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Changes committed
Changes committed 12/04/2024
ignifugo

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 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.
12/04/2024
None

Changes committed
Changes committed 06/18/2024
xin

Translation changed
Observe your traffic. That is why <i>Tor Browser</i> and Tails include tools to encrypt the connection between the exit node and the destination server, whenever possible.
Osservare il tuo traffico. Questo è il motivo per cui <i>Tor Browser</i> e Tails hanno inclusi strumenti, come [[<i>HTTPS Everywhere</i>|doc/anonymous_internet/Tor_Browser#https-everywhere]], per criptare la connessione tra l'exit node e il server di destinazione, quando possibile.
06/18/2024
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Resource updated
The “wiki/src/doc/about/warnings/tor.it.po” file was changed. 06/18/2024
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String updated in the repository
Observe your traffic. That is why <i>Tor Browser</i> and Tails include tools to encrypt the connection between the exit node and the destination server, whenever possible.
Osservare il tuo traffico. Questo è il motivo per cui <i>Tor Browser</i> e Tails hanno inclusi strumenti, come [[<i>HTTPS Everywhere</i>|doc/anonymous_internet/Tor_Browser#https-everywhere]], per criptare la connessione tra l'exit node e il server di destinazione, quando possibile.
06/18/2024
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Source string changed
Observe your traffic. That is why <i>Tor Browser</i> and Tails include tools, like [[<i>HTTPS Everywhere</i>|doc/anonymous_internet/Tor_Browser#https-everywhere]], to encrypt the connection between the exit node and the destination server, whenever possible.
06/18/2024
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Resource updated
The “wiki/src/doc/about/warnings/tor.it.po” file was changed. 05/27/2024
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Limitations of Tor
Limiti della rete Tor
05/27/2024
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Limitations of the Tor networkTor
05/27/2024
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The “wiki/src/doc/about/warnings/tor.it.po” file was changed. 05/07/2024
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The Tor network has more than 6&#8239;000 relays. Organizations running Tor relays include universities like the MIT, activist groups like Riseup, nonprofits like Derechos Digitales, Internet hosting companies like Private Internet Access, and so on. The huge diversity of people and organizations running Tor relays makes it more secure and more sustainable.
La rete Tor conta più di 6&#8239;000 relè. Le organizzazioni che gestiscono i relè Tor includono università come il MIT, gruppi di attivisti come Riseup, organizzazioni non profit come Derechos Digitales, società di Internet hosting come Private Internet Access, ecc. L'enorme varietà di persone e organizzazioni che gestiscono i relè Tor lo rendono più sicuro e sostenibile.
05/07/2024
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Source string changed
The Tor network has more than 6&#8239;000 relays. Organizations running Tor relays include universities like the MIT, activist groups like Riseup, nonprofits like Derechos Digitales, Internet hosting companies like Private Internet Access, etcand so on. The huge diversity of people and organizations running Tor relays makes it more secure and more sustainable.
05/07/2024
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

Resource updated
The “wiki/src/doc/about/warnings/tor.it.po” file was changed. 02/27/2024
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String updated in the repository
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>.
Gli attacchi correlati end-to-end sono stati studiati in lavori di ricerca, ma non siamo a conoscenza di un uso effettivo per togliere l'anonimato agli utenti di Tor. Come esempio, vedi<a href="https://www.freehaven.net/anonbib/cache/murdoch-pet2007.pdf">Murdoch e Zieliński:Sampled Traffic Analysis by Internet-Exchange-Level Adversaries</a>.
02/27/2024
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String updated in the repository
[[!img doc/anonymous_internet/tor/tor.svg size="600x" link="no" alt="A Tor connection goes through 3 relays with the last one establishing the actual connection to the final destination"]]
[[!img doc/anonymous_internet/tor/tor.svg size="600x" link="no" alt="Una connessione Tor passa attraverso 3 relè, l'ultimo dei quali stabilisce la connessione effettiva alla destinazione finale"]]
02/27/2024
None

String updated in the repository
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.
02/27/2024
None

Source string 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.
02/27/2024
ignifugo

Suggestion accepted
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>.
I correlation attacks/Gli attacchi di correlazioneti end-to-end sono stati oggettostudiati in lavori di ricerca, ma non siamo a conoscenza di alcun utilizzo concreto che abbia reso identificabili so effettivo per togliere l'anonimato agli utenti di Tor. Come esempio, vedi<a href="https://www.freehaven.net/anonbib/cache/murdoch-pet2007.pdf">Murdoch e Zieliński: Sampled Traffic Analysis by Internet-Exchange-Level Adversaries</a>.
10/01/2023

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