Browse snapWONDERS Safely
Three independent networks — one set of tools. Choose the level of privacy that suits you.
You are on the standard web over SSL. For stronger privacy, switch to Tor or I2P using the addresses below.
Three independent networks
“Your privacy matters to us. snapWONDERS is built to work across privacy-focused networks by design — the same full service on Tor, I2P, and the standard web, because where you connect from is your choice to make.
Tor
Onion routing
Tor encrypts your traffic and routes it through a series of volunteer-operated relays worldwide. The server never sees your real IP address. This is the strongest privacy option for accessing snapWONDERS.
Onion address
swonderstzr43aczpcwdoyc25vwxngyromja7pyb5sf26ap3v535sxqd.onion
Characteristics
I2P
Garlic routing
I2P (Invisible Internet Project) uses garlic routing — bundling multiple encrypted messages into a single packet — across a fully decentralised peer-to-peer network. It is a self-contained darknet with its own community and services.
I2P address (b32)
6ymp5jqysizmejdwaqiehcsgjoyb4s7sbgssquishk66drujomka.b32.i2p
Characteristics
Web / SSL
Standard HTTPS
The standard web, accessed from any browser over HTTPS. All traffic is encrypted in transit via TLS. Fast and convenient — suitable when privacy from network observers is sufficient and you do not need to hide your IP address from the server.
Addresses
snapWONDERS
snapwonders.com
Vaultify
vaultify.snapwonders.com
Characteristics
No software required — any browser works.
Lokinet
Coming SoonLokinet is a packet-switched onion-routing network operated by the Oxen Service Node Network — the same infrastructure that powers the Session messenger. It operates at Layer 3, meaning any browser works without special configuration beyond installing the Lokinet client.
A Lokinet SNApp address is planned for after the current platform modernisation completes. When it launches it will appear here alongside the Tor and I2P addresses.
JavaScript works in your favour
JavaScript is required on all three networks. Far from being a risk, it is what makes uploads reliable, private, and resilient — especially on Tor and I2P where connections are by nature intermittent.
-
Uploads survive Tor circuit rotations
When your onion circuit changes mid-transfer, the TUS protocol automatically resumes from the last confirmed byte. No starting over, no lost data.
-
Uploads survive I2P tunnel rebuilds
When your garlic tunnel expires and a new one forms, the upload continues exactly where it left off. TUS tracks every byte acknowledged by the server.
-
Only failed chunks are retransmitted
On metered or slow darknet connections, chunked TUS transfers mean you never re-upload data that was already received. Each chunk is individually acknowledged.
-
Real-time progress on any connection
See exact byte-by-byte transfer progress even on high-latency onion and garlic routes. Results, analysis, and status all appear in-page — no page reloads, fewer round-trips.
-
Zero external scripts — no identity leaks
Every JavaScript file is self-hosted and served from the same
.onionor.b32.i2paddress you connected to. There are no CDN calls, no third-party requests, and no fingerprinting scripts. -
Works at Tor Browser Standard security level
No script-blocking overrides or NoScript exceptions are needed. All scripts originate from the same onion address you trust, at the security level Tor Browser ships with by default.
-
In-page status without page reloads
Upload status, analysis results, and conversion progress all appear without navigating away. On slow darknet connections this reduces total data transferred and wait time significantly.
Frequently asked questions
Which network should I use?
Tor provides the strongest anonymity and is the recommended choice. I2P is a solid alternative with a peer-to-peer community and often lower latency for established tunnels. The standard web over SSL is fastest and works in any browser, but the server can see your IP address. All three networks give you exactly the same tools and features.
Do all three networks offer the same features?
Yes — all features are identical across Tor, I2P, and clearnet. Analyse, Convert, and Vaultify steganography are all fully available on every network. No features are restricted or withheld on the darknet.
Is it safe to use JavaScript on Tor?
On typical clearnet websites, JavaScript is used for third-party tracking and fingerprinting. On our Tor and I2P nodes, there are no external resources and no CDN calls — every script is self-hosted and served from the same onion or eepsite address you connected to. JavaScript on our darknet nodes works entirely in your favour: resumable uploads that survive circuit rotations and a responsive interface that minimises round-trips. It does not compromise your anonymity.
What is Lokinet and when will it be available?
Lokinet is a packet-switched onion-routing network operated by the Oxen Service Node Network. Unlike Tor and I2P, it operates at Layer 3, so standard browsers work without a proxy — just install the Lokinet client. We plan to add a Lokinet address after the current platform modernisation completes. Watch this page for updates.
Can I switch networks during a session?
In practice, no — and that is by design. Each network client (Chrome, Tor Browser, I2P Browser) has a completely isolated cookie store. If you open Tor Browser, it has no knowledge of your Chrome session and you start fresh automatically. The only edge case is switching between the clearnet URL and the onion address inside the same Tor Browser window — the cookie carries across because it is the same browser. In that case your session remains intact, though any in-progress upload should be restarted on the network you intend to use.
