<p>A Trezor signed message with a 3 address can be verified here:</p>

<p><a href="https://jhoenicke.github.io/brainwallet.github.io/#verify" rel="nofollow noreferrer">https://jhoenicke.github.io/brainwallet.github.io/#verify</a></p>

<p>Or your can verify it with another Trezor wallet.</p>

CC BY-SA 4.0
2018-10-09T09:36:12.287Z
2018-10-09T09:36:12.287Z
xtraelv
<p>There is no established standard (yet) for signatures with addresses other than P2PKH (1...) addresses.</p>

<p>So whatever signature you created, it will only verify against the corresponding P2PKH address.</p>

<p>There is some ongoing discussion about new message signatures for this purpose, but nothing concrete.</p>

CC BY-SA 3.0
2018-03-31T04:52:07.793Z
2018-03-31T04:52:07.793Z
Pieter Wuille
<p>I created a signature from a message using my private key. But how do I verify this signed message using my segwit addresses of 3... or bc1...? How do I verify this using the BitcoinJS library?</p>

<segregated-witness><message-signing><bitcoinjs><bech32-address><message-verification>
Using BitcoinJS - How do you verify a message using a segwit bech32 (bc1…) / P2SH (3…) addresses?
Patoshi パトシ
# Using BitcoinJS - How do you verify a message using a segwit bech32 (bc1…) / P2SH (3…) addresses?

(Asked by: username_0 on 2018-03-31)

I created a signature from a message using my private key. But how do I verify this signed message using my segwit addresses of 3... or bc1...? How do I verify this using the BitcoinJS library?

**Tags:** segregated-witness, message-signing, bitcoinjs, bech32-address, message-verification


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## 2 answers

### Answer by username_1 on 2018-10-09. Score: 3 | Accepted answer

A Trezor signed message with a 3 address can be verified here:

<https://jhoenicke.github.io/brainwallet.github.io/#verify>

Or your can verify it with another Trezor wallet.


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### Answer by username_2 on 2018-03-31. Score: 1

There is no established standard (yet) for signatures with addresses other than P2PKH (1...) addresses.

So whatever signature you created, it will only verify against the corresponding P2PKH address.

There is some ongoing discussion about new message signatures for this purpose, but nothing concrete.


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