Call for Wallets to Adopt Standard ETC Derivation Paths

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The Ethereum Classic (ETC) community is growing, and with it, the need for consistent, interoperable standards across wallets has never been more critical. One of the most important technical foundations for secure and seamless user experience is the derivation path—a structured method used to generate private and public key pairs from a single seed phrase.

Despite its importance, inconsistent implementation of derivation paths across wallet providers has led to confusion, access issues, and potential risks for users trying to manage or migrate their ETC holdings. This article explains what derivation paths are, highlights the standard path for Ethereum Classic, and calls on major wallet developers to adopt it universally.

What Is a Derivation Path?

Most cryptocurrency users today are familiar with the concept of a seed phrase—a 12- or 24-word backup that can restore access to all their funds. But how does one phrase unlock multiple addresses across different blockchains?

The answer lies in hierarchical deterministic (HD) wallets, which use a mathematical process called key derivation. A derivation path acts like a roadmap that tells the wallet how to generate specific private and public keys from the seed phrase.

The standard format for these paths follows this structure:

m / purpose' / coin_type' / account' / change / address_index

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For example, Bitcoin uses:

m/84'/0'/0'/0/0

Here, 84 refers to BIP-44 SegWit, 0 is Bitcoin’s coin type, and the rest define the first address in the first account.

Change any part of this path—even by one number—and you’ll get a completely different address and private key. This is why consistency matters.

Why Standardization Matters for Ethereum Classic

When users switch wallets or try to recover funds, they expect their assets to appear as long as they enter the correct seed phrase. However, if two wallets use different derivation paths for the same blockchain, the result is different addresses—leading users to believe their funds are lost when they’re actually just inaccessible via the wrong path.

Ethereum Classic currently faces this exact challenge.

The Standard ETC Derivation Path

Ethereum Classic shares much of its technical foundation with Ethereum, including support for Ethereum Virtual Machine (EVM)-compatible tools. However, it has its own unique coin_type identifier: 61.

Therefore, the correct and standardized derivation path for ETC is:

m/44'/61'/0'/0/0

This path aligns with BIP-44, the widely accepted standard for HD wallets. It ensures compatibility across devices and software while preventing fragmentation.

In contrast, Ethereum uses:

m/44'/60'/0'/0/0

Note the difference: 60 vs. 61. While subtle, this distinction is crucial.

The Problem: Popular Wallets Using Incorrect Paths

Despite the existence of a clear standard, some popular wallets do not use the correct derivation path for ETC, leading to user confusion and access problems.

MetaMask: Using Ethereum's Path for ETC

MetaMask, one of the most widely used EVM-compatible wallets, currently generates ETC addresses using Ethereum’s derivation path:

m/44'/60'/0'/0/0

While this may allow basic functionality, it violates the BIP-44 standard and creates interoperability issues. Users who attempt to restore their seed phrase in other wallets (like MyEtherWallet or hardware wallets) may not see their ETC balance because those wallets correctly use 61 as the coin type.

We respectfully urge the MetaMask development team to update their configuration so that when users add Ethereum Classic manually (via Custom RPC), the wallet automatically applies the correct derivation path:

m/44'/61'/0'/0/0

This small change would ensure seamless cross-wallet compatibility and protect users from accidental fund inaccessibility.

MyEtherWallet (MEW): Inconsistent Handling with Ledger

Another issue arises with MyEtherWallet (MEW) when connecting to Ledger hardware wallets. Instead of using the standard ETC path, MEW uses:

m/44'/60'/160720'/0/0

This non-standard path is confusing and unnecessary. Ledger itself supports the correct 61 coin type, so there’s no technical reason for MEW to deviate from the norm.

We call on MEW to align with best practices and default to the standard ETC derivation path when handling ETC accounts—especially when integrating with hardware wallets.

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How Users Can Generate Multiple ETC Addresses

The base path m/44'/61'/0'/0/0 generates the first address in the first account. To create additional addresses under the same seed, users can increment the account index:

m/44'/61'/0'/0/0   → Account 0
m/44'/61'/1'/0/0   → Account 1
m/44'/61'/2'/0/0   → Account 2
m/44'/61'/3'/0/0   → Account 3

Each of these produces a unique key pair, allowing users to organize funds or improve privacy without needing multiple seed phrases.

Don’t Panic If You See Different Addresses

If you’ve tried restoring your ETC wallet in a different application and saw a different address or zero balance, don’t worry—your funds are likely safe.

This discrepancy usually occurs due to mismatched derivation paths, not lost keys. Many wallets—including MyEtherWallet, MyCrypto, and hardware wallets like Ledger and Trezor—allow manual selection of derivation paths during import.

By selecting or entering the correct path (m/44'/61'/0'/0/0), you should regain access to your full balance.

👉 Learn how advanced wallet recovery tools help users regain access with proper derivation settings.

Frequently Asked Questions (FAQ)

Q: What happens if I use the wrong derivation path?
A: You’ll see a different address and possibly a zero balance, but your funds aren’t lost—they’re just inaccessible via that path. Switching to the correct path restores access.

Q: Is my money at risk if a wallet uses the wrong path?
A: No. As long as you control your seed phrase, your funds remain secure. The issue is access, not security—provided you don’t share your keys.

Q: Can I manually change the derivation path in MetaMask?
A: Currently, MetaMask does not allow custom derivation paths for non-Ethereum chains. This limitation is part of why standardization at the wallet level is essential.

Q: Why does ETC use coin_type 61?
A: The number 61 was officially assigned to Ethereum Classic in SLIP-0044, a registry of coin types maintained by SatoshiLabs for HD wallets.

Q: Are there tools to test different derivation paths?
A: Yes. Open-source tools like Ian Coleman’s BIP39 mnemonic code converter (used offline) let you explore addresses generated by various paths—always ensure you use such tools securely and offline.

Q: Will adopting standard paths break existing wallets?
A: Not if implemented carefully. Wallets can support both legacy and standard paths during transition, ensuring backward compatibility while moving toward long-term consistency.

Core Keywords:

By unifying around the standard m/44'/61'/0'/0/0 path, wallet developers can significantly improve user experience, reduce support burdens, and strengthen trust in the Ethereum Classic ecosystem. We encourage all wallet providers to adopt this standard—and users to advocate for it.