Verified URLs
Onion Link Directory
Access the darknet marketplace through multiple verified addresses. Each URL connects to the same platform with 2-of-3 multi-sig escrow protection.
Primary
Main Access URL
Recommended primary address for marketplace access
Primary Onion Address
torzonz4wmukuvm6nh4rtgkk76t3lcubr7rm3yvqjqvvvomaw3hmjuid.onion
Backup URLs
Alternative Access Addresses
Use these backup addresses if the primary URL is unavailable
| Address | Status | Action |
|---|---|---|
torzonz4wmukuvm6nh4rtgkk76t3lcubr7rm3yvqjqvvvomaw3hmjuid.onion |
Active | |
torzonuvvhkp3uvsi75d36fxbgqxz2pqce3rb4um4ok4jcruc6l4dmid.onion |
Active | |
torzon3z75ffzuqyjqy7fplabcoxhdtjtbf35zqnseyos75cqu72prqd.onion |
Active | |
torzonwmqu4e447trlp2fxfrbisoa3qglqlfxx4ivvyplh2dj2cuyuad.onion |
Active | |
xftkojwhfz4f3s35wuimjjxx7bkhb3ggjwxvtkj35kz3k4ejnfsg42id.onion |
Active |
Information
Why Multiple Addresses Exist
Understanding the purpose of backup URLs
Redundant Access
Multiple onion addresses provide redundancy for users. If one address experiences technical issues, others remain available. This distributed approach ensures continuous access even during server maintenance or network problems.
Each address routes to the same platform infrastructure. Your account, settings, and history appear identically regardless of which URL you use to connect. The addresses function as alternative entry points rather than separate services.
DDoS Protection
Distributed Denial of Service attacks target specific addresses to overwhelm them with traffic. Having multiple entry points makes such attacks less effective. If attackers target one address, users simply switch to another.
This defense strategy has become standard practice for darknet services. Torzon maintains numerous addresses to ensure availability even under sustained attack. Users benefit from greater reliability as a result.
Load Distribution
Traffic distribution across multiple addresses prevents any single server from becoming overloaded. During peak usage periods, different addresses may route through different infrastructure. This spreads the load and maintains performance.
Some users find certain addresses faster than others depending on their Tor circuit. Trying different URLs when experiencing slow connections often improves performance. The underlying cause relates to how Tor routes traffic through its relay network.
Censorship Resistance
Multiple addresses make censorship more difficult. If one address becomes blocked or taken down, others continue functioning. This redundancy protects both the service and its users from various forms of interference.
The decentralized nature of Tor combined with multiple entry points creates strong resilience. Complete suppression would require simultaneous action against all addresses, which presents significant practical challenges.
Security
How to Verify Addresses
Protect yourself from phishing with proper verification
Step 1: Use Multiple Sources
Never trust a single source for onion addresses. Compare against multiple trusted verification sites. Resources like dark.fail provide PGP-signed URLs that you can verify cryptographically. Cross-reference any address you find against at least two independent sources before using it.
Step 2: Check Every Character
Phishing addresses often differ by only one or two characters from authentic ones. Attackers use similar-looking characters or slight modifications that are easy to miss at a glance. Take time to verify the complete address character by character. Copy-pasting rather than typing reduces the risk of errors.
Step 3: Verify PGP Signatures
Some services publish PGP-signed address lists. Obtain the official public key from multiple independent sources. Use PGP software to verify signatures on address announcements. A valid signature confirms the addresses came from whoever controls the signing key. Invalid signatures indicate either tampering or an untrustworthy source.
Step 4: Bookmark Verified Addresses
After confirming an address works correctly, save it in your Tor Browser bookmarks. This eliminates the need to search for and verify addresses each time you want to access the service. Regularly check that your bookmarked addresses remain current, as services occasionally rotate their URLs.
Step 5: Watch for Warning Signs
Phishing sites may display unusual captchas, request unexpected information, or show subtle visual differences from the legitimate site. If anything seems wrong, stop immediately and verify you are on the correct address. Trust your instincts when something feels off. Better to spend extra time verifying than to compromise your credentials.
Help
Connection Troubleshooting
Solutions for common access problems
Page Won't Load
First confirm Tor Browser is connected to the network. Check for the onion icon in the toolbar. If disconnected, restart the browser and wait for connection to establish.
If Tor is connected, try a different address from the list above. The specific URL you tried may be experiencing temporary issues while others work normally.
Tor network congestion can also cause loading failures. Wait a few minutes and try again. Using the New Circuit option forces a fresh connection route that may perform better.
Slow Loading
Tor inherently adds latency due to its multi-hop routing. Some slowness is normal and expected. Pages may take ten to thirty seconds to load under typical conditions.
If loading seems unusually slow, request a new circuit through Tor Browser. Different circuits route through different relays and may offer better performance.
Try different addresses as well. Some may route through faster infrastructure depending on current network conditions. Bookmarking a few alternatives lets you quickly switch when needed.
Connection Refused
Connection refused errors typically indicate the service is temporarily offline or the address has changed. Try all available backup URLs before concluding the service is down.
Check verification sites like dark.fail for current status information. These resources often report outages and provide updated addresses when changes occur.
If all addresses fail, the service may be undergoing maintenance. Torzon maintains 98%+ uptime, so extended outages rarely occur on this platform.
Certificate Errors
Onion services do not use traditional HTTPS certificates. If you see certificate warnings when accessing a .onion address, something may be wrong.
Legitimate onion addresses provide encryption through Tor itself. Certificate prompts could indicate you are accessing a clearnet proxy or phishing site rather than the authentic onion service.
Verify you are using Tor Browser and accessing a .onion address directly. Do not continue if certificate warnings appear as this suggests the connection is compromised.
Recommendations
Best Practices for Access
Following these guidelines improves your security
- Always download Tor Browser from torproject.org. Unofficial versions may contain malware or surveillance capabilities. Verify the download signature when possible.
- Verify addresses before entering credentials. Take time to confirm you are on the authentic site. Phishing remains the most common attack against darknet users.
- Bookmark multiple verified addresses. Having backups ready prevents scrambling to find working URLs when your primary choice is unavailable.
- Keep Tor Browser updated. Updates include security patches that protect against known vulnerabilities. Enable automatic updates or check regularly for new versions.
- Consider using Tails OS for enhanced security. Tails provides additional protection by routing all traffic through Tor and leaving no traces on the computer.
- Never access through clearnet proxies. Sites offering to proxy onion addresses through regular browsers can see all your traffic. Use Tor Browser directly.
Education
Understanding Onion Services
How hidden services work on the Tor network
The Tor Network Architecture
The Tor network consists of thousands of volunteer-operated relays distributed globally. When you connect through Tor Browser, your traffic passes through at least three of these relays before reaching its destination. Each relay only knows the previous and next hop in the chain, preventing any single point from knowing both origin and destination.
Onion services take this concept further by hiding the server's location as well as the user's. Both parties connect through the Tor network without either knowing the other's actual IP address. This mutual anonymity protects service operators from tracking while simultaneously protecting users.
How .onion Addresses Work
Version 3 onion addresses contain 56 characters encoding the service's public key. This cryptographic approach means the address itself verifies you've reached the correct service. Connecting to an onion address establishes an encrypted channel using that public key, preventing man-in-the-middle attacks.
The randomness of onion addresses makes them impossible to guess. You cannot stumble upon a hidden service by trying random strings. Services must be discovered through directories, forums, or direct sharing. This obscurity adds a layer of protection beyond encryption.
Why Services Use Multiple Addresses
Operating multiple onion addresses provides several advantages for service reliability. Different addresses can route through different server infrastructure, spreading load and providing redundancy. If one address becomes unavailable due to technical issues or attacks, others continue functioning normally.
From a user perspective, having multiple addresses ensures consistent access. Network conditions affect different routes differently. An address that loads slowly at one moment might work perfectly at another. Keeping several bookmarked allows quickly switching when issues arise.
The Importance of Verification
Phishing attacks specifically target users seeking hidden services. Attackers create lookalike addresses that differ by just one or two characters from authentic ones. These fake services capture login credentials when users attempt to sign in. The stolen information then enables account takeover on the real service.
Verification protects against these attacks. Comparing addresses character by character catches subtle differences. Using multiple trusted sources for address confirmation reduces the risk of encountering coordinated misinformation. PGP-signed address lists provide cryptographic proof of authenticity when available.
Building good habits around verification takes minimal time but provides substantial protection. The few seconds spent confirming an address before entering credentials can prevent significant losses. Make verification automatic rather than treating it as optional.
Technical
Technical Security Details
Understanding the security architecture
End-to-End Encryption
Connections to onion services use end-to-end encryption by default. The encryption keys are derived from the onion address itself, which encodes the service's public key. This means connecting to the correct address guarantees connecting to the intended server.
No certificate authorities are involved in onion service connections. The cryptographic verification happens automatically through the address. This eliminates entire categories of attack that plague the traditional certificate system.
Network Anonymity
Tor's layered encryption prevents intermediate nodes from reading traffic content. Each relay only decrypts enough to learn the next destination. The entry node knows your IP but not your destination. The exit node knows the destination but not your IP.
For onion services, there is no exit node. Traffic stays entirely within the Tor network. This provides stronger anonymity than browsing regular websites through Tor, as no traffic ever leaves the encrypted network.
Understanding these technical foundations helps users appreciate the security properties they depend on. The combination of layered encryption and decentralized routing creates strong anonymity guarantees that protect both privacy and security.