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Limitations of the Tor networkTor
05/27/2024
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Changes committed 05/10/2024
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Translation completed 05/10/2024
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The Tor network has more than 6 000 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.
A rede Tor possui mais de 6.000 retransmissorelays. Organizações que rodam retransmissorelays Tor incluem universidades como o MIT, grupos de ativistas como Riseup, organizações sem fins lucrativos como Derechos Digitales, empresas de hospedagem de internet como Private Internet Access, e assim por diante. A imensa diversidade de pessoas e organizações que rodam retransmissorelays Tor tornam a rede mais segura e mais sustentável.
05/10/2024
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The “wiki/src/doc/about/warnings/tor.pt.po” file was changed. 05/07/2024
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The Tor network has more than 6 000 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.
A rede Tor possui mais de 6.000 retransmissores. Organizações que rodam retransmissores Tor incluem universidades como o MIT, grupos de ativistas como Riseup, organizações sem fins lucrativos como Derechos Digitales, empresas de hospedagem de internet como Private Internet Access, e assim por diante. A imensa diversidade de pessoas e organizações que rodam retransmissores Tor tornam a rede mais segura e mais sustentável.
05/07/2024
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The Tor network has more than 6 000 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
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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.
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.
05/07/2024
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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
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Resource updated
The “wiki/src/doc/about/warnings/tor.pt.po” file was changed. 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.
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.
02/27/2024
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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
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The “/app/data/vcs/tails/index/wiki/src/doc/about/warnings/tor.pt.po” file was changed. 11/23/2023
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The “/app/data/vcs/tails/index/wiki/src/doc/about/warnings/tor.pt.po” file was changed. 11/14/2023
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The “/app/data/vcs/tails/index/wiki/src/doc/about/warnings/tor.pt.po” file was changed. 09/08/2023
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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 Zielińński: Sampled Traffic Analysis by Internet-Exchange-Level Adversaries</a>.
09/08/2023
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Adversaries watching both ends of a Tor circuit could identify users
Adversários que consigaeguem monitorar ambas as pontas de um circuito Tor podem conseguir identificar usuários.
08/18/2023
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Resource updated
The “/app/data/vcs/tails/index/wiki/src/doc/about/warnings/tor.pt.po” file was changed. 08/15/2023

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