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Copy file name to clipboardExpand all lines: sites/ef/docs/interop/chain-specific-addresses.md
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@@ -31,6 +31,6 @@ The standards define two representations: a human-readable name, and a compact b
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To bring these standards to life we collaborated with Unruggable on an [onchain chain registry](https://ens.domains/blog/post/on-eth-chain-registry) (`on.eth`), which was approved for use by the ENS DAO.
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We also developed a dedicated typescript package for easy integration of interoperable addresses, `@wonderland/interop-addresses.`
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We also developed a dedicated typescript package for easy integration of interoperable addresses, `@wonderland/interop-addresses`
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> 📌 To learn more, feel free to check our [documentation](https://docs.interop.wonderland.xyz/addresses), explore the [landing page](https://interopaddress.com/) and interact with the [demo app](https://interop.wonderland.xyz/addresses).
Copy file name to clipboardExpand all lines: sites/ef/docs/interop/cross-chain-token-standards.md
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Cross-chain token standards tried to do the same for token portability. Both xERC20 (driven by Connext and Wonderland) and ERC-7802 (proposed by Optimism and Uniswap) allow a token to work with any bridge without being tied to a single one.
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**So, what is the difference?** These standards differ in how much control they give the issuer. xERC2 offers granular control with bridge whitelisting and minting rate limits per bridge. On the other hand, ERC-7802 limits itself to the minimum, two `crosschainMint` and `crosschainBurn` functions.
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**So, what is the difference?** These standards differ in how much control they give the issuer. xERC20 offers granular control with bridge whitelisting and minting rate limits per bridge. On the other hand, ERC-7802 limits itself to the minimum, two `crosschainMint` and `crosschainBurn` functions.
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All these standards solve real problems. However, none achieved significant adoption.
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