Onion Exchange routes your swaps and transfers on Robinhood Chain through five privacy layers and Tor, so nobody can follow your money.
lottery-level privacy / tor routed / optional disclosure
five layers and tor on every transfer, all on Robinhood Chain
five layers and tor,all on Robinhood Chain
A fresh wallet, random fragments, batched timing, a ZK pool and a relayer exit. Each one defeats a different way of tracing you.
01
Each transfer keeps a private trace only you can open: which layers ran, how long each took, and when the exit fires.
02
Open Onion Exchange through its .onion address and every call, from signing to withdrawal, runs over its own isolated Tor circuit.
Your session runs through 3 Tor relays. No server, including ours, ever sees your IP.
03
Your funds mix with every other deposit in the pool. The more people use it, the harder any single transfer is to pick out.
[ what we actually do ]
one tick, one fragment
now
On-chain privacy fails if your connection gives you away. Onion Exchange runs as a Tor hidden service, so the network sees nothing either.
Every session runs through its own Tor circuit, so no relay ever sees both who you are and where your transaction goes.
one circuit per session
every hop sees one step, never the whole path
Each layer cuts the odds of tracing a transfer. Stacked together with Tor, the design target is lottery odds.
odds of a trace surviving each layer
holding wallet
layer 1
10%
fragmentation
layer 2
1.6%
batch + delay
layer 3
0.25%
zk proof pool
layer 4
0.02%
relayer exit
layer 5
0.004%
illustrative model, real figures at launch
What the network looks like right now: deposits mixing, relayers online, and how many transfers ran the full stack.
pool activity, hour by hour
next batch in 12 min
full stack
0%
of transfers run all five layers
relayers online
0relayers live in 5 regions
Next batch exits in 14 minutes
deposits and withdrawals
where relayers run
iad
fra
syd
No single country sees every exit
Design targets for the full stack, layer by layer. Measured figures get published once the network is live.
layers
5
independent privacy layers on every transfer
each one defeats a different attack
A fresh wallet, random fragments, batched timing, a ZK pool and a relayer exit.
tor hops
3
relays between you and any server
a fresh circuit every session
Each relay knows only the hop before it and the hop after it, never the whole path.
design target
1 in 292M
odds of tracing a transfer through the full stack
about the odds of a Powerball jackpot
An illustrative model of all five layers plus Tor. Real figures get published at launch.
