The way in
What actually happens on a crypto deposit
Address, network, confirmations and the exchange rate — four quantities decide whether your money sits on the player account in minutes or hangs in a network nobody collects it from.
A deposit is a transfer, not a payment
When you pay by card, somebody asks your bank whether the money is there, and your bank answers. On a crypto deposit nobody asks anybody. You send an amount to an address, the network records it, and the operator looks to see whether something has arrived.
Where that transfer sits in the whole route of the money is shown on crypto casino Austria in overview.
That difference explains almost everything that goes wrong: no body steps in between, no recall, no chargeback. What is recorded stays recorded. So you are better off checking before you send.
The address belongs to exactly one network
The operator shows you a receiving address — a string of characters, often as a QR code as well. That address is not simply “your address at the casino”. It belongs to a particular currency on a particular network, and it is usually generated for you alone so that the bookkeeping knows whose incoming payment it is.
In practice that means: you choose the coin first, then the network, and only after that do you get the address. Anyone who reverses the order and reuses an address from an old chat or from an earlier deposit risks it having been reassigned to another account in the meantime, or no longer being watched at all.
On some networks a second field comes with the address: a memo, a tag or a comment. On TON it is called a comment, on other networks a memo. It is not free text. It is the link to your account, for when the operator receives all customers through a single address. A payment without that field arrives, but it arrives for nobody, and matching it up again is handwork for support.
Confirmations: when the money counts as arrived
A network records payments in blocks. Every new block that follows yours is a confirmation. The more confirmations, the less likely the entry will be rewritten — which is exactly why operators wait at all.
How many confirmations are demanded is set by the operator, not the network. The figure usually stands in the operator's payments FAQ; it differs by coin and is not published everywhere. Where it is missing, it is simply not known, and we enter none here.
What the network contributes is the pace. Bitcoin is designed for one block every ten minutes on average, Litecoin about two and a half, Dogecoin around one minute, Ethereum one slot every twelve seconds, TON a few seconds. Those are the protocols' target values, not guarantees for the individual case: a bitcoin block can come three minutes after the last one, or forty.
The coins compared in practice
Bitcoin (BTC) is the slowest of the options named here and the one with the sharpest price swings. For a deposit you want to play through this evening or withdraw again tomorrow, that is an unnecessary second bet.
Ethereum (ETH) confirms in seconds rather than minutes. In return you pay the fee in ETH itself, and it rises when the network is busy. You also always need a little ETH left over, or you cannot move anything at all — including tokens sitting on the same network.
Litecoin (LTC) is the unspectacular choice: faster than bitcoin, fees in the cents, widely accepted. No unique selling point, but no trap either.
USDT is the special case, because the same coin exists on several networks. USDT over Tron (TRC-20) and USDT over Ethereum (ERC-20) are the same dollar token to you, and two completely separate things to the network. The difference in cost is the largest single item in the whole chain: lay the two side by side and you see not a gap of a few per cent but 10× and more. The actual figure moves hour by hour with the load on the Ethereum network, which is why none is given here — look at it in your wallet before you send. For the deposit it often does not matter, because many operators do not charge the incoming fee to you. On the way out you pay it yourself, and there is more on that under withdrawal.
USDT over Tron and USDT over Ethereum are the same dollar token to you and two separate things to the network. What is drawn is an order of magnitude and not a measured fee: the figure on the Ethereum network moves hour by hour with the load, which is why none is given here. You read it in your wallet, before you send.
Dogecoin (DOGE) is fast and cheap, but not accepted everywhere, and its price hangs on mood more than on anything else. Usable as a means of transport, restless as a balance.
TON confirms in seconds and costs fractions. The price for that is the comment field: on TON it is demanded particularly often, and forgotten particularly often.
If you want to take the price swing out altogether, you take a dollar token instead of a floating coin. Then your result at the end is the game's and not the market's. Which coin ends up in your wallet is not a matter of indifference for the question that comes after, either — that is dealt with separately under tax.
The minimum, and what happens below it
Every operator sets a minimum per coin. The reason is a sum: below a certain amount the handling costs more than the incoming payment is worth.
The unpleasant part is what happens to a payment that is too small. It does not disappear, but it is not credited automatically either, and sending it back costs another network fee. Whether anything is sent back at all and who carries the fee is governed by the terms of the operator in question. Where that rule is not published, it is not known — not generous.
The rate applies at the moment of crediting
If the operator keeps your account in euros or dollars, your coin is converted on arrival. What counts then is not the rate you saw when you sent but the one at the moment of crediting — that is, after the confirmations.
On a network that confirms in seconds the gap is meaningless. With bitcoin on a restless day there can be thirty minutes in between, and you see the difference in your balance. Which rate an operator uses and whether it adds a mark-up belongs to the things that ought to stand in the terms and often do not. How we handle gaps like that is set out under methodology.
If you send on the wrong network
That is the expensive mistake, and it almost always happens with USDT: TRC-20 chosen, ERC-20 address pasted in, sent.
What happens then depends on whether the destination address exists on the wrong network at all. If it does not, the network usually will not accept the payment in the first place. If it does — and with addresses in Ethereum format that is often the case — your money sits at an address the operator does own, but on a network they do not serve there. Only somebody with the key can get it back, which means the operator themselves, by hand, if they offer that at all.
Hence: a small test deposit the first time, then the rest. The network fee for the test is cheaper than any conversation with support.
Why “instant deposit” does not mean the chain
Home pages often say “instant deposit”. What is meant is the credit to the player account as soon as the operator has seen enough confirmations — not that the network works instantly. A network under load in January does not work faster for an operator with the fastest back end either.
The reverse holds too: a fast network does not make the credit instant if the operator waits for many confirmations. The two times add up.
Three clocks run one after another and add up. The widths are set arbitrarily: nobody has measured these stretches, and not one of them is published. Only the third is advertised even so, because only it can be advertised with a number.
Anyone who wants to see what the same error of reasoning looks like on the other side will find it under instant payout. And anyone who first wants to sort out which operators come into question for Austria at all starts at online casino Austria. The whole route of the money from the address to the register is drawn together on crypto casino in Austria.