How to derive the tezos public key from the points on the curve (SECP256K1 or P-256)
How can I derive Tezos public key from x,y points on the curve (either SECP256K1 or P-256)?
For example for Ethereum you can compute this using Keccak-256 on the [x,y].
The address is then obtained by taking the last 40 bytes (20 hex chars) and prefixing it with 0x for a total of 42 bytes.
address
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
add a comment |
How can I derive Tezos public key from x,y points on the curve (either SECP256K1 or P-256)?
For example for Ethereum you can compute this using Keccak-256 on the [x,y].
The address is then obtained by taking the last 40 bytes (20 hex chars) and prefixing it with 0x for a total of 42 bytes.
address
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
add a comment |
How can I derive Tezos public key from x,y points on the curve (either SECP256K1 or P-256)?
For example for Ethereum you can compute this using Keccak-256 on the [x,y].
The address is then obtained by taking the last 40 bytes (20 hex chars) and prefixing it with 0x for a total of 42 bytes.
address
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
How can I derive Tezos public key from x,y points on the curve (either SECP256K1 or P-256)?
For example for Ethereum you can compute this using Keccak-256 on the [x,y].
The address is then obtained by taking the last 40 bytes (20 hex chars) and prefixing it with 0x for a total of 42 bytes.
address
address
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
asked 7 hours ago
Andrew PaulicekAndrew Paulicek
864
864
add a comment |
add a comment |
1 Answer
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Public keys in Tezos are stored in compressed form:
<1 byte prefix>|X
- Prefix is b'x02' if Y is even, b'x03' otherwise, now you have a compressed key of 33 bytes long;
- Add tezos prefix b'x03xfexe2V' for secp256k1, b'x03xb2x8bx7f' for p256;
- Encode with Base58 algo with checksum.
Checkout pytezos.crypto sources for implementation examples.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
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1 Answer
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1 Answer
1
active
oldest
votes
active
oldest
votes
active
oldest
votes
Public keys in Tezos are stored in compressed form:
<1 byte prefix>|X
- Prefix is b'x02' if Y is even, b'x03' otherwise, now you have a compressed key of 33 bytes long;
- Add tezos prefix b'x03xfexe2V' for secp256k1, b'x03xb2x8bx7f' for p256;
- Encode with Base58 algo with checksum.
Checkout pytezos.crypto sources for implementation examples.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
Public keys in Tezos are stored in compressed form:
<1 byte prefix>|X
- Prefix is b'x02' if Y is even, b'x03' otherwise, now you have a compressed key of 33 bytes long;
- Add tezos prefix b'x03xfexe2V' for secp256k1, b'x03xb2x8bx7f' for p256;
- Encode with Base58 algo with checksum.
Checkout pytezos.crypto sources for implementation examples.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
Public keys in Tezos are stored in compressed form:
<1 byte prefix>|X
- Prefix is b'x02' if Y is even, b'x03' otherwise, now you have a compressed key of 33 bytes long;
- Add tezos prefix b'x03xfexe2V' for secp256k1, b'x03xb2x8bx7f' for p256;
- Encode with Base58 algo with checksum.
Checkout pytezos.crypto sources for implementation examples.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Public keys in Tezos are stored in compressed form:
<1 byte prefix>|X
- Prefix is b'x02' if Y is even, b'x03' otherwise, now you have a compressed key of 33 bytes long;
- Add tezos prefix b'x03xfexe2V' for secp256k1, b'x03xb2x8bx7f' for p256;
- Encode with Base58 algo with checksum.
Checkout pytezos.crypto sources for implementation examples.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
answered 4 hours ago
Michael ZaikinMichael Zaikin
713
713
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Michael Zaikin is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
add a comment |
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