How a Signed Swap Receipt Helps You Verify Records
A practical community guide
Most crypto users do not need another slogan. They need a sequence they can check: source, network, addresses, amount, route, confirmation, and support. That sequence is the foundation of this guide. Introduce DEX.fo’s public signing key and the value of verifying a digitally signed swap receipt. This article keeps the discussion close to the current DEX.fo workflow rather than extending the feature into claims the source material does not support.
Why this topic matters
How a Signed Swap Receipt Helps You Verify Records matters because a crypto transfer becomes difficult or impossible to correct after broadcast. The useful question is therefore not only whether the feature sounds private, fast, or convenient. The better question is where it changes the order, which information the user must verify, and which parts remain dependent on a blockchain or an external wallet. Download the public key from DEX.fo, verify the receipt signature locally, and retain the record with the order details.
What the documented flow says
A careful reading shows that DEX.fo publishes a downloadable PGP public key. That detail becomes most important before the deposit is broadcast, while the user can still correct the order setup.
In practical terms, The service says swap receipts are digitally signed so users can verify that the record came from DEX.fo. It also gives support a clearer record if the order later needs to be reviewed.
For the person creating the order, The PGP page provides short and full verification instructions. The mechanism is more useful than a broad promise because it can be observed and verified.
The operational meaning is straightforward: The current page describes RSA-4096 and RSA-SHA512 for its signing setup. Users should treat the statement as part of the documented workflow and keep its limits in view.
Where it fits in the order
A DEX.fo order begins with the exchange pair and the live route conditions. The user then provides a destination address and a required refund address, reviews the displayed minimum and maximum, and chooses an available execution mode. The service generates a one-time input address for that order. After the expected amount reaches the required confirmation state, the route is processed and the output is sent to the destination address.
This sequence is short, but the fields are not interchangeable. The destination address receives the purchased asset. The refund address is the return route for the asset being sent and cannot be changed after order creation. The one-time input address is the order-specific place where the deposit is made. Keeping those three roles separate prevents a simple interface from becoming a source of avoidable confusion.
Practical checklist
- Send only the amount expected by the order and retain the order reference plus relevant transaction IDs.
- Use the SimpleX link on the official Contacts page or info@dex.fo for an order-specific support request.
- Never share a seed phrase, private key, password, recovery phrase, or wallet backup.
- Open dex.fo directly and verify the domain before using any support or Onion link.
- Check the asset and network together, especially when the same ticker exists on more than one chain.
- Review the destination address, refund address, live limits, selected mode, and calculated receive amount.
Limits of the claim
Support is most effective when it receives precise evidence through an official channel. An order reference and transaction ID can help investigate a case; a seed phrase or private key can only create a new security problem.
Takeaway
Download the public key from DEX.fo, verify the receipt signature locally, and retain the record with the order details. Follow the route, verify the details, and keep the order record until the payout confirms.
Website: https://dex.fo