Discover the dark web securely with our latest Tor Onion Links collection. Updated March 2024, explore The Hidden Wiki, Dark Web, and more. Easy access to anonymous online spaces. #TorLinks #DarkWeb
Your Hub for TOR Expertise : Guides, TOR links, Directory, TOR Onion Links and Deep Web Links
Tor Boosts Site Privacy (The Hidden Wiki - deep web, dark web, onion links)
| Site | TOR URLs | Description |
|---|---|---|
| The Hidden Wiki | zqktlwiuavvvqqt4ybvgvi7tyo4hjl5xgfuvpdf6otjiycgwqbym2qad.onion | Your starting point to dark web links |
| Onion Links | jaz45aabn5vkemy4jkg4mi4syheisqn2wn2n4fsuitpccdackjwxplad.onion | An updated collection of deep web links |
| Duck Duck Go | duckduckgogg42xjoc72x3sjasowoarfbgcmvfimaftt6twagswzczad.onion/ | The default web browser for Tor and onion links |
| Ahmia.fi | juhanurmihxlp77nkq76byazcldy2hlmovfu2epvl5ankdibsot4csyd.onion/ | One of the most popular browser's for onion url's |
Service Providers - Privacy Chat, Email, File Upload ETC. (Tor Hidden Service)
| Site | Dark Web Links |
|---|---|
| Kaizushi's Little Onion Server | kaizushih5iec2mxohpvbt5uaapqdnbluaasa2cmsrrjtwrbx46cnaid.onion |
| Nice VPS | nicevpsb7u3vqpo5zhyahmvfi5tihon4gnh676ucmzpcyxwodeztr4yd.onion |
| Impreza Hosting | imprezareshna326gqgmbdzwmnad2wnjmeowh45bs2buxarh5qummjad.onion |
| Onion Land | dwebkjkovsjobzrb45dz6prnlifnapiyp2dba33vcmcsaikr2re4d5qd.onion |
| Freedom Hosting Reloaded | fhostingineiwjg6cppciac2bemu42nwsupvvisihnczinok362qfrqd.onion |
| SporeStack | spore64i5sofqlfz5gq2ju4msgzojjwifls7rok2cti624zyq3fcelad.onion |
| LandChad.net | hp3fgghdt2qwnltz5iotm35gsgtcdc5ytaegmqg72aedqultms6bzlad.onion |
| FlokiNET | vf7vsrexwb7e4j65idp4hq4eqlvjiwrnvi3jnb4st7oteer5tzgvhaqd.onion |
| Privex Hosting | privex3guvvasyer6pxz2fqcgy56auvw5egkir6ykwpptferdcb5toad.onion |
| UDN hosting (UKraine) | ax3zoslh2ujdq3joyibdn657mhjfxjm637vxiix7iilxnfbsabces4qd.onion |
| IncogNet hosting (USA&Netherlands) | incoghostm2dytlqdiaj3lmtn7x2l5gb76jhabb6ywbqhjfzcoqq6aad.onion |
| PrivateAlps (Switzerland) | 4wfsdhkbrdt6jwlozcmw2lzthoghgdrt3pty2vfre2ysdguvpazwfjad.onion |
| Site | Popular Tor URLs |
|---|---|
| Tor status | t3qi4hdmvqo752lhyglhyb5ysoutggsdocmkxhuojfn62ntpcyydwmqd.onion |
| No Tone | lgmtjgfpqk6hpik7yygkhavqivn6wsmfa7s7vszmcxwqkpwodinbhnad.onion |
| Comic Book Library | nv3x2jozywh63fkohn5mwp2d73vasusjixn3im3ueof52fmbjsigw6ad.onion |
| Imperial Library | kx5thpx2olielkihfyo4jgjqfb7zx7wxr3sd4xzt26ochei4m6f7tayd.onion |
| Bible4u | bible4u2lvhacg4b3to2e2veqpwmrc2c3tjf2wuuqiz332vlwmr4xbad.onion |
| KeyBase | keybase5wmilwokqirssclfnsqrjdsi7jdir5wy7y7iu3tanwmtp6oid.onion |
| RadioCBS | cbsrdi4vw4orqehzp2f4a4z36pmqbr2jsbf3piofifncqdnbx6movryd.onion |
| Apocalypse Prepping | prepiitrg6np4tggcag4dk4juqvppsqitsvnwuobouwkwl2drlsex5qd.onion |
| TGx TorrentGalaxy | galaxy3yrfbwlwo72q3v2wlyjinqr2vejgpkxb22ll5pcpuaxlnqjiid.onion |
| The Pirate Bay | pirate6bonck35tq7yvbzy3q6z2ubwb2bcveb2ofaoffrcvuscenqcad.onion |
| DefCon Media Server | m6rqq6kocsyugo2laitup5nn32bwm3lh677chuodjfmggczoafzwfcad.onion |
| Site | Archives TOR Links |
|---|---|
| Secret Story | tssa3yo5xfkcn4razcnmdhw5uxshx6zwzngwizpyf7phvea3gccrqbad.onion |
| Archive.today | archiveiya74codqgiixo33q62qlrqtkgmcitqx5u2oeqnmn5bpcbiyd.onion |
| Site | Tor Leaks Links |
|---|---|
| Distributed Denial of Secrets | ddosxlvzzow7scc7egy75gpke54hgbg2frahxzaw6qq5osnzm7wistid.onion |
| RelateList | relateoak2hkvdty6ldp7x67hys7pzaeax3hwhidbqkjzva3223jpxqd.onion |
To access the darknet, acquire the Tor Browser—a customized version of Firefox designed to enable entry into the dark web while ensuring enhanced security measures.
Obtain Tor Browser for various operating systems, including Windows, Linux, Mac OS, and Android, through the following link:
https://www.torproject.org/download/
On iOS, it is advisable to use the Onion Browser as the preferred web browser:
Alternatively, you may opt for the Brave Browser, which is compatible with Tor and Onion protocols.
It offers user-friendly functionality and is accessible on both desktop and mobile devices.
Accessing the dark web itself is not illegal, as it is simply a part of the internet that is intentionally hidden and requires specific software, such as Tor, to access. Tor is a privacy-focused browser that allows users to access websites with ".onion" domain extensions, which are associated with the dark web.
However, it's important to note that illegal activities often take place on the dark web, such as the buying and selling of illegal drugs, weapons, stolen data, and other illicit goods and services. Engaging in or facilitating illegal activities on the dark web is against the law and can result in serious legal consequences.
While accessing the dark web for legitimate and legal purposes, such as ensuring online privacy or accessing information in countries with restricted internet access, is generally legal, it's crucial to be aware of and abide by the laws of your jurisdiction. Always use caution and adhere to ethical guidelines when exploring the dark web to avoid any legal complications.
The darknet is a part of the internet that is intentionally hidden and can only be accessed through specific software, configurations, or authorization. It operates on overlay networks like Tor, providing users with a high level of anonymity. While it's not inherently illegal, the darknet is known for hosting both legal activities, such as privacy-focused communication, and illegal activities, including online marketplaces for drugs, hacking services, and other illicit goods and services. Cryptocurrencies like Bitcoin are often used for transactions on the darknet to maintain anonymity.
The Web consists of three large areas:
- surface web (often called clearnet, cleannet) — publicly accessible resources, e.g. search engines, news, social media that can be indexed by search engines
- deep web — resources not indexed by search engines, because they are protected by password or stored behind public services, e.g. companies internal platforms, medical records, research papers, legal documents
- dark web — resources that can be accessed only with specific software, they are not accessible from standard web browser, e.g. whistleblowers secure drops, secret communication channels for activist, journalists, human rights activists but also many illegal marketplaces and shops
Tor, which stands for "The Onion Router," is a privacy-focused network that enables anonymous communication over the Internet. It aims to enhance privacy and security by routing a user's internet traffic through a series of volunteer-operated servers, called nodes, to conceal the user's identity and location.
The name "Onion Router" comes from the layered encryption of data as it passes through different nodes in the network. Each node in the Tor network only knows the IP address of the previous and next nodes in the chain, providing a level of anonymity for users.
Tor is often used by individuals who want to protect their online privacy, journalists, activists, and those living in countries with restrictive internet censorship. It allows users to access websites anonymously and can be a valuable tool for maintaining privacy in online communications. However, it's important to note that while Tor provides anonymity, it doesn't guarantee complete security, and users should still take precautions to protect their information.
Tor operates using onion routing, encrypting data in layers and passing it through volunteer-operated servers called nodes or relays. These relays decrypt one layer at a time, ensuring anonymity. The network selects a randomized path for each connection, enhancing privacy. Exit nodes connect to the regular internet, hiding the user's IP address. Tor also supports hidden services (.onion websites) for added anonymity. Despite its privacy benefits, users should practice additional security measures and stay informed about potential vulnerabilities.
The Tor network, short for The Onion Router, is designed to provide anonymous communication over the Internet. It achieves this by using a series of layers to encrypt and route data through a network of volunteer-operated servers called nodes. Each layer of encryption is like peeling back an onion, hence the name "Onion Router." Here's an overview of how Tor's network of layers works:
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Entry Node (Guard Node) — When a user connects to the Tor network, their connection first goes through an entry node. This is the first layer of encryption. The entry node knows the user's IP address but doesn't know the final destination of the data.
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Middle Nodes — From the entry node, the data passes through several middle nodes. At each node, a layer of encryption is peeled off, revealing the next node in the circuit. Each middle node only knows the previous and next nodes in the circuit, adding an additional layer of anonymity.
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Exit Node — The data finally exits the Tor network through an exit node. The exit node is the last point of decryption in the circuit and connects to the destination server on behalf of the user. The exit node knows the destination of the data but doesn't know the original source.
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Encrypted Layers — Each layer of the data packet is encrypted separately, and only the corresponding node in the circuit can decrypt its layer. This layered encryption ensures that no single node in the Tor network has access to both the source and destination information.
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Randomized Routing — The selection of nodes for a given circuit is randomized, making it difficult for adversaries to predict and control the path of data through the network. This randomized routing enhances security and anonymity.
By using this multi-layered approach, Tor aims to provide a high level of privacy and security for users seeking to protect their online activities. It's important to note that while Tor enhances anonymity, it does not guarantee complete anonymity, and users should still be mindful of best practices for online privacy and security.
What do hidden services refer to?
Hidden services typically refer to services or websites that operate on the Tor network, which is designed to provide anonymous and private communication over the internet. The Tor network, also known as "The Onion Router," routes internet traffic through a series of volunteer-operated servers to conceal a user's location and usage from network surveillance or traffic analysis.
A hidden service in the context of the Tor network is a website or online service that can only be accessed through the Tor browser. These services have ".onion" domain names and are designed to provide a higher level of anonymity for both the service provider and the users accessing the service.
The term "hidden" in hidden services refers to the fact that the physical location of the server hosting the service is concealed, and the communication between the user and the service is encrypted and anonymized through the Tor network.
While hidden services can be used for legitimate and privacy-focused purposes, they have also been associated with illicit activities due to the increased anonymity they provide. It's important to note that not all hidden services are engaged in illegal activities, and many exist to protect the privacy and security of users in regions with restricted internet access or for those who prioritize online anonymity.
What is the process of discovering hidden services?
Discovering hidden services on the dark web typically involves using the Tor Browser, exploring dark web directories, checking forums and communities, using specialized search engines, relying on word of mouth, and possibly employing advanced techniques like web crawling. Caution should be exercised due to potential illegal and malicious content, and adherence to legal and ethical standards is crucial.
There are many tor link lists, wikis and catalogues where you can find addresses to .onion sites. There are also many link lists in clearnet but majority of them is not updated and most links do not work. It’s standard that hidden services work for small amount of time and dissappear forever.
This github page is maintained by voluteers, that makes this page get updated more often - to provide better access to information.
There are some darknet search engines mostly created by amateurs and they are very limited due to hidden services nature.
Before accessing any darknet site, make sure that it’s legal in your country to browse content that they contain.
Tor, which stands for "The Onion Router," was initially developed with the support of the U.S. Naval Research Laboratory by Roger Dingledine, Nick Mathewson, and Paul Syverson in the late 1990s. The project aimed to provide a secure and anonymous way for individuals to communicate online, protecting privacy and enabling freedom of expression.
The Tor network, originally developed by the U.S. Navy, was later refined and enhanced by a group of developers. The key figures behind the creation and early development of Tor include Roger Dingledine, Nick Mathewson, and Paul Syverson. They released the first version of Tor in 2002, and since then, the project has been maintained and further developed by a diverse group of contributors worldwide.
Roger Dingledine played a crucial role as the project leader and has been actively involved in advocating for online privacy rights. Nick Mathewson contributed to the development of the core Tor technology, and Paul Syverson contributed to the initial research that laid the foundation for the project.
The Tor network operates by routing internet traffic through a series of volunteer-operated servers, encrypting the data at each step. This multi-layered encryption is why it's referred to as an "onion" router. As the traffic passes through these nodes, it becomes increasingly difficult to trace back to the original source, enhancing user anonymity.
Over the years, the Tor Project has evolved into a non-profit organization, the Tor Project, Inc., which is dedicated to maintaining the software and advocating for online privacy. The Tor network has gained widespread use and recognition for providing a valuable tool for individuals seeking to browse the internet anonymously, bypass censorship, and protect their online activities from surveillance. The development and maintenance of Tor continue to involve a global community of volunteers and contributors.
Additionally, biographies, interviews, and articles about Roger Dingledine, Nick Mathewson, and Paul Syverson can provide more insight into their contributions to the development of Tor. Academic papers, conference proceedings, and news articles from reputable sources can also be valuable resources for a deeper understanding of the history and evolution of Tor. Always ensure that the sources you consult are reliable and up-to-date.