If any user find a key, the star will shine
SecretScan
About Dashboard Programs Benchmark
Rent
Calculators
Legacy address SegWit Base58 SegWit Bech32 Taproot P2TR Ethereum USDT TRC20 Tron Ripple XRP BNB Solana Monero Ton Hex<->Wif Wif<->Hex Brainwallet Mnemonic Hex<->Dec<->Bin Reconstruction PublicKey Add public keys Bitcoin Cash Bitcoin transaction Ethereum transaction
Transactions
Bitcoin Ethereum Tron BNB USDT BEP20 USDT TRC20 USDT ERC20 USDC ERC20 Decode Bitcoin TX Decode Ethereum TX
Vanity
Bitcoin vanity Ethereum vanity
Puzzle
Scanner
Results
Addresses

Bitcoin & Litecoin SegWit (Bech32) Address Generator

Generate modern, native SegWit addresses (P2WPKH and P2WSH) for Bitcoin and Litecoin using our universal step-by-step generator. Visualize the entire creation process from a private key to a secure bc1q... or ltc1q... address. Includes a built-in validator to verify the correctness of any Bech32 address

Legacy addressSegWit Base58SegWit Bech32Taproot P2TREthereumUSDT TRC20TronRipple XRPBNBSolanaMoneroTonHex <-> WifWif <-> HexBrainwalletMnemonicHex<->Dec<->BinReconstructionPublicKeyAdd public keysConverter Bitcoin CashBitcoin transactionEthereum transaction
Private key Hex (64 characters [0-9A-F]) 🔑 WIF Converter0
1
Compressed public key (0x02 or 0x03 followed by 32 byte X coordinate)
0
SegWit Bech32 p2wpkh address
2
SHA256
0
3
Ripemd160
0
4
5 bits binary on the result of the step 3
0
5
Array dec = 'data' on the result of the step 4
0
6
Converts this to an array of 5-bit unsigned integers (base 2^5=32)
0
7
Add the witness version byte (00) current version is 0
0
8
Checksum step 5 and the H.R.P (hrp = 'bc' or 'ltc', step 5)
0
9
Step 7 and step 8div class='char' id='array_dec_char'>0
0
10
Map each value to its corresponding character in Bech32Chars
0
11
Address encoded (p2wpkh): HRP + Separator + Data
0
SegWit (P2WSH) address
2
0x21 (33 bytes) & Compressed public key & OP_CHECKSIG
0
3
RedeemScript (1-of-1): SHA256 (step 2)
0
4
5 bits binary on the result of the step 3
0
5
Array dec = 'data' on the result of the step 4
0
6
Compute the checksum by using the data from step 5 and the H.R.P
0
7
Checksum dec
0
8
Append the checksum to result of step 5 (we now have an array of 5-bit integers)
0
9
Map each value to its corresponding character in Bech32Chars 00 -> q, 03 -> r,...
0
10
Address encoded (p2wsh)
0

How to Import into Electrum (Bech32 P2WPKH):


In the https://electrum.org/#download console, use the command:
importprivkey('p2wpkh:Your_Private_key_WIF')
Our website uses cookies (ie. Cookies) for statistical, advertising and functional. Thanks to them, we can customize the site to your needs. Anyone can accept cookies, or has the ability to disable them in your browser, so you will not collect any information.
Got it

© 2026 SecretScan.org is an educational platform dedicated to exploring the inner workings of blockchain technology while providing powerful tools for cryptocurrency users. The project is currently in active development and available for beta-testers. All rights reserved.