Mars Onion Mirrors & Verified .onion / .i2p URLs 2026

Verified Mars Onion & I2P Entry Points

This page collects the current Mars onion entries across both networks the market runs on — Tor and I2P. That dual-network spread is the reason a Mars onion list looks different here than for most markets: you are not just choosing between a handful of onions, you are choosing between two separate anonymity networks that both reach the same Mars. Each entry is a way in, grouped by network, with the means to confirm it.

An onion entry is simply an address that points to the same marketplace. Operators publish several so that a single blocked, congested, or attacked onion does not take Mars offline for everyone. When one Mars onion slows under load, another carries the traffic. With Mars the redundancy goes a step further, because the alternates are not all on Tor — some are .b32.i2p eepsites on I2P, which keeps the market reachable even when Tor itself is the problem. So the list you see is really two lists braided together: the Tor onions and the I2P eepsites, each leading to one platform.

Think of these entries as a map rather than a guarantee. A map shows you where the roads are; it does not promise every road is clear of traffic at this exact minute. The addresses here are the known routes into Mars, grouped by network, with the means to confirm each one. What you bring is the final check that turns a listed onion into a trusted one. That division of labour is intentional — the page does the cataloguing and the cryptographic plumbing, and you do the one step that no external party can do honestly on your behalf, which is deciding to connect only after a signature has cleared.

Each Mars onion in the table is shown with three things: the full address with user-select:all so you can copy it cleanly, a Copy button, and a status pill. The pill says "checking" rather than "online", and that wording is deliberate. The market went through a quiet spell, so claiming a green "online" status would be dishonest and, worse, dangerous — it would invite you to trust an onion nobody re-verified. The safe model is the one used here: the Mars onion is listed, the verification path is spelled out, and you do the final PGP confirmation before you connect. Copy the address, then verify. Never the other way around.

How to Verify a Mars Onion Address

Verification is the single most valuable habit on this page, because the biggest threat to anyone hunting a Mars onion is not downtime — it is a convincing fake. Clone sites mirror the Mars interface exactly, register a near-identical onion, and wait for a careless login to steal credentials and coins. The defence is PGP, and it is not optional.

There is something worth understanding about v3 onions first, because it explains both what verification can and cannot do. A v3 .onion is self-authenticating: the 56-character string is the service's public key, so the Tor handshake guarantees you reached the service that owns that key. That sounds like it should make clones impossible — and it would, if you always started from the genuine string. The catch is that a clone gives you a different string that points to the clone's own key, and that string authenticates perfectly against the clone. The cryptography proves you reached "the owner of this address"; it cannot tell you whether this address is the one Mars actually published. Closing that gap is what PGP is for.

Mars signs its real onions with a PGP key. A signed message is a block of text that only the holder of the private key could have produced, and anyone with the matching public key can confirm it. So the workflow is: import the Mars public key once, take the signed message that lists the current addresses, and run a verify. If the signature is good, the Mars onion inside is genuine. If it fails, the address is forged — discard it, no matter how right it looks.

Three signals separate a real onion from a clone

Check all three every time.

• The signature. A valid PGP signature on the address block is the strongest proof. A clone operator cannot forge it without the private key, which they do not have.
• The full string. Compare the entire 56-character address, end to end. Fakes frequently match the first six or seven characters of a real Mars onion to pass a glance, then diverge in the middle and tail.
• The source. Trust addresses that trace back to a signed list, not to a random search result, a paste, or a forum reply. Search results are where most counterfeit Mars onions live.

Do this for the very first visit and again after any rotation. A new Mars onion means a new signature, and a new signature means you verify again from scratch. Two minutes of checking is cheap next to a drained wallet.

A word on importing the key

That is where beginners stumble. You import the public key once, and from then on your PGP tool already knows it; verifying a later onion is a single command or a couple of clicks. Get the key from more than one independent reference and confirm the fingerprints agree before you trust it — that cross-check is what stops an attacker from feeding you a fake "official" key alongside a fake onion. Once the genuine key is in your keyring, every future verification is fast, and the slow part never has to be repeated. The work front-loads; the payoff repeats on every visit.

Mars Onion Connection Guide — Tor & I2P

Because Mars runs on two networks, opening an entry depends on which address you copied. The two paths are different, and using the wrong tool for an address simply will not connect. Here is the short version for each; the full walkthrough is on the access guide.

1. For a .onion (Tor). Download Tor Browser from the official Tor Project — never a mirror or a bundled re-pack. Launch it, open the shield menu, and set the security level to "Safest", which disables JavaScript and the script-based tricks used to deanonymise visitors. Paste the verified Mars onion into the address bar and connect. The .onion is a 56-character v3 hidden-service address, so a Mars onion that is much shorter or much longer than that is wrong on its face.
2. For a .i2p (I2P). Install the I2P router from geti2p.net and start it. Give it a few minutes to integrate into the I2P network and build its tunnels — I2P is peer-to-peer, so it needs to find peers before eepsites resolve. Configure your browser to use I2P's local HTTP proxy as the router documents, then open the verified Mars .i2p eepsite. These addresses use base32 and end in .b32.i2p, which is how you know an address belongs to the I2P side of Mars rather than the Tor side.

Whichever path you take, the verification step from the previous section comes first. Connecting to an unverified Mars onion — on either network — defeats the entire purpose of the careful setup. Tool ready, address verified, then connect.

Why Mars Runs an Onion and an Eepsite

It is worth pausing on why Mars bothers with both a Tor onion and an I2P eepsite, because this is the feature that defines the brand and shapes this whole entry list. Almost every darknet market publishes Tor onions and nothing else. Mars also publishes an I2P eepsite, and that decision pays off in three concrete ways.

• Redundancy against outages. Tor has bad days — congestion, large-scale DDoS campaigns aimed at hidden services, and regional blocking all happen. When the Tor side struggles, a .b32.i2p Mars address still resolves over a network that is not affected by Tor's troubles. One network down does not equal Mars offline.
• A second, independent route. I2P is not a tweak on top of Tor; it is a separate network with its own routing model, its own peers, and its own tunnels. Two genuinely independent paths to the same Mars are far harder to knock fully offline than one onion with spares.
• Reach for I2P-native users. A smaller but committed group prefers I2P and would rather not run Tor at all. For them, the eepsite is not a fallback — it is the front door to Mars.

The practical takeaway for this page is simple: keep both kinds of Mars address. Copy a verified .onion for everyday access and a verified .b32.i2p as your backup. The day Tor is unusable, the I2P address is what gets you back into Mars while a single-network user is locked out. Redundancy you set up in advance is the kind that actually helps.

Why a Mars Onion Address Rotates

New visitors are often surprised that a Mars onion can change, sometimes more than once in a stretch of weeks. Rotation is normal, and it is a sign of a market defending itself rather than a sign of trouble.

Addresses rotate for a few practical reasons. Hidden services and eepsites draw denial-of-service attacks, so moving to a fresh onion sheds an attacker who was hammering the old one. Phishing operators clone a known Mars onion and try to outrank the original in search, so cycling addresses limits how long any single clone stays useful. And ordinary infrastructure work — server migrations, capacity upgrades, key rotations — naturally produces new addresses over time.

What rotation means for you is a habit, not a worry. Do not memorise one Mars onion and assume it is permanent. Instead, return to a verified, signed source whenever you need the current address, and re-run the PGP check each time. The entries here exist precisely so you always have a fresh, confirmable Mars onion rather than a stale bookmark that quietly stopped being genuine. When an address changes, the old one going dark is expected — verify the new one and carry on.

Choosing a Mars onion when one is slow

In practice you will sometimes copy an address, try to connect, and find it sluggish or unresponsive. That is normal on hidden-service networks, and this entry list exists precisely so this is a minor inconvenience rather than a dead end. First, decide whether the problem is the address or the network. If a Tor .onion is crawling, the network itself may be congested — and that is exactly the moment the I2P side earns its place. Switch to a verified .b32.i2p and you are routing over an entirely separate network. If instead one specific onion fails while another on the same network connects fine, the issue is that single address, and you simply move to the next verified entry on the list.

• Tor feels slow across the board? Reach for a verified .b32.i2p and use the I2P path to the same platform.
• One onion dead, another alive on the same network? Use the working one; the dead address will likely return after a rotation.
• Nothing connecting and you are tempted to grab an onion from search? Stop — re-verify against the signed source first, because frustration is when people fall for clones.

The one rule that never bends, even when you are impatient, is that the next address you try must still pass the PGP check. A slow connection is annoying; a phished login is catastrophic. Patience plus verification beats speed plus risk every time, and the dual-network design means you almost always have a verified alternative within reach.

Mars Onion Status — Why It Reads Checking

The status column on this page is honest by design, and that honesty is the most important thing about it. Each Mars onion carries a "checking" pill instead of a green "online" badge. The reason is straightforward: an uptime label is only meaningful if something actively re-checked the address a moment ago, and presenting a confident "online" for a market that had a quiet period would mislead you into trusting an unverified Mars onion.

So treat "checking" as an instruction, not a defect. It tells you the Mars onion is published and the verification path is available, and that the final confirmation is yours to make through PGP. This protects you in the exact situation where a fake status would hurt most — when an address has not been independently confirmed and a flashy green dot would push you to connect anyway.

• Read every pill as "checking" and never as a promise that the Mars onion is live right now.
• Confirm the current address through a PGP-signed source before you connect to Mars.
• Re-verify after any rotation, since a new Mars onion resets the verification clock.

That is the whole philosophy of this entry page: list the Mars onions, show how to prove them, and let you do the proving. No fake green dots, no pressure — just a verifiable path to the real Mars on whichever network you choose.

Mars Onion Links — Frequently Asked Questions

Educational and research notice: this page lists and explains how to verify Mars onion addresses for informational purposes. Follow the laws of your jurisdiction.