> ## Documentation Index > Fetch the complete documentation index at: https://docs.int3face.zone/llms.txt > Use this file to discover all available pages before exploring further. # DOGE Demo * Demos * DOGE Demo On this page This is the demo of the inbound and outbound transfer flow in the Int3face for the DOGE tokens. **Requirements** 1. Int3face node 2. Int3face observer (configured for the DOGE regtest) 3. [DOGE regtest node](/docs/int3face/build-and-run/doge_deploy) We have everything deployed and ready in the Int3face testnet. Request Int3face team to get access to the testnet environment. Current Dogecoin vault address: `mtjLBcip4TAy7kSEsVoYKK5zvz1YY1Zy4F` ## Inbound Transfer[](#inbound-transfer "Direct link to Inbound Transfer") We will use our own DOGE validators funds. 1. We need an int3 address to send funds to We can generate new address by `int3faced keys add "$your_key_name"`. new_key

We will use the address `int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt` 2. Lets verify that this address doesn't have DOGE tokens in the Int3face ``` int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt ``` init_balance

3. Select an UTXO to spend ``` dogecoin-cli listunspent ``` list_unspent

If you don't see any UTXO available, mine a block to receive the rewards `dogecoin-cli generate 1`, and run `listunspent` command again. 4. Build raw transaction from the UTXO you selected **Vins** * Take the `txid` and `vout` from the UTXO you're going to spend **Vouts** * Add the DOGE vault address and the amount to send * Add the change address to get remaining tokens back (to get address of your current node run `dogecoin-cli getaccountaddress ""`) * Leave a small amount of tokens to pay the fee (1.0 should be enough) * Add `data` entry with the hex encoded recipient address * Encode `int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt` at the (online converter)\[[https://www.rapidtables.com/convert/number/ascii-to-hex.html](https://www.rapidtables.com/convert/number/ascii-to-hex.html)] ```sh theme={null} vins='[ { "txid": "c4a12ff2916393d4a05ca446ab03d8cdf706dd6eb9b5d62eb8ab82cb08a01602", "vout": 0 } ]' vouts='{ "mtjLBcip4TAy7kSEsVoYKK5zvz1YY1Zy4F": 100000.0, "mzd3LWrYrBD2qqiKwCcetReLtNC9Sfcr3j": 399999.0, "data": "696E7433316E783732777165396A73396E3074766B39633277347A77677776366B656370306E347A6C6C74" }' dogecoin-cli createrawtransaction "$vins" "$vouts" ``` raw_transaction

5. We can verify that the transaction is correct ``` dogecoin-tx -regtest -json "$raw_tx" ``` decoded_raw_transaction

6. Sign the transaction ``` dogecoin-cli signrawtransaction $raw_tx ```

7. Broadcast signed transaction to the DOGE ``` dogecoin-cli sendrawtransaction $signed_tx ``` send_doge_transaction

8. Generate a block to include our transaction in the chain ``` dogecoin-cli generate 1 ``` Now the transaction should be observed by the Observer and sent to the Int3face chain. 9. Check your balance on the Int3face chain. ``` int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt ``` inbound_balance

Now, we can see DOGE tokens in our wallet. ## Outbound Transfer[](#outbound-transfer "Direct link to Outbound Transfer") Lets send some of our tokens back from Int3face to DOGE. 1. Generate a new DOGE address ```sh theme={null} dogecoin-cli getnewaddress msJf78psekNDSaQwCA2qhYypJqVPWaCCAg ``` 2. Request an outbound transfer from the bridge module ``` int3faced tx bridge outbound-transfer msJf78psekNDSaQwCA2qhYypJqVPWaCCAg dogecoin-doge 5000000000000 --from doge_test ``` outbound_transaction

3. We can check our balance again to see that DOGE tokens in Int3face were burt ``` int3faced q bank balances int31nx72wqe9js9n0tvk9c2w4zwgwv6kecp0n4zllt ``` outbound_balance

4. Generate a block in DOGE to include transaction from the vault ``` dogecoin-cli generate 1 ``` 5. Check DOGE balance of the address we created before ``` dogecoin-cli listunspent 1 9999999 '["msJf78psekNDSaQwCA2qhYypJqVPWaCCAg"]' ``` outbound_doge_balance

Now, we can see DOGE tokens in our wallet.