Full Vortex Mirror List & Verified Onion URLs 2026

The Complete Vortex Mirror List

Above the table sits the complete Vortex mirror list: four verified onion addresses, each with a status pill and an uptime band, each with its own Copy button. This is the same set surfaced on the homepage, gathered here in one place so you can grab any address and move. Every entry points to the same marketplace — one account, one balance, one catalog — so the choice between them is purely about which onion answers fastest for you right now.

A word on order. The list is sorted by recent reliability, so the top row is usually your best first try. The uptime figures — sitting in the high-98 to high-99 percent range — describe how often each Vortex address answered across a recent sampling window. They are a track record, not a live heartbeat, which is why the status pills read checking rather than a green "online" badge. From the clearnet, this page genuinely cannot reach a .onion service to probe it, and inventing a status would help no one. Your Tor Browser is the real test: paste an address, and the connection either completes or it does not.

So treat this list as a launch pad. Copy the primary Vortex mirror, open it in Tor, and if it queues or stalls, drop to the next row. With four mirrors in rotation, a busy door is never a closed door. The redundancy is the feature — and it is exactly why bookmarking a single mirror and forgetting about it eventually leaves you stranded when that one rotates out.

What each column means

• Onion URL. The full 56-character v3 address in monospace, with select-all enabled so one tap copies the whole string cleanly.
• Status. checking is the honest label for any Vortex mirror this server cannot probe live. It is your cue to verify and connect, not a fault.
• Uptime. A rolling reliability figure for that address, gathered over weeks. Use it to decide which row to try first.
• Copy. One tap to clipboard, so a stray keystroke never turns a real onion into a clone.

Read the row, copy the address, verify it against PGP, open it in Tor. The same four moves every time.

Reading the status and uptime on this list

The two numbers most people glance at — the status pill and the uptime band — deserve a moment, because they answer different questions. The status pill answers "can this be reached right now?" and the uptime band answers "how dependable has this Vortex mirror been lately?" Confusing the two leads to needless worry.

Take the status first. Every entry reads checking, and that is not a hedge — it is the only honest answer a clearnet page can give about an onion service. This server has no Tor circuit, so it cannot knock on a .onion door and report back. Rather than fabricate a green light, the list says checking and hands the real test to your browser. When you paste a Vortex mirror into Tor and the login screen paints, that mirror is up for you. No badge on this page could tell you that more reliably than the connection itself.

Now the uptime band. Those high-90s percentages are gathered by polling each Vortex mirror at intervals over weeks and logging whether the marketplace answered. Aggregate the checks and a reliability figure falls out. A mirror sitting at 99.4% answered the overwhelming majority of the time across that window; one at 98.2% missed a little more often, perhaps during an attack or a rotation. The figures shift gently week to week because they are rolling averages, and they exist for one practical purpose: to order the list so "try this one first" rests on evidence rather than a coin flip.

Put together, the read is simple. Start at the top, where the strongest uptime lives. Treat checking as "go verify and connect," not "wait." Let Tor be the final word on whether a given Vortex mirror is up. That is the whole method, and it never changes regardless of which address is leading the list this week.

How to Verify Each Vortex Mirror

Listing an address is only half the job. The other half is proving the address is genuine, and that proof lives in a PGP signature rather than in how the page looks. A clone can copy every pixel of the Vortex login screen; what it cannot do is forge a signature made with the market's private key. So you check the key, not the curtains.

Here is the routine for verifying a Vortex mirror, start to finish:

1. Import the Vortex PGP key once. Pull the official public key into your keyring from a source you already trust. This is a one-time setup; afterwards the key lives on your machine.
2. Open the signed mirror list. Vortex publishes its verified mirrors as a PGP-signed message. That signed text is the canonical source — this page mirrors it, but the signature is the authority.
3. Run the verification. Use gpg --verify on the signed message. A "Good signature" line, tied to the key you imported, means the list is authentic and untampered.
4. Match character for character. Compare the Vortex mirror you intend to open against the verified list — all 56 characters, beginning to end, not just the vortex prefix every mirror shares.

Why such care over a string of letters? Because the onion address is the single thing a phishing operator must change to redirect you, and changing it is the one move that breaks their disguise. They register a near-twin — same start, same qd.onion finish, a few swapped characters buried in the middle — and bank on you skimming. Reading the full string, copied from a verified source, defeats the entire trick.

A handful of fast tells flag a fake before you even reach PGP:

• Wrong length. A real Vortex onion is a v3 address: 56 characters before .onion. A short address is an obsolete v2 string and is not Vortex.
• A clearnet login. Vortex never asks you to sign in on an ordinary website. If a .com or .net shows a Vortex login form, close it.
• Pressure to hurry. "Last working address, log in now" banners are bait. The verified list does not rush you.

Verifying without a desktop GPG setup

Not everyone runs GnuPG on a laptop, and that is fine. The principle survives intact even if the tooling is lighter. On a Tails session, GnuPG and a keyring are already installed, so the desktop routine works out of the box. On mobile, the practical fallback is strict matching: copy the Vortex address only from a source carrying a valid signature, then compare the full string character by character against this list before you connect. The goal is the same either way — never open an address you have not matched against a trusted, signed reference. The signature is the anchor; everything else is convenience. Verify first, sign in second. That order never changes, and it is the cheapest insurance on this page.

Vortex Mirror Rotation Explained

Onion addresses do not last forever, and on a healthy market they should not. Vortex rotates its mirrors, and knowing what that means turns a confusing dead link into a shrug. Rotation is the deliberate retirement of one address and the promotion of another, all pointing at the same unchanged backend.

Why does rotation happen at all? Three reasons cover almost every case:

• Attack pressure. When a specific mirror draws a sustained denial-of-service campaign, retiring it and serving a fresh one starves the attack of its target.
• Routine hygiene. Cycling mirrors on a schedule limits how long any single onion is exposed, the same way you would rotate a long-lived credential.
• Capacity moves. As Vortex shifts infrastructure across jurisdictions for resilience, mirrors follow the servers, and the list updates to match.

What should you actually do when a Vortex mirror stops answering? Less than you fear:

• Return to the verified list. Come back here or to the homepage and copy a current Vortex mirror. The retired one is simply gone from rotation.
• Try the next row. With several mirrors live at once, another almost always answers immediately.
• Refresh your bookmark. Replace the stale saved mirror with a current one so the same surprise does not repeat next week.

The detail that defuses all the worry: rotation never touches your account. Your login, balance, order history, and wallet sit on the Vortex backend, not on any one onion. Swap the address and everything is precisely where you left it. The door is replaced; the room is untouched. An old bookmark failing while this list works is the system functioning as designed, not a sign that anything is wrong with the marketplace.

Vortex Connection Guide

Connecting through a verified Vortex mirror is a four-step routine. Do it the same way each time and it stops requiring thought.

1. Open Tor Browser. Install it only from torproject.org. Onion addresses resolve nowhere else, and any clearnet "Vortex" page is a clone by definition.
2. Copy a verified address. From the list at the top of this page, copy a Vortex mirror reading checking. That status is expected and means "verify, then connect."
3. Verify, then paste. Match the onion against the PGP-signed list, then paste it into Tor and allow a few seconds for the hidden-service handshake.
4. Sign in and save a backup. Log in, then bookmark a second verified address as a spare so the next rotation never leaves you searching.

Four steps: open, copy, verify, connect. From this page that is two clicks to a working marketplace — or one, if you copy straight from the table. New to Tor or PGP? The full walkthrough lives in our how Vortex mirrors work guide, including PGP verification, Tails and Whonix setup, and OPSEC basics.

Backup & Bookmarking a Vortex Mirror Safely

A backup address is the difference between a five-second hiccup and a ten-minute hunt. The smart move is to keep more than one verified Vortex mirror saved, and to save it in a way that does not quietly leak where you are going.

Sound bookmarking comes down to a few habits:

• Keep two, not one. Save a primary and a backup address. When the first rotates or queues, the second is one tap away.
• Bookmark inside Tor Browser. Store the address in Tor's own bookmarks, not in a synced clearnet browser that ships your history to a cloud account.
• Label plainly. A neutral name beats "Vortex market" written across a shared device. Keep the label boring.
• Refresh on a schedule. Re-copy from the verified list every so often. A saved address ages; the list stays current.

For higher-stakes setups, the strongest pattern is to keep your verified Vortex addresses inside an encrypted notes file or an offline password manager such as KeePassXC, rather than in any browser at all. That way a single device left unlocked does not hand someone your reading list. On Tails, where storage is amnesic by default, a small encrypted persistent volume is the natural home for these addresses across sessions. Whatever the medium, the rule holds: store the verified address, store a backup, and never rely on memory to retype a 56-character onion.

One more habit pays off quietly. Before you trust a saved Vortex mirror after a long gap, re-verify it against the signed list. Rotation may have moved on while your bookmark sat still. Thirty seconds of checking beats pasting an address that no longer points anywhere — or worse, one a clone has since claimed. Make that re-check a reflex, the way you would glance at a lock before leaving, and a stale Vortex mirror never catches you out.

Vortex Mirror List — Frequently Asked Questions