If Bitcoin is the network of pioneers, then TRON has become the workhorse of shadow crypto turnover in the Russian-speaking space. The reason is simple: dirt-cheap fees and the dominant stablecoin USDT-TRC20. Let's unpack why this exact pairing attracts cash-out operations, how Tether's freeze works, and what to look at when checking a TRON address.
TRON is built around a model of resources: Energy and Bandwidth. Holders can "freeze" (stake) the native token TRX and receive these resources, effectively reducing the fee for transfers to almost zero. Even without staking, a USDT transfer on TRON costs a fraction of a dollar, whereas the same operation on Ethereum (USDT-ERC20) cost single or double-digit dollars at times of load.
For cash-out and P2P this is the decisive factor. Laundering is many transfers: splitting, chains, running through intermediate addresses. In a network with a high fee, each such operation "eats" into the profit. On TRON you can make hundreds of transfers practically for free. The cheapness of operations is what makes layering (the obfuscation from Lesson 1.4) economically worthwhile precisely here.
The second pillar is the stablecoin. Criminals and P2P traders don't need Bitcoin's volatility; they need a "digital dollar," stable in price. USDT-TRC20 (Tether on the TRON network) gave exactly that: a dollar peg plus cheap transfers. As a result it is TRC20 USDT that became the dominant settlement instrument in CIS P2P, grey exchange desks and, unfortunately, in schemes for withdrawing fraudulent funds.
Technically USDT on TRON is a token of the TRC20 standard (the analogue of ERC20 on Ethereum), i.e. a smart contract. All transfers of the token are calls to functions of that contract, and they are fully visible on the TRON blockchain. An important nuance for newcomers: TRX (the native coin) and USDT-TRC20 are different assets on the same address. To transfer the USDT on your balance you also need a small reserve of resources/TRX for the fee — a common mistake, when "the USDT is there but you can't send it."
The centralisation of USDT has an important consequence for AML. Tether — the issuer — can technically freeze any address by adding it to the smart contract's blacklist (the blacklist function). After that, the frozen USDT on the address becomes non-transferable: it can be neither sent nor spent. This is not a block on an exchange — it is a block at the level of the token itself, and it is impossible to bypass by transferring to another wallet.
Tether freezes addresses at the requests of law-enforcement agencies of various countries — in cases of fraud, sanctions, theft. The sums of frozen USDT run into hundreds of millions of dollars. For the user the conclusion is clear: receiving "dirty" USDT-TRC20 is doubly dangerous — it may not only be rejected by an exchange, but frozen right on your wallet if it falls under a request.
The main public explorer of the network is tronscan.org. It shows balances (TRX and TRC20 tokens separately), the full transfer history, contract calls and related addresses. For a manual check of a TRON address it is the starting point.
As with Bitcoin, tronscan shows raw data but does not compute risk and does not always label entities. Manual inspection answers "what kind of address this is by structure," while a specialised AML checker adds attribution (labels of exchanges, mixers, scam clusters), multi-hop taint and a final risk score. For a P2P trader in the CIS the practical rule is simple: any incoming USDT-TRC20 from an unfamiliar counterparty should be run through a check before confirming the deal — it's cheaper than dealing with a freeze.
In the next lesson we move to younger and technically different networks — Solana and TON — with their account model, programs instead of wallets, and characteristic memecoin scams.
This material is educational and does not constitute legal advice.