Private Networks) are less secure than Tor, because they do not use 3 independent relays.
Nenhuma rede de anonimato utilizada para conexões rápidas, comotipo para navegar a ição na Internet ou para conversars por mensagens instantâneas, podetem como proteger 100% de um ataques de correlação ponta a -a-ponta, n. Nesse caso, VPNs (Virtual Private Networks, "redes virtuais privadas") são menos seguras que Tor, pois não utilizam três retransmissores independentes.
11/06/2021
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drebs

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Changes committed 11/06/2021
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Suggestion accepted
No anonymity network used for rapid connections, like browsing the web or instant messaging, can protect 100% from end-to-end correlation attacks. In this case, VPNs (Virtual Private Networks) are less secure than Tor, because they do not use 3 independent relays.
Nenhuma rede de anonimato utilizada para conexões rápidas, como navegar a internet ou conversar por mensagens instantâneas, pode proteger 100% de um ataque de correlação ponta a ponta, nesse caso, VPNs (Virtual Private Networks, "redes virtuais privadas") são menos seguras que Tor, pois não utilizam três retransmissores independentes.
11/06/2021
drebs

Translation approved
A powerful adversary, who could analyze the timing and shape of the traffic entering and exiting the Tor network, might be able to deanonymize Tor users. These attacks are called <i>end-to-end correlation</i> attacks, because the attacker has to observe both ends of a Tor circuit at the same time.
Um adversário forte, que pode analisar o tempo e formapoderoso, que possa cronometrar e analisar o perfil do traáfego que entra e sai da rede Tor, pode conseguir tirar o anonimato dedesanonimizar usuários da rede Tor. Esses ataques são chamados ataques de <i>correlação de ponta a -a-ponta</i>, pois o atacante deveprecisa observar ambas as saídpontas do circuito Tor ao mesmo tempo.
11/06/2021
drebs

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Changes committed 11/06/2021
drebs

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Changes committed 11/06/2021
drebs

Suggestion accepted
A powerful adversary, who could analyze the timing and shape of the traffic entering and exiting the Tor network, might be able to deanonymize Tor users. These attacks are called <i>end-to-end correlation</i> attacks, because the attacker has to observe both ends of a Tor circuit at the same time.
Um adversário forte, que pode analisar o tempo e forma do trafego que entra e sai da rede Tor, pode conseguir tirar o anonimato de usuários Tor. Esses ataques são chamados ataques de <i>correlação de ponta a ponta</i>, pois o atacante deve observar ambas as saídas do circuito Tor ao mesmo tempo.
11/06/2021
drebs

Translation approved
Adversaries watching both ends of a Tor circuit could identify users
Adversários que consigam monitorandor ambas saídas pontas de um circuito Tor podem identificar usuários.
11/06/2021

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