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python-slip39
Generate Ethereum, Bitcoin, etc. account seed and backup Mnemonics in SLIP-39 format (Trezor & Ledger compatible), with details in printable PDF format. Optionally, also print encrypted JSON and BIP-38 paper wallets.
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🔑 A CLI frontend for Hashicorp Vault's Shamir's Secret Sharing implementation. (by dennis-tra)
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Backup your BIP-39 Mnemonic phrase using SLIP-39 [0]
This saves the original entropy from which your BIP-39 phrase was generated, over several groups of multiple SLIP-39 mnemonics cards.
Later, recover enough cards from a few groups, recover your BIP-39, and recover your hardware wallet.
Much more reliable, and safer because an attacker must collect many independent mnemonics from groups they probably don’t know the members of.
[0] https://slip39.com
A few months ago I built a CLI frontend for Hashicorps shamir secret sharing implementation in Go. You can find it here: https://github.com/dennis-tra/shamir
It combines the two separate commands in the article into one.
Use MPC instead? Sadly there are not enough mature open source projects around: https://github.com/ZenGo-X/multi-party-ecdsa and you can always take a look at https://github.com/rdragos/awesome-mpc
Sadly companies like Unbound were acquired by Coinbase and the OSS codebase is not longer maintained: https://github.com/unboundsecurity/blockchain-crypto-mpc
Use MPC instead? Sadly there are not enough mature open source projects around: https://github.com/ZenGo-X/multi-party-ecdsa and you can always take a look at https://github.com/rdragos/awesome-mpc
Sadly companies like Unbound were acquired by Coinbase and the OSS codebase is not longer maintained: https://github.com/unboundsecurity/blockchain-crypto-mpc
Use MPC instead? Sadly there are not enough mature open source projects around: https://github.com/ZenGo-X/multi-party-ecdsa and you can always take a look at https://github.com/rdragos/awesome-mpc
Sadly companies like Unbound were acquired by Coinbase and the OSS codebase is not longer maintained: https://github.com/unboundsecurity/blockchain-crypto-mpc
Implementing SSS is fun. It’s short and covers using modulo integer arithmetic to compute invertible integer functions. It also overlaps with error correction methods a bit.
I’ve written ones based off Vault’s Go version in both Nim and Elixir:
- https://github.com/elcritch/keyxn
Implementing SSS is fun. It’s short and covers using modulo integer arithmetic to compute invertible integer functions. It also overlaps with error correction methods a bit.
I’ve written ones based off Vault’s Go version in both Nim and Elixir:
- https://github.com/elcritch/keyxn