Dark Web Onion Links: Navigating Safely

Sections

1. What Are Dark Web Onion Links and How They Work
2. How to Access Onion Sites Safely
3. Types of Dark Web Onion Sites
4. Verified Safe Onion Links to Explore
5. Critical Safety Risks and How to Avoid Them
6. How to Verify Onion Link Legitimacy
7. Legal Considerations and Law Enforcement Capabilities
8. Dark Web Search Engines and Directories
9. Red Flags: When to Exit an Onion Site Immediately
10. Dark Web Onion Links Safety Assessment and Access Methods
11. Common Mistakes and Misconceptions
12. Key Takeaways
13. Still wondering?
14. Sources and further reading

What Are Dark Web Onion Links and How They Work

Onion links, identifiable by the .onion domain, are specific to the Tor network and serve as gateways to hidden services. Unlike regular URLs, which can be accessed via standard web browsers, .onion links require the Tor Browser for access. This necessity arises from the unique architecture of the Tor network, which employs onion routing to obscure user identity and location. Each connection within this network is encrypted and routed through multiple relays, ensuring that no single point can trace a user’s path from start to finish¹.

Tor Routing Mechanism

The Tor network operates by routing internet traffic through a series of randomly selected nodes, or relays. Each relay only knows the preceding and following nodes, meaning they cannot discern the entire route taken by the data¹. This layered approach to encryption is akin to wrapping data in multiple layers of protection, with each layer revealed only at the next node¹. As a result, the identity of users remains concealed, making it challenging for external parties to track online activities.

Surface Web, Deep Web, and Dark Web

Understanding the distinction between the surface web, deep web, and dark web is crucial. The surface web comprises approximately 5-10% of the total internet content, accessible via standard search engines. For instance, Google, Bing, and Yahoo index this portion, making it easy for users to find information. In contrast, the deep web consists of around 90-95% of internet content, which includes databases, subscription services, and private intranets that are not indexed by traditional search engines³.

The dark web, a subset of the deep web, contains less than 1% of the total internet content and is intentionally hidden to protect users' anonymity and privacy³. Examples include marketplace sites for illicit goods and forums discussing sensitive topics, which are often found on .onion domains. Accessing this segment requires specific tools like the Tor Browser, as standard browsers do not support .onion domains.

Navigating the dark web safely necessitates awareness of these distinctions and a cautious approach to engaging with its content.

How to Access Onion Sites Safely

Accessing onion sites involves several steps to ensure privacy and security. Here’s a guide to downloading and configuring the Tor Browser properly, along with the benefits of using a VPN in conjunction with Tor.

Downloading and Configuring Tor Browser

1. Download the Tor Browser: Visit the official Tor Project website to download the Tor Browser. Ensure the download is from the official source to avoid malicious software.

2. Install the Browser: Follow the installation instructions for your operating system. The process is straightforward, similar to installing any standard software.

3. Initial Configuration: Upon launching the Tor Browser for the first time, a connection window will appear. Click "Connect" to establish a connection to the Tor network.

Using a VPN with Tor

Combining a VPN with Tor can enhance anonymity. The recommended order is to connect to the VPN first before launching the Tor Browser. This ensures that your ISP cannot see that you are using Tor, providing an added layer of privacy. Using a reliable VPN service can also help obfuscate your traffic from potential surveillance.

Essential Security Settings

Adjusting the security settings in the Tor Browser is crucial for safe browsing:

• JavaScript: It is advisable to disable JavaScript as it can be a vector for attacks. To do this, click on the shield icon next to the URL bar and select "Advanced Security Settings." Set the security level to “Safest,” which disables JavaScript entirely.

• NoScript: This add-on is included in the Tor Browser to block scripts from running. Ensure it is activated. You can configure it by clicking the NoScript icon in the toolbar and selecting "Forbid all scripts."

• Security Levels: The Tor Browser offers three security levels: Standard, Safer, and Safest. Setting it to “Safer” or “Safest” will block certain features and scripts that may compromise security.

By following these steps, users can navigate onion sites more safely, reducing the risks associated with browsing the dark web. Proper configuration and a cautious approach are key to maintaining anonymity and security online.

Types of Dark Web Onion Sites

Dark web onion sites can be broadly categorised into legitimate and illegal types. Understanding these categories is essential for individuals seeking to navigate the dark web safely.

Legitimate Onion Sites

Several onion sites serve important functions without engaging in illegal activities. Examples include:

• Whistleblowing Platforms: Services like SecureDrop allow whistleblowers to submit confidential information to journalists securely. This helps in promoting transparency and accountability without exposing the whistleblower to potential repercussions.

• Privacy-Focused Services: Sites such as ProPublica's dark web version provide news and information while prioritising user privacy. These platforms are valuable for users interested in accessing content without compromising their identity.

• Censorship Circumvention: Onion sites can help users bypass government censorship. For instance, the DuckDuckGo onion service enables users to search the web anonymously, making it a useful tool in restrictive environments.

Illegal Onion Sites

On the other hand, there are numerous illegal marketplaces and forums that facilitate illicit activities. These include sites that sell drugs, weapons, or stolen data. For example, some well-known dark web marketplaces have been shut down by law enforcement agencies, highlighting the risks associated with these platforms. Engagement in illegal activities on these sites can lead to severe legal consequences, including criminal charges².

Legal Use Cases vs. Illegal Activities

While accessing the dark web itself is legal, the actions taken on it can lead to legal troubles. Passively browsing forums without intent to engage in criminal activities is generally not a violation of federal law⁴. However, using the dark web to participate in illegal transactions can result in prosecution under various statutes, including the Computer Fraud and Abuse Act⁴.

Navigating the dark web requires discernment. Identifying legitimate sites provides opportunities for privacy-conscious users, while awareness of illegal activities is crucial to avoid potential legal ramifications.

Verified Safe Onion Links to Explore

Exploring the dark web can be daunting, but several verified .onion addresses offer legitimate and safe browsing experiences. Below are some noteworthy examples:

• ProPublica: The dark web version of this non-profit news organisation provides investigative journalism while prioritising user privacy. Access it at http://propub3r6espa33w.onion.

• DuckDuckGo: This privacy-focused search engine has an onion site that allows users to search the web anonymously. The address is http://duckduckgoforall.onion, ensuring that searches remain private.

• CIA: The Central Intelligence Agency provides information on various topics through its onion site, helping users access government resources securely. Find it at http://ciaindex.onion.

• Facebook: The social media platform has an onion version allowing users to connect while maintaining anonymity. It can be accessed via http://facebookcorewwwi.onion.

• SecureDrop: This whistleblowing platform enables secure communication between journalists and sources. Its address is http://secrdrop5wyphb5x.onion, providing a safe way to share information.

• BBC: The British Broadcasting Corporation offers news through its onion service, ensuring access to information without compromising user privacy. The address is http://bbcnewsv2vjtpsuy.onion.

• The Hidden Wiki: This directory provides links to various onion sites, categorised by type. It serves as a helpful starting point for users exploring the dark web. Access it at http://wikitjerrta4qgz4.onion.

• Tor Metrics: This site provides statistical data and insights about the Tor network, allowing users to understand its usage trends. Visit http://metrics.torproject.org through the onion service.

Verifying Authenticity of Onion Addresses

To ensure safety while exploring onion sites, verify the authenticity of addresses. Check for the following:

• Official Sources: Always refer to reputable websites or forums for updated .onion links. Use known resources or directories, such as the Hidden Wiki, for guidance.

• Community Feedback: Look for user reviews or discussions on forums that focus on the dark web. Engaging with communities can provide insights into the reliability of specific sites.

• Security Features: Legitimate onion services often implement strong security measures, such as HTTPS encryption. Ensure the site displays these features when accessed.

Link Expiration and Mirror Sites

Be aware that onion links can expire or change over time. Regularly check for updates to avoid broken links or inaccessible sites. Moreover, mirror sites may arise for popular services, but these can pose risks. Ensure that any mirror site is verified through trusted sources before accessing it, as they may not always be secure.

Navigating the dark web requires caution, but these verified links and tips can enhance the experience while maintaining privacy and security.

Critical Safety Risks and How to Avoid Them

Engaging with the dark web introduces several safety risks that users must navigate carefully. Key threats include malware, phishing attempts, scams, law enforcement monitoring, and vulnerabilities associated with exit nodes.

Malware and Phishing

Malware is a prevalent threat on the dark web. Many sites may host malicious software that can infect devices upon download. For instance, clicking on deceptive links can lead to malware installation, which may compromise personal data. Phishing schemes are also common; attackers may create fake websites mimicking legitimate onion services to harvest users' credentials or personal information.

Scams and Social Engineering

Scams are rampant, often disguised as legitimate offers or services. Users may encounter fake marketplaces promising goods that never materialise or fraudulent investment schemes. Social engineering tactics, such as impersonating trusted figures or creating a sense of urgency, can manipulate users into providing sensitive information or funds. For example, a scam might involve a fake “escrow service” that convinces users to deposit cryptocurrency, only for it to vanish.

Law Enforcement Monitoring

Law enforcement agencies actively monitor dark web activities, particularly targeting illegal operations. The FBI has successfully infiltrated dark web sites, using techniques such as network investigative techniques (NIT) to identify users. Operations like the seizure of Freedom Hosting in 2013 demonstrate the risks; custom malware was deployed to identify visitors⁵. Engaging in illegal activities can lead to severe legal consequences, including criminal charges².

Exit Node Vulnerabilities

When using the Tor network, data exits through an exit node, which can potentially be monitored by malicious actors. This means that unencrypted traffic leaving the Tor network can be intercepted. Users should avoid accessing sensitive accounts or sharing personal information while on the dark web, as this can expose them to additional risks.

Best Practices for Safety

To mitigate these risks, certain actions should be strictly avoided:

• Downloading Files: Avoid downloading any files from unknown sources, as they may contain malware.

• Enabling Plugins: Do not enable browser plugins or JavaScript, as these can create vulnerabilities.

• Sharing Personal Information: Never disclose personal information on dark web forums or marketplaces.

By remaining vigilant and following these guidelines, users can navigate the dark web more safely, steering clear of common traps and enhancing their online security.

How to Verify Onion Link Legitimacy

Verifying the legitimacy of onion links is crucial for safe navigation on the dark web. Users can employ several methods to ensure the authenticity of these links.

Understanding Onion Address Structure

Onion addresses typically consist of a string of 16 characters followed by the ".onion" domain in version 2 (v2) or a string of 56 characters in version 3 (v3). The transition from v2 to v3 introduced enhanced security features, including improved encryption and the ability to support longer addresses. As of 2021, v2 addresses are being phased out, and users are encouraged to migrate to v3 for better security and privacy¹.

Methods to Verify Links

1. Official Sources: Always consult reputable sources for updated .onion links. Trusted directories like The Hidden Wiki or platforms dedicated to dark web resources can provide reliable links. Avoid random lists, as they often lead to malicious sites.

2. PGP Signatures: Some onion services may provide PGP signatures to verify their authenticity. Users can compare the signature with the public key from a trusted source to confirm the integrity of the site.

3. Community Verification: Engaging with forums and communities focused on the dark web can be beneficial. Users often share experiences and feedback regarding specific sites, helping to identify reliable resources.

Risks of Random Link Lists

Random link lists pose significant dangers. Many of these links lead to fraudulent or malicious sites designed to exploit unsuspecting users. The lack of verification means that users may inadvertently access harmful content or fall victim to scams. It is advisable to avoid such lists and rely on verified directories instead.

Trusted Directories

Several directories are considered trustworthy for finding legitimate onion links:

• Ahmia: A search engine for onion sites that filters out illegal content, providing a safer browsing experience.

• DuckDuckGo Onion: This privacy-focused search engine has an onion version that allows users to search anonymously.

• ProPublica: The dark web version of this investigative journalism platform prioritises user privacy, providing reliable news and information.

By following these methods and being aware of the risks associated with unverified links, users can navigate the dark web more safely, ensuring their anonymity and security.

Legal Considerations and Law Enforcement Capabilities

Accessing the dark web is legal in the United States, but engaging in illegal activities can lead to severe consequences. Users must distinguish between lawful browsing and criminal actions. For instance, simply visiting forums without intent to commit a crime is generally not a violation of federal law⁴. However, participating in transactions for illegal goods or services can result in charges under various statutes, including the Computer Fraud and Abuse Act⁴.

Law Enforcement Tracking Capabilities

Law enforcement agencies, particularly the FBI, actively monitor dark web activities. They target onion service administrators, moderators, and users involved in illegal operations. Notable operations, such as the seizure of Freedom Hosting in 2013, illustrate the extent of their capabilities. This service hosted over 40 child pornography websites, and the FBI deployed custom malware to identify visitors⁵.

Operation Pacifier in 2015 involved the FBI taking control of Playpen, a child exploitation site, for 13 days. During this time, they used a network investigative technique (NIT) to reveal the real IP addresses of thousands of users by exploiting a security vulnerability in Firefox⁶. These examples highlight the sophisticated tools law enforcement has developed to track illegal activities on the dark web.

Can the FBI Track Tor Users?

A common concern is whether the FBI can track users on the Tor network. The Tor network employs onion routing, distributing transactions over multiple relays to obscure user identities¹. Each relay only knows the previous and next relay, making it difficult to trace connections completely¹. However, correlation attacks are possible. If a user connects to the Tor network and simultaneously accesses a known illegal site, law enforcement can correlate the two actions to identify the user.

Operational security failures also play a role. Users who disclose personal information or use insecure connections can inadvertently expose their identities. The FBI’s success in identifying dark web users often stems from a combination of technical surveillance and user errors, rather than a complete breakdown of Tor’s security measures⁶.

Understanding the legal landscape and law enforcement capabilities is crucial for anyone considering accessing the dark web. Awareness of the risks and responsibilities can help users navigate this complex environment safely.

Dark Web Search Engines and Directories

Several search engines and directories exist specifically for accessing onion sites on the dark web. Notable examples include Ahmia, Torch, and Haystak, each with unique functionalities and limitations.

Ahmia

Ahmia functions as a search engine for onion sites, filtering out illegal content to provide a safer browsing experience. It indexes only legitimate sites, making it a reliable choice for users looking for specific information without stumbling upon illicit activities.

Torch

Torch is one of the oldest onion search engines. It offers a broader index of onion sites but lacks the filtering capabilities of Ahmia. Users may encounter links to potentially harmful or illegal content, making it essential to approach with caution.

Haystak

Haystak distinguishes itself with its extensive database of onion sites, boasting over 1.5 million indexed pages. It provides advanced search functionalities, enabling users to find specific content quickly. However, its comprehensive nature can also lead to exposure to questionable links, necessitating careful navigation.

Limitations Compared to Surface Web Search

Dark web search engines have inherent limitations compared to surface web search engines like Google. The dark web comprises less than 1% of internet content, with a significant portion being unindexed or hidden³. Consequently, search engines may not return comprehensive results, and many links may lead to expired or malicious sites. Moreover, the absence of robust verification mechanisms means users must rely on their judgement to assess the credibility of links.

The Hidden Wiki and Daniel

Directories like The Hidden Wiki and Daniel serve as valuable resources for discovering onion links. However, caution is crucial; these directories often contain outdated or malicious links. Regularly updated community forums may provide insights into the current status of links. Users should verify each link's legitimacy through reliable sources, as many may lead to harmful sites or scams.

Safety Precautions

To navigate these directories safely, consider the following guidelines:

• Verify Links: Always cross-check links against trusted sources. Avoid random lists that may lead to dangerous sites.

• Engage with Communities: Participate in forums focused on the dark web to gather insights from experienced users about which links are safe to visit.

• Be Cautious of Outdated Information: Regularly check for updates on links, as the dark web is dynamic, with sites frequently going offline.

By utilising these search engines and directories judiciously, users can enhance their dark web experience while minimising risks associated with outdated or malicious links.

Red Flags: When to Exit an Onion Site Immediately

Navigating the dark web requires vigilance. Certain warning signs indicate that an onion site may pose significant risks. Users should be aware of these red flags and exit immediately if any are encountered.

Warning Signs Checklist

1. Automatic Downloads: If a site prompts automatic downloads, it may be attempting to install malware. Users should avoid sites that initiate downloads without consent.

2. Requests for Personal Information: Legitimate services typically do not require personal data, especially sensitive information. If a site requests personal details such as names or addresses, it is prudent to exit.

3. Cryptocurrency Scams: Be cautious of sites promoting unrealistic returns on cryptocurrency investments or requesting payments in cryptocurrency for dubious services. Scams are prevalent in the dark web's financial dealings.

4. Illegal Content: Sites hosting illegal content, such as drugs or weapons, should be avoided. Engaging with such content can lead to legal repercussions.

Browser Fingerprinting Risks

Using the Tor Browser does not guarantee complete anonymity. Browser fingerprinting techniques can identify users based on their browser configuration and settings. Malicious sites may employ these techniques to track visitors. Users should consider using additional privacy tools to minimise the risk of fingerprinting.

Decision Framework for Assessing Site Safety

When assessing the safety of an onion site, consider the following framework:

1. Initial Impression: Evaluate the site's design and functionality. Poorly designed sites often indicate a lack of legitimacy.

2. Community Feedback: Check forums and discussions about the site. Community insights can provide valuable information on the site's trustworthiness.

3. Content Legitimacy: Assess the type of content available. If it appears illegal or suspicious, it is best to exit immediately.

4. Technical Indicators: Look for secure connections (HTTPS) and avoid sites without them. While this is not foolproof, it adds an additional layer of security.

By remaining alert to these warning signs and using the decision framework, users can enhance their safety while navigating the dark web.

Dark Web Onion Links Safety Assessment and Access Methods

Safety Checklist	Tor Alone	Tor + VPN	Tor + Tails
HTTPS Status: Secure	Limited tracking	Moderate tracking	Low tracking
v2 vs v3 Address	v2 may be less secure	v3 offers better security	v3 recommended
Certificate Warnings	Avoid sites with warnings	Check for valid certs	Use trusted certs
JavaScript Requirements	Disable for safety	Enabled for some sites	Disable for security
Threat Scenario: Correlation Attack	Possible if accessing illegal sites	Less likely with VPN	Highly unlikely with Tails
Threat Scenario: Malware Exposure	Higher risk on random links	Moderate risk with VPN	Low risk with Tails
Community Feedback Importance	Essential for safety	Useful but not foolproof	Highly recommended for Tails

Common Mistakes and Misconceptions

Believing Tor Browser Alone Guarantees Complete Anonymity

Many users assume that installing Tor Browser provides total protection from surveillance. In practice, Tor distributes transactions over several relays so no single point can link a user to their destination¹, but operational security failures often expose identities. During Operation Pacifier, the FBI identified thousands of users not by breaking Tor itself, but by exploiting a Firefox security vulnerability whilst running a compromised site for 13 days⁶. Users who logged into personal accounts, reused usernames, or disabled security features inadvertently revealed their real IP addresses. Maintaining anonymity requires consistent operational discipline: never mixing Tor sessions with regular browsing, avoiding personal information disclosure, and keeping the browser's security settings at their highest level.

Treating All .onion Addresses as Equally Trustworthy

A widespread misconception holds that any site with an .onion address operates legitimately within the dark web ecosystem. Reality differs sharply—the FBI's 2013 seizure of Freedom Hosting demonstrated how law enforcement can take control of major services and deploy custom malware to identify visitors across more than 40 hosted sites⁵. Scam marketplaces, phishing clones, and honeypot operations proliferate precisely because users fail to verify authenticity. Proper verification requires checking PGP signatures against known public keys, cross-referencing addresses through multiple trusted community sources, and treating any unexpected address changes as potential compromises. A single character difference in an onion address can redirect users to a malicious clone designed to harvest credentials or install malware.

Assuming Dark Web Access Is Inherently Illegal

Confusion between the deep web and dark web leads many to believe that simply accessing onion sites violates federal law. The deep web contains 90–95% of internet content including private databases and authenticated sites, whilst the dark web represents less than 1%³. Passively gathering information from online forums, even those discussing computer crime, typically does not constitute a federal offence when done without criminal intent⁴. Legal trouble arises from specific actions: purchasing illegal goods, exploiting vulnerabilities to gain unauthorised access⁴, or assuming another person's identity without permission⁴. Visiting news sites like ProPublica's onion service or privacy-focused platforms remains lawful; engaging in transactions for drugs, weapons, or stolen data triggers criminal statutes.

Relying Solely on VPNs for Dark Web Protection

Some users believe adding a VPN before connecting to Tor creates impenetrable security. This configuration introduces a single point of failure—the VPN provider—that can log connection times and potentially correlate activity if compelled by law enforcement. The Tor network already negotiates separate encryption keys for each hop along the circuit to prevent any single relay from tracing connections¹. A VPN may hide Tor usage from an internet service provider, but it does not enhance anonymity within the Tor network itself. For genuine security improvements, dedicated operating systems like Tails or Whonix offer compartmentalisation that prevents malware from persisting between sessions and isolates Tor traffic from the host system. Users facing serious threats should prioritise these purpose-built solutions over stacking commercial VPN services.

Ignoring the Difference Between v2 and v3 Onion Addresses

Older v2 onion addresses (16 characters) remain functional but use deprecated cryptography vulnerable to various attacks. The Tor Project phased out v2 support, yet users continue accessing legacy links without understanding the security implications. Version 3 addresses (56 characters) employ stronger encryption and better protection against impersonation attacks. Sites still operating on v2 infrastructure either lack active maintenance or deliberately avoid upgrading—both scenarios warrant suspicion. When encountering a v2 address, users should search for an updated v3 equivalent through trusted directories or community forums before proceeding. Bookmarking outdated addresses perpetuates exposure to known vulnerabilities that adversaries can exploit.

Expecting Dark Web Search Engines to Function Like Google

Users accustomed to surface web search often grow frustrated with dark web search engines' limited results and outdated links. The dark web's dynamic nature means sites frequently change addresses or disappear entirely, whilst search engines like Ahmia or Torch index only a fraction of available content. Unlike Google's comprehensive crawling of the surface web (approximately 0.03% of the World Wide Web⁷), dark web search tools cannot verify link validity in real time. Relying exclusively on search results without cross-referencing through community forums or trusted directories increases exposure to phishing sites and scams. Effective dark web navigation requires combining multiple discovery methods: checking recent forum discussions, verifying addresses through PGP-signed announcements, and treating search results as starting points rather than authoritative sources.

Key Takeaways

• Tor Browser provides distributed routing, not absolute anonymity: operational security failures—logging into personal accounts, reusing identifiers, or disabling security settings—expose users more often than technical vulnerabilities in the network itself.

• Verify every .onion address independently: a single character difference can redirect to a phishing clone; cross-reference addresses through PGP-signed announcements and multiple trusted community sources before entering credentials or making transactions.

• Passive access remains lawful; specific actions trigger criminal statutes: visiting news sites or privacy-focused platforms does not violate federal law, but purchasing illegal goods or exploiting systems without authorisation does.

• Prioritise v3 onion addresses over deprecated v2 links: 56-character addresses employ stronger encryption and resist impersonation attacks; sites still using 16-character v2 infrastructure warrant suspicion.

• Combine discovery methods rather than relying on search engines alone: dark web search tools index only a fraction of content and cannot verify link validity in real time.

For practical guidance on navigating the Tor network's infrastructure and understanding how routing protects connections, see Dark Web Links Tor: Navigating the Network.

Still wondering?

Can I access the dark web on onion?

Yes—onion sites form the core of the dark web and require Tor Browser to access. Tor distributes transactions over several relays so no single point can link a user to their destination¹, routing traffic through encrypted layers that standard browsers cannot interpret. Download Tor Browser from the official Tor Project site, install it, and paste .onion addresses directly into the address bar.

Can the FBI track Tor?

The FBI cannot break Tor's encryption directly but exploits operational security failures and software vulnerabilities. During Operation Pacifier, the FBI ran a compromised site for 13 days and deployed a network investigative technique that exploited a Firefox security hole to reveal real IP addresses of thousands of users⁶. In 2013, the FBI seized Freedom Hosting and infected it with custom malware designed to identify visitors⁵. Maintaining anonymity requires consistent discipline—never mixing Tor sessions with regular browsing or logging into personal accounts.

How do I open a .onion website?

Download Tor Browser from torproject.org, install it, and launch the application—standard browsers like Chrome or Firefox cannot interpret .onion addresses. Paste the full .onion URL into Tor Browser's address bar and press Enter; the browser negotiates separate encryption keys for each hop along the circuit to prevent any relay from tracing connections¹. Verify addresses through trusted community sources before visiting, as a single character difference can redirect to a phishing clone.

Is accessing the dark web illegal?

Visiting the dark web remains lawful in the United States—passively gathering information from online forums, even those discussing computer crime, typically does not constitute a federal offence when done without criminal intent⁴. Legal trouble arises from specific actions: purchasing illegal goods triggers criminal statutes², exploiting vulnerabilities or using stolen credentials implicates the Computer Fraud and Abuse Act⁴, and assuming another person's identity without permission causes legal problems⁴. Accessing news sites like ProPublica's onion service or privacy-focused platforms carries no legal risk.

Sources and further reading

• 1. Overview - How Tor works - About Tor — Tor Project
• 2. What is the dark web and how do you access it? - Norton
• 3. Understanding the dark web - European Parliament Research Service
• 4. Legal Considerations when Gathering Online Cyber Threat Intelligence - U.S. Department of Justice
• 5. Law Enforcement Using and Disclosing Technology - Congressional Research Service
• 6. Audit of the Federal Bureau of Investigation's Strategy and Efforts to Disrupt Illegal Dark Web Activities
• 7. What's the Difference Between the Deep Web and the Dark Web? - Britannica