One Recovery Phrase, 88+ Networks
28+ Layer 1 networks and 60+ EVM networks (88+ networks worldwide), all derived from the same twelve words. Every row below prints the path Aura actually uses, read from the app’s own source.
EVM chains
63One secp256k1 key at one path, and the same address across 60+ EVM networks. Adding a network here does not add an account - it shows you a balance you already had.
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
secp256k10x-prefixed hex: the same address on every EVM network
Industry-standard derivation: any compliant wallet produces this address from the same phrase
Solana
1Ed25519 at Solana’s own path, derived the way the standard prescribes - which is why the address matches what any compliant wallet would show for the same phrase.
ed25519Base58, 32-byte Ed25519 public key
Industry-standard derivation: any compliant wallet produces this address from the same phrase
Bitcoin and its forks
7Native SegWit where the chain supports it, legacy where it does not, each at its own registered coin type.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1Chain-native Bech32 or Base58, at its own registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
Move chains
2Sui and Aptos, both Ed25519, differing in how the public key is hashed into an address - Blake2b for one, SHA3-256 for the other.
ed25519Hex: the public key hashed into the address (Blake2b or SHA3-256)
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519Hex: the public key hashed into the address (Blake2b or SHA3-256)
Signing: EdDSA over Ed25519: compact keys, fast signatures.
Substrate chains
2Polkadot and Kusama, SS58-encoded with their own network prefixes.
ed25519SS58 encoding, with the chain’s own network prefix
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519SS58 encoding, with the chain’s own network prefix
Signing: EdDSA over Ed25519: compact keys, fast signatures.
Layer 1 ecosystems
19Kaspa, Monero, Algorand, Hedera, Internet Computer, Cardano, TON, Cosmos Hub, and more - each with its exact curve, derivation path and address format.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
ed25519The chain’s native encoding, derived at its registered coin type
Signing: EdDSA over Ed25519: compact keys, fast signatures.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
secp256k1The chain’s native encoding, derived at its registered coin type
Signing: ECDSA over secp256k1: the curve Bitcoin and Ethereum keys share.
94 networks shown
Why the Paths Are Printed
“Multi chain” often means one key reused wherever the address format happens to allow it. Aura implements each ecosystem's own derivation, the right curve, the right path, the right encoding, so an address you generate here matches the one any other standards compliant wallet would generate from the same phrase. Publishing the paths is how you can check that before you trust it with anything: derive the same phrase in a different wallet and compare.
All paths shown are for account 0. Cardano is the one that looks different because it is different, CIP-1852 rather than BIP-44, with a separate stake key alongside the payment key.