The idea that crypto is anonymous is a costly simplification. Most blockchains are built on the opposite principle: an open ledger where every transfer is visible to anyone and stays visible permanently.
Pseudonymous, not anonymous
A blockchain records addresses, not names. But an address is a pseudonym rather than a mask. Link it to a person once and the entire history of that address, past and future, becomes readable in retrospect.
What a block explorer shows
An explorer is simply a readable interface to public network data. Given an address or a transaction hash it will display:
- sender and recipient addresses;
- the amount transferred and the fee paid;
- the exact timestamp and confirmation count;
- the current balance and complete transaction history of the address;
- every other address it has interacted with.
What it does not show is a name, a nationality, a payment purpose or, usually, an IP address. That gap between full financial visibility and unknown identity is exactly what pseudonymity means.
How addresses get linked
Analytics firms close the gap with heuristics. The best known is common input ownership: if a transaction spends several inputs at once, those inputs are almost certainly controlled by one wallet. Addresses are grouped into clusters, and clusters get labels such as exchange, mining pool, merchant or known scam.
Identity enters wherever crypto touches the ordinary world — a verified exchange account, a purchase from an acquaintance, a donation address posted publicly, or reusing the same address across unrelated services. A single such point is enough to colour an entire cluster.
Ethereum and tokens
Account-based chains like Ethereum read even more easily than Bitcoin. One address holds one running balance, alongside a full history of token movements and contract interactions. A human-readable name such as an ENS domain publicly ties that address to a handle, and the handle to everything it has ever done.
How Monero differs
Monero hides data at the protocol level rather than bolting privacy on afterwards. Three mechanisms work together: one-time stealth addresses for the recipient, ring signatures that make the real sender indistinguishable from several decoys, and confidential transactions that conceal the amount.
The result is an explorer that confirms a transaction happened while revealing neither the parties nor the value. The trade-off is proving payments yourself: to show an incoming transfer to a third party, the owner shares a separate view key. Coin specifics are covered on the XMR page.
What this means in practice
Deposit addresses on Tonza are personal and permanent for each coin and network pair. Every deposit you make in that coin therefore lands on the same address and is linked on-chain. There is nothing unusual about that, but it is worth understanding: funding from an address tied to your public activity makes the connection visible too.
The practical options are limited. Either keep a separate wallet for gambling funds with no link to publicly known addresses, or use a coin whose privacy is built into the protocol. The difference between BTC and XMR here is structural, not cosmetic.
The legal status of privacy coins and any reporting duties differ from country to country, which is a separate subject and outside the scope of a technical explainer.
Verification instead of trust
A public ledger is valuable precisely because anyone can audit it without asking permission. The same logic drives provably fair in Tonza Originals: the hashed server seed is published before the round, and once the seed is revealed the outcome can be recomputed by hand. In both cases trust is replaced by something you can check.
