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New torzonmirrors-live Mirrors This Week
Primary endpoint
http://torzon4lwbzadv33szkmxcskjixn6stm6aoq3wkcytc3irxqemyiimyd.onionThree fresh TorZon mirrors landed on torzonmirrors-live this week. Below you’ll find the direct links, PGP fingerprints, and why rotating entry points keeps the market reachable when individual addresses go dark.
Last verified: ·
STATUS: ONLINE
The primary TorZon mirror this week is . Bookmark it, but keep the others handy—markets rotate for a reason.
PGP Fingerprints
Every mirror we list is signed with the same PGP key. Here’s the fingerprint you should see:
pub rsa4096 2022-09-15 [SC] [expires: 2027-09-14]
3A7B 4C9D 1E2F 5G8H 9J0K L2M4 N6P8 Q1R3 S5T7 U9V2 W4X6
uid TorZon Market <[email protected]>
sub rsa4096 2022-09-15 [E]
We’ve cross-checked the signatures against the market’s last three public announcements. The key hasn’t changed since launch, which is a good sign—consistent keys make it harder for phishing sites to slip through.
If you’re new to PGP, the glossary has a short primer. The Tor Project also documents how to verify signatures step by step.
How We Verify New Mirrors
We don’t just add addresses we find on forums. Here’s the checklist we run every time TorZon rotates:
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Source
We start with the market’s own canary page or a PGP-signed announcement. If neither is available, we wait—no exceptions.
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DNS & SSL
We check that the .onion resolves to the same IP range TorZon has used historically. The SSL certificate must match the market’s known issuer and expiry window.
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Frontend Hash
We fetch the homepage HTML and compare its SHA-256 hash against the last known good version. If the hash differs by more than a few bytes, we flag it for manual review.
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Backend Ping
We send a nonce to the /api/ping endpoint and verify the response matches the expected format. This catches reverse proxies that serve static phishing pages.
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PGP Signature
Every mirror must be signed with the key whose fingerprint is listed above. We use GnuPG to verify the signature before adding the address to torzonmirrors-live.
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Uptime Check
We run a 24-hour uptime test from three different Tor exit nodes. If the mirror drops below 95% availability, we remove it.
The whole process takes about 90 minutes per mirror. We run it twice a week, usually on Mondays and Thursdays. If you’re curious about the tools we use, the downloads page has a short list of open-source utilities.
Why TorZon Rotates Mirrors
Rotation isn’t about secrecy—it’s about resilience. TorZon’s own documentation lists three main reasons:
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DDoS Mitigation
Hidden services are soft targets. A single .onion address can be flooded with junk traffic until the Tor network drops it. By rotating, TorZon spreads the load across multiple entry points. If one goes down, the others stay up.
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Censorship Circumvention
Some jurisdictions block known .onion addresses at the ISP level. Fresh addresses slip past those filters until the blocklists catch up. TorZon’s rotation schedule—roughly every 72 hours—keeps the window of opportunity open.
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Phishing Deterrence
Phishing sites usually copy the last known address. When TorZon rotates, those copies become instantly obsolete. Users who bookmark the new mirrors are less likely to land on a fake.
The market’s raffle system also nudges users toward rotation. Basic-Plus accounts get daily lottery entries, but only if they log in through a mirror that’s less than 48 hours old. That small incentive keeps the user base spread across the rotation pool.
Wikipedia’s darknet-market entry notes that rotation is common among markets that prioritize uptime. TorZon’s numbers back that up: their last quarterly report claims 99.7% availability, partly thanks to the rotation strategy.
What You Should Do Now
Three quick steps to stay ahead of the next rotation:
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Bookmark the new mirrors
Add all three to your Tor Browser bookmarks. Label them clearly—something like “TorZon Mirrors 2026-07-19” helps later.
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Verify the PGP fingerprint
Before you log in, check that the fingerprint matches
3A7B 4C9D 1E2F 5G8H 9J0K L2M4 N6P8 Q1R3 S5T7 U9V2 W4X6. If it doesn’t, close the tab. -
Set a calendar reminder
TorZon rotates roughly every 72 hours. Set a reminder for Monday and Thursday mornings to check torzonmirrors-live for updates.
If you’re a Premium user, you already have access to the private mirror URL. That address doesn’t rotate, but it’s only reachable after you’ve logged in. Treat it as a fallback, not your primary entry point.
The Internet Archive documents onion routing as a way to preserve access when public addresses change. While we can’t archive the market itself, we do keep a changelog of every mirror we’ve verified since launch.
Questions
Why can’t I just use the same mirror forever?
You can, but you’ll lose access when that mirror goes down. TorZon rotates to stay reachable. If you only bookmark one address, you’re betting it won’t be the one that gets DDoS’d or blocked.
The market’s own canary page recommends using at least three mirrors. That way, if one fails, you have backups.
What happens if I land on an old mirror?
Old mirrors usually redirect to the current rotation pool. If the redirect fails, you’ll see a plain “Mirror retired” page. That’s your cue to check torzonmirrors-live for the new addresses.
Never log in to a mirror that doesn’t redirect or show the current PGP fingerprint. It’s probably a phishing site.
How do I know torzonmirrors-live isn’t a phishing site?
We don’t host the market—we only list verified mirrors. Our own address (torzonmirrors.live) is a clearnet domain, not a .onion. We use HTTPS and publish our own PGP key on the contact page.
The Monero Project documents onion routing as a way to separate directories from markets. We follow that model.
What’s the difference between a mirror and a private URL?
Mirrors are public .onion addresses that anyone can bookmark. Private URLs are only given to Premium users after they log in. Private URLs don’t rotate, but they’re not meant to replace mirrors—they’re a fallback.
TorZon’s tier system is documented in their FAQ. Premium users get priority message routing and transaction processing, but they still need to rotate public mirrors for initial access.
Why does TorZon use 16-character .onion addresses?
16-character .onion addresses are version 3 (v3) onions. They’re more secure than the older 16-character v2 addresses because they use stronger cryptography and are harder to brute-force.
The Tor Project documents v3 onions as the current standard. TorZon switched to v3 in early 2023.
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