What stays private

What anyone can see, what stays hidden, and what can still give you away.

Zeronym is designed to keep your activity inside the pool private from people watching the chain. It does not make you anonymous. This page shows the line between the two.

Public on the chain

Action Anyone can see
Shield Your funding address, the token, the amount and the time
Send inside the pool That a transaction happened, when, and proof-related data. If the relayer submits it, its fee (0.50 USDG) is paid out of the pool in public. Not the sender, recipient or amount
Move between vaults That a transaction happened, and when
Share a record Nothing on the chain
Withdraw The destination address, the token, the amount and the time

Who else can see what

Who What they can see
The person you pay The payment you sent them
A relayer When you submitted, and your connection details such as your IP address
Your RPC provider Your connection and the requests your app makes
Someone you share a record with Everything in the scope you shared
An outside exchange in a swap What its route needs to execute the trade

Encrypting notes does not hide your IP address or all network data. Use a network setup you trust.

What weakens privacy

Your choices matter. These make activity easier to link:

  • Unique amounts. 1,337.42 USDG is easy to follow. 1,000 USDG is not.
  • Close timing. A withdrawal right after a deposit is easy to match.
  • Rare tokens. If few people shield a token, its pool hides less.
  • A quiet pool. Less activity means a smaller crowd to blend into.
  • Repeated counterparties. Paying the same public address again and again creates a pattern.

What no app can protect

A compromised device, a fake app or a leaked spending key can defeat every protection on this page. Keep your device updated, use the official app only, and never share your keys. See Keys and recovery.

Zeronym does not promise absolute anonymity or protection from every kind of analysis. Each privacy claim is documented per action and must be tested against a stated threat model.