Tor onion site

Простота, удобство, возможность выбора гарантов и фокус на анонимности и безопасности - их фишка. Onion - Candle, поисковик по Tor. Onion - Нарния клуб репрессированных на рампе юзеров. Onion - Valhalla удобная и продуманная площадка на англ. 3.7/5 Ссылка TOR зеркало Ссылка https probiv. Onion/ Shkaf (бывшая Нарния) Шкаф Подпольное сообщество людей, которые любят брать от жизни максимум и ценят возможность дышать полной грудью. Маркет был вновь запущен в актуальное апреле 2021 года с новым дизайном и движком. Внезапно много русских пользователей. Регистрация стоит 100, но в отличии от «Верифа существует и бесплатный вариант. Пользуйтесь на свой страх и риск. Onion - простенький Jabber сервер в торе. Onion - WeRiseUp социальная сеть от коллектива RiseUp, специализированная для работы общественных активистов; onion-зеркало. Onion - Mail2Tor, e-mail сервис. Onion - Архив Хидденчана архив сайта hiddenchan. Kp6yw42wb5wpsd6n.onion - Minerva зарубежная торговая официальная площадка, обещают некое двойное шифрование ваших данных, присутствует multisig wallets, саппорт для разрешения ситуаций. Торрент трекеры, библиотеки, архивы. Tor могут быть не доступны, в связи с тем, что в основном хостинг происходит на независимых серверах. Onion/ - форум FreeHacks Ссылка удалена по притензии роскомнадзора Ссылка удалена по притензии роскомнадзора Сообщения, Анонимные Ящики (коммуникации) Сообщения, анонимные ящики (коммуникации) bah37war75xzkpla. А какие же случаи уже случались не только с самим даркнетом, а именно с его пользователями? Что такое теневые сайты? Проверка обменных пунктов, осуществляемая BestChange при включении в мониторинг, выполняется по множеству параметров и доказала свою эффективность. Является зеркалом сайта fo в скрытой сети, проверен временем и bitcoin-сообществом. Onion - O3mail анонимный email сервис, известен, популярен, но имеет большой solaris минус с виде обязательного JavaScript. Различные полезные статьи и ссылки на тему криптографии и анонимности в сети. В платных аках получше. Onion - XmppSpam автоматизированная система по спаму в jabber. Английский язык. 3.6/5 Ссылка TOR зеркало Ссылка TOR зеркало http rms26hxkohmxt5h3c2nruflvmerecwzzwbm7chn7d3wydscxnrin5oad. One TOR зеркало https monza73jr6otjiycgwqbym2qadw8il. Недавно переименовались в shkaf. Зарубежный форум соответствующей тематики. Onion - Bitcoin Blender очередной биткоин-миксер, который перетасует ваши битки и никто не узнает, кто же отправил их вам.

Tor onion site - Solaris ссылка онион

ISPs (Internet Service Providers), guest Wi-Fi providers, and visited sites that may be watching their Internet connection or even tracking and collecting IP addresses, a device’s Internet identifier.We are, and always have been, hugely thankful for the work and mission that the Tor team brings to the world. To continue our support, we wanted to make our website and browser download accessible to Tor users by creating Tor onion services for Brave websites. These services are a way to protect users’ metadata, such as their real location, and enhance the security of our already-encrypted traffic. This was desired for a few reasons, foremost of which was to be able to reach users who could be in a situation where learning about and retrieving Brave browser is problematic.We’ll go through the process of creating this setup, which you should be able to use to create your own onion service.To start the process we ‘mined’ the address using a piece of software called a miner: I chose Scallion due to Linux support and GPU acceleration. Mining is the computationally expensive process of creating a private key to prove a claim on an onion address with a desired string. Onion (v2) addresses are 16 character strings consisting of a-z and 2-7. They end in .onion, and traffic to .onion domains does not exit the Tor network. V3 addresses are a longer, more secure address which will provide stronger cryptography, which we will soon migrate to.In our case we wanted a string that started with ‘brave’ followed by a number. A six-character prefix only takes around 15 minutes when mined on a relatively powerful GPU (we used a GTX1080). The end result is a .onion address and a private key that allows us to advertise we are ready and able to receive traffic sent to this address. This is routed through a ‘tor’ daemon with some specific options.After we mined our onion address we loaded it up in EOTK. The Enterprise Onion Toolkit is a piece of software that simplifies setting up a Tor daemon and OpenResty (a Lua-configurable nginx-based) web server to proxy traffic to non-onion web servers. In our case we are proxying traffic to brave.com domains. One last piece was required to complete the setup: a valid SSL certificate.Without the certificate, upon starting  EOTK for the first time, you’ll find that many web assets don’t load. This is due to using a self-signed SSL certificate. For some, this is acceptable. Many onion users are accustomed to seeing self-signed certificate warnings, however for the best experience a legitimate certificate from a CA is necessary. For now, the only certificate authority issuing certificates for .onion addresses is DigiCert. They provide EV certificates for .onion addresses including SANs, with the exciting addition of wildcard SANs, which are otherwise not allowed in an EV certificate!Generating a private key and certificate signing request is done in the standard way with OpenSSL. For more information about how this is done see documentation here. An example of a CSR configuration file is shown below:One snag was that the process of proving you own the address requires a few different steps of validation. One is the traditional EV due diligence of contacting a representative of the organization that is on-file with DigiCert. Another is a practical demonstration, either of a DNS TXT record or a HTTP request to a well-known URL path. Since the onion addresses don’t have the concept of DNS, TXT validation will be impossible. That leaves the only remaining option as the HTTP practical demonstration. The demonstration involves requesting a challenge from DigiCert, at which point they will send you a short string and a path that they need to see the string served at.You then start a web server listening on that address on port 80 (non-SSL). They will send a GET request for that path. If they are able to successfully fetch the string, they know that you are in control of the address. Sadly, when I performed this song and dance with DigiCert the request did not work for 2 reasons. One was that EOTK was redirecting all of the non-SSL traffic to the SSL listener. The request failed since we were still running an EOTK-generated self-signed certificate. EOTK has a feature to serve short strings such as those required for this process using the “hardcoded_endpoint_csv” configuration option, but unfortunately it did not work due to the SSL redirect. I was able to modify the OpenResty configuration to move the configuration block responsible to the port-80 server section.After consulting with the author, I was told that the “force_http” EOTK option will fix this. Another problem is that DigiCert’s automated validator evidently cannot route Tor traffic since requests still failed. Opening a chat session with a DigiCert rep solved this problem quickly though, especially after pointing out that DNS TXT validation is not possible, and providing a link to the .onion blog post referenced earlier.We had to reissue certificates a few times (requiring more rounds of human validation for the EV cert requirements) in order to add some SAN wildcard subjects for our various subdomains (for example *.brave.com will not match example.s3.brave.com). One thing to note here is that even if you update the SAN subjects in your CSR, this will not add them to the reissued cert. They must be added through DigiCert’s web interface, and it can be easy to miss.Once we had our certificate we fed this into EOTK and found that web pages started appearing correctly, and that downloads worked without receiving a certificate error! This was a very satisfying milestone and let me know that we were almost done.EOTK does some string manipulation to rewrite URLs and some text on the pages so that they refer to the .onion addresses (example: a link to “brave.com/blog” becomes “brave5t5rjjg3s6k.onion/blog”). This is mostly desirable, although some strings should be preserved. For example we have several email addresses listed on brave.com such as [email protected]. This was being rewritten as [email protected]. Since we don’t (yet) run an email server as an onion service these email addresses won’t work, thus they should be preserved as [email protected]. EOTK has a “preserve_csv” option to maintain these static strings.Another suggestion is to include an Onion-Location response header on your web site, which points to your onion address. This hints at the user and their browser that the site is also available as an Onion service, and that they can visit that site if they so choose.Of course this novel daemon setup needed to run *somewhere*. In accordance with our standard devops practices at Brave, we wrote infrastructure-as-code using Terraform to deploy and maintain this. It is currently deployed in AWS EC2 with private keys secured in AWS SSM and loaded on boot. In a future iteration of the code we’d like to implement OnionBalance so that we can provide more redundancy and scalability to our onion services.Hopefully this post has taught you how we’ve been able to set this up at Brave, and how you can replicate our success to run an onion service for yourself. If you have any questions please feel free to reach out to me at [email protected], or on Twitter at @bkero.I’d like to thank Alec Muffett, the author of EOTK, for his invaluable assistance in helping me overcome all the challenges related to setting this up, and for encouraging me to do things the harder but more correct way. I’d also like to thank Kenyon Abbott at DigiCert for his assistance in helping with the process of issuing and re-issuing the certificate and enduring the multiple iterations necessary to get our certificate working.

Saturday 21st October 2017I have set up a new Onion v3 Tor Hidden Service for JamieWeb, available at:jamie3vkiwibfiwucd6vxijskbhpjdyajmzeor4mc4i7yopvpo4p7cyd.onionEdit 17th Jan 2018 @ 10:48pm: Now that Onion v3 functionality is in the stable release version of Tor, I have moved over to a new Onion v3 hidden service with a vanity address, as seen above. The hidden service that I originally hosted for testing Onion v3 in the alpha builds is: 32zzibxmqi2ybxpqyggwwuwz7a3lbvtzoloti7cxoevyvijexvgsfeid.onion, however this is now offline. You can read my blog post about generating an Onion v3 vanity address using mkp224o here.As of writing this post, you need at least tor-0.3.2.1-alpha (eg: Tor Browser 7.5a5) in order to access the new Onion v3 hidden services.Skip to Section:Tor Onion v3 Hidden Service&#x2523&#x2501&#x2501 Hidden Service Configuration&#x2523&#x2501&#x2501 Apache Configuration&#x2523&#x2501&#x2501 Vanity Addresses&#x2517&#x2501&#x2501 ConclusionOnion v3 is the new next-generation Tor Onion Services specification. The most noticable change is the increase in address length, however Onion v3 uses better cryptography, ECC (eliptic curve cryptography) rather than RSA, and has an improved hidden service directory protocol.Since this hidden service is running on an alpha build of Tor, I am hosting it on a separate, isolated server. I'm also using a virtual machine for testing the Tor Browser alpha builds, as seen above.Hidden Service ConfigurationIn order to set up an Onion v3 hidden service, you'll have to build Tor from source.Download and verify Tor (standalone) from the Tor downloads page. Below are my verifications for Tor 0.3.2.2 Alpha and Tor Browser 7.5a5 for Linux 64 bit, but always make sure to do your own verifications too:File Name: tor-0.3.2.2-alpha.tar.gzSize: 6 MB (6,257,177 bytes)SHA256: 948f82246370eadf2d52a5d1797fa8966e5238d28de5ec69120407f22d59e774SHA1: ffd6f805fcd7282b8ed3e10343ac705519bdc8f2MD5: 18f95b54ac0ba733bd83c2a2745761a8Link: https://www.torproject.org/dist/tor-0.3.2.2-alpha.tar.gzFile Name: tor-0.3.2.2-alpha.tar.gz.ascSize: 0.8 KB (801 bytes)SHA256: f5a1bb1087814753f1ade3ba16dfaf8cb7a77475cb9b09c91a56bacf42c35d24SHA1: 6fd356bcec3d337bf458c9ad784ab148afcbeb30MD5: a20385bae042b0407737147421e3f426Link: https://www.torproject.org/dist/tor-0.3.2.2-alpha.tar.gz.asc-----BEGIN PGP SIGNATURE-----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d/lF-----END PGP SIGNATURE-----File Name: tor-browser-linux64-7.5a5_en-US.tar.xzSize: 72 MB (75,076,296 bytes)SHA256: 8cee4cc0f82463da782cf3e7817e0b72507e6b200b5cccd549fe9f7e77d1d90dSHA1: 3e041335e2fa45daeb658ac082eac722322d0a73MD5: 53a696af2bfe7103c7b83d0dd243cd5cLink: https://www.torproject.org/dist/torbrowser/7.5a5/tor-browser-linux64-7.5a5_en-US.tar.xzFile Name: tor-browser-linux64-7.5a5_en-US.tar.xz.ascSize: 0.8 KB (801 bytes)SHA256: f209d9242ca86e6cecebd30611412ffbb8ea489326b74a69244621754a87831cSHA1: 23620d7c03593b94f1303ba642da6d0738755209MD5: 5daf333a90e189a16786d08d3aaf6a19Link: https://www.torproject.org/dist/torbrowser/7.5a5/tor-browser-linux64-7.5a5_en-US.tar.xz.asc-----BEGIN PGP SIGNATURE-----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xzdk-----END PGP SIGNATURE-----Compile Tor with ./configure followed by make. On a fresh Ubuntu Server 16.04 system, you'll need to install gcc, libevent-dev, libssl-dev and make.Once compiled, create the directory and file /usr/local/etc/tor/torrc. This is the default configuration file location for Tor when built from source. Sample torrcs are available within the src/config/ directory of your compiled Tor installation.In order to set up an Onion v3 Hidden Service, add the following to your torrc:HiddenServiceDir /desired/path/to/hidden/service/configHiddenServiceVersion 3HiddenServicePort <localport> <server>The HiddenServiceDir can be any folder on your system that Tor will have write access to, although it should be a private area since the keys will be stored here.<localport> is the local port that the hidden service is "listening" on, and the <server> is the server where requests to that port will be forwarded to.For example, you would normally have:HiddenServicePort 80 127.0.0.1...which will forward requests to port 80 onto a local web server that is bound to 127.0.0.1.However, you can also directly forward requests onto another server across the internet. This is not recommended though, as by default the requests will be forwarded unencrypted, which poses a risk of de-anonymization and man-in-the-middle attacks.Important Note: Forwarding requests to a remote server has a major potential to de-anonymize you if done incorrectly. If your own anonymity is important, it's probably better to run a local web server (eg: forward requests to 127.0.0.1). Please refer to the official Tor documentation for more information.You can theoretically host anything behind a hidden service, including a file server, IRC server, email server, etc.You can now run Tor located in src/or/tor. Successful output is as follows:Oct 19 23:58:25.320 [notice] Tor 0.3.2.2-alpha (git-e2a2704f17415d8a) running on Linux with Libevent 2.0.21-stable, OpenSSL 1.0.2g, Zlib 1.2.8, Liblzma N/A, and Libzstd N/A.Oct 19 23:58:25.320 [notice] Tor can't help you if you use it wrong! Learn how to be safe at https://www.torproject.org/download/download#warningOct 19 23:58:25.320 [notice] This version is not a stable Tor release. Expect more bugs than usual.Oct 19 23:58:25.320 [notice] Read configuration file "/usr/local/etc/tor/torrc".Oct 19 23:58:25.326 [notice] Scheduler type KIST has been enabled.Oct 19 23:58:25.326 [notice] Opening Socks listener on 127.0.0.1:9050Oct 19 23:58:25.000 [notice] Bootstrapped 0%: StartingOct 19 23:58:26.000 [notice] Starting with guard context "default"Oct 19 23:58:26.000 [notice] Bootstrapped 80%: Connecting to the Tor networkOct 19 23:58:26.000 [notice] Bootstrapped 85%: Finishing handshake with first hopOct 19 23:58:27.000 [notice] Bootstrapped 90%: Establishing a Tor circuitOct 19 23:58:27.000 [notice] Tor has successfully opened a circuit. Looks like client functionality is working.Oct 19 23:58:27.000 [notice] Bootstrapped 100%: DoneIf you have errors relating to communication with directory servers, double check the permissions on your hidden service configuration directory. Both the folder and contained files should only be readable and writable by the owner (user that is running Tor):drwx------ 2 tor tor 4096 Oct 20 00:00 .drwxr-xr-x 5 tor tor 4096 Oct 19 22:29 ..-rw------- 1 tor tor 63 Oct 20 00:00 hostname-rw------- 1 tor tor 64 Oct 18 23:29 hs_ed25519_public_key-rw------- 1 tor tor 96 Oct 18 23:29 hs_ed25519_secret_keyIn order to make Tor run at boot, you could set it up as a cronjob or use any other method for starting a program at boot. Don't run Tor as root.The "hostname" file in your hidden service configuration directory contains the hostname for your new Onion v3 hidden service. The other files are your hidden service keys, so it is imperative that these are kept private. If your keys leak, other people can impersonate your hidden service, deeming it compromised, useless and dangerous to visit.Apache ConfigurationConfiguring a local web server for your hidden service is exactly the same as with Onion v2, just make sure that your web server is accessible locally on 127.0.0.1 and everything should work. If your own anonymity is important, make sure that your web server is configured correctly so that it is not going to de-anonymize you.However, in my setup I am using a remote web server as the forwarding destination for the hidden service. To clarify, my Onion v3 hidden service is running on a separate server to the main JamieWeb server, and the hidden service is forwarding requests across the internet to the main server. This involves a small risk of man-in-the-middle attack since the requests are forwarded unencrypted by default, however for this temporary test environment, it should be fine as the risk is minimal (MitM against internet backbone traffic is much more difficult than with standard user endpoints).Important Note: Please read my note above as there is potentially a major risk of de-anonymization when forwarding requests to a remote server.Since I have IP address catch-all virtual hosts set up, the request is blocked by default:403 Forbidden - Direct request to IPv4 address (139.162.222.67) blocked. Please use https://www.jamieweb.net instead.In order to get around this, you can simply create a virtual host with the ServerName value set to the Onion address. In my configuration, I have the following (irrelevant lines removed):<VirtualHost 139.162.222.67:80> ServerName jamie3vkiwibfiwucd6vxijskbhpjdyajmzeor4mc4i7yopvpo4p7cyd.onion</VirtualHost>The request will no longer be blocked, allowing the hidden service to work as normal.Vanity AddressesEdit 7th Jan 2017 @ 12:01am: I have now written an entire blog post about Onion v3 vanity address generation, which you can read here.As with my Onion v2 hidden service, I am very interested in generating a vanity address to use for my site. As of writing this, there are several tools already available for Onion v3 vanity address generation. However, as I did with the Onion v2 address, I am also looking into writing a basic script to perform the cryptography outside of Tor in order to generate addresses automatically. This isn't designed to be a highly efficient program to generate millions of addresses per second, just a basic script that is able to do it faster than a human.The script that I wrote for automatically generating Onion v2 addresses was quite inefficient, but was still able to generate ~5 addresses per second. While something like this isn't going to be able to generate a long vanity address in any reasonable timeframe, it's enough to get a few characters and understand the how the cryptography behind it is working.With Onion v2 and an efficient CPU/GPU vanity address generation program, an 8 character vanity address is realistically achievable with an average home computer running for around a month. Onion v3 addresses are still Base32, but are 56 characters rather than 16, so the search space is significantly larger. I am going to set my Raspberry Pi cluster to work generating an Onion v3 vanity address straight away!I am also interested to see what Facebook are going to do with their Onion v2 hidden service. They are one of the few organisations to have an Extended Validation (EV) SSL certificate for their hidden service, so I wonder if DigiCert will issue a new one to them when/if Facebook upgrades to Onion v3?ConclusionI will be continuing to test the Tor alpha builds with Onion v3. Once they are in a stable release, I'll move it back over to the main JamieWeb server where it can be hosted alongside the existing Onion v2 hidden service (it is possible to host multiple hidden services with a single Tor instance).Overall I really like Onion v3, it is a well-needed update to the cryptography behind Tor, and hopefully people will adopt it as soon as possible.