Barend van den Berg
@barendvdberg
ID: 386720803
07-10-2011 19:37:43
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A Bitcoin to Ethereum swap on Pact Swap Labs is executed as two real L1 transactions, one on Bitcoin and one on Ethereum. The BTC leg is a normal Bitcoin transfer. The ETH leg is a normal Ethereum transfer. Signed in standard wallets, broadcast to the actual networks. No bridge
A Bitcoin ↔️ Ethereum swap on Pact Swap Labs does not ask a validator committee for permission. Bitcoin confirms a BTC transaction. Ethereum confirms an ETH transaction. That is the truth source. Most cross-chain DEXes add a third layer that “verifies” what happened, then you are
A cross-chain swap on Pact Swap Labs is a sequence of real transactions on Bitcoin, Ethereum, BNB Chain, Polygon, etc., not messages handed to a middle layer. You can watch it happen on public explorers. Either the required L1 transactions exist, or they do not. That is the whole
Cross-chain swaps on Pact Swap Labs do not route your trust through a bridge. If you swap BTC → ETH, the swap is two things. A Bitcoin transaction, and an Ethereum transaction. If the transactions exist on-chain, the swap progressed. If they do not, it did not. No “message
Composable is not a bonus feature on Pact Swap Labs , it is the whole point. The swap flow is built as on-chain components that other apps can call, route, and bundle into their own UX. Not “use our front-end or leave.” That changes how cross-chain liquidity can spread.
Composable cross-chain swaps on Pact Swap Labs are meant to be integrated, not locked behind a single front-end. A wallet can call it. An aggregator can route into it. A dApp can wrap it into one flow across Ethereum, BNB Chain, Bitcoin, Polygon and more. That is the difference
Pooled bridge security is a single jackpot, and cross-chain attackers know it. With Pact Swap Labs the risk is not parked in one giant pot. Each swap is enforced with its own collateral, locked for that swap, then released when the state machine completes. That is the
When a cross-chain swap fails on Pact Swap Labs , someone is accountable. Most cross-chain DEX failures turn into a fog. Relayer hiccup, bridge paused, validator disagreement, then you wait. Coinweb.io PACT keeps it strict. Chain Transaction Sentinels observe what actually
Multi-Asset Order Types on Pact Swap Labs turn one order into liquidity for more than one market. 🔥 Instead of locking into a single pair, an order can be flexible about what it accepts and what it pays out. Example: one order can accept BTC or ETH, and pay out USDT on the
Finality on Pact Swap Labs is not a marketing word, it is a state machine with defined outcomes. A lot of cross-chain systems sell “finalized” as a badge. Then a reorg, a stuck relay, or a paused bridge turns that badge into a debate. Coinweb.io PACT treats finality as
When a cross-chain swap fails on Pact Swap Labs , you do not open a ticket. The truth is on-chain. Bitcoin confirms or it does not. Ethereum confirms or it does not. Coinweb.io PACT is built around that reality. Observe the required L1 state transitions, adjudicate
Failure handling is a real decentralization test for a cross-chain DEX, and Pact Swap Labs is built around that. On Pact Swap, the failure path is not “pause the bridge” or “contact support.” It is protocol logic anchored to L1 transactions on Bitcoin, Ethereum, BNB Chain, and
When a cross-chain swap on Pact Swap Labs completes, you can point to the exact L1 receipts on both chains. A transaction on Bitcoin. A transaction on Ethereum. Any supported pair works the same way. No “proof” from a relay network. No bridge balance sheet to trust. No validator