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Enkrypt wallet extension setup and main features guide
Enkrypt wallet extension setup and main features guide
Download the package directly from the Chrome Web Store or Firefox Add-ons site–click the “Add to Browser” button, then approve the permissions prompt. The request will ask for read and write access to specific websites; this is necessary for transaction signing and dApp interaction. Denying these rights will cripple the tool’s functionality. Within 30 seconds, the icon will appear in your toolbar’s puzzle piece area. Pin it immediately for quick access.
Open the tool and select “Create a new vault.” You will be presented with a 12-word recovery phrase. Write this down on paper–never store it digitally, never take a screenshot. This phrase is your only method of asset recovery; losing it means permanent loss. Confirm the phrase by selecting the words in the correct order. This single step ensures you control the private keys, not a third party.
After verification, set a strong password–minimum 12 characters, mixing uppercase, lowercase, numbers, and a symbol. This password encrypts your local storage. Each time you close the browser, this password is required to unlock the vault. The actual cryptographic keys remain offline on your device, never transmitted to any server.
The interface directly supports Ethereum Virtual Machine (EVM) chains, Solana, Bitcoin, and Substrate-based networks. Switch between blockchains by clicking the network icon in the upper left corner. No separate installations are required for ERC-20, BEP-20, or SPL tokens–they are automatically parsed from the ledger via public RPC endpoints. You can manage Bitcoin addresses, Solana tokens, and Polygon dApps from a single panel.
The built-in swap tool aggregates quotes from five decentralized exchanges simultaneously. Select the source and target tokens, input an amount, and review the price impact and slippage tolerance (default is 0.5%). Executing the swap submits a single transaction directly to the blockchain; the tool never holds your funds intermediately. Gas fees are displayed in both the native currency (e.g., ETH, SOL) and USD before confirmation.
For developers, the API exposes window.enkrypt–a JavaScript object that provides account addresses, network details, and signing methods. dApps can call request( method: 'eth_sendTransaction' ) without additional configuration. The tool automatically injects the correct network ID based on the dApp’s origin, eliminating manual chain switching errors.
Enkrypt Wallet Extension Setup and Main Features Guide
Begin by downloading the browser plugin exclusively from the official Chrome Web Store or Firefox Browser Add-ons page to avoid phishing clones. Verify the publisher is “MyEtherWallet Inc.” and check the total downloads exceed 100,000 for authenticity. Upon first launch, you must create a wallet by generating a 12-word recovery phrase rather than importing an existing one, as this creates a fresh cryptographic seed. Store this phrase on paper in a fireproof safe, not in a cloud service or screenshot folder.
After initializing, immediately set a strong password between 12 and 16 characters including symbols and numbers. The plugin will encrypt your private keys locally using this password, never transmitting them to any server. Navigate to the settings menu to disable automatic token detection if you prefer manual asset management–this reduces network requests and speeds up the interface. For Ethereum mainnet, the plugin defaults to Infura’s RPC endpoint, but you can replace it with your own node URL (e.g., during testing or using a private chain) by editing the network configuration.
To add custom assets like ERC-20 tokens, click the “Add Token” button and paste the contract address from Etherscan. Avoid using the search function for obscure tokens, as it may return inaccurate metadata. The plugin supports multiple blockchain networks simultaneously: set up Polygon, BNB Chain, or Arbitrum One by selecting “Custom Network” and entering the specific chain ID and RPC URL from the network’s official documentation. Each network maintains a separate balance display and transaction history.
Transaction submission requires double-checking the gas limit and base fee before signing. The interface shows a live estimate from the mempool–if the value seems abnormally high, reject it. For high-value transfers, enable the “Show Advanced Gas Options” toggle to set a priority fee manually, ensuring your transaction confirms within the next 30 seconds on congested chains. All outgoing transactions must be approved via a pop-up requiring both password entry and physical confirmation on the device running the browser.
Hardware device integration works through WebUSB or WebHID protocols, supporting Ledger Nano S, X, and Trezor Model T. Connect the device, open the corresponding crypto app (e.g., Ethereum), then select “Connect Hardware” in the plugin’s menu. The plugin reads the public keys directly from the hardware without exposing the private seed to the browser. Test with a zero-value transaction first to confirm the device responds correctly before sending real funds.
For privacy, the plugin does not log IP addresses or associate wallets with user accounts. It uses a local database stored in IndexedDB, which can be cleared via the browser’s developer tools. To backup the entire profile, export the encrypted JSON file from the “Security & Privacy” section–this file contains your encrypted private keys and must be stored with the original decryption password. Without both, recovery is impossible; the plugin offers no password reset mechanism.
Limit the number of active connections to no more than three networks simultaneously to avoid memory spikes on older hardware. If the interface becomes unresponsive, clear the plugin’s cache via chrome://extensions on Chromium browsers or about:addons on Firefox. Always update the plugin when prompted, as patch versions often fix critical RPC handling bugs–delay by more than two days increases exposure to known vulnerabilities outlined in the changelog on GitHub.
Q&A:
I’m trying to install the Enkrypt wallet extension on my browser, but the Chrome Web Store page shows multiple versions (e.g., "Enkrypt" vs "Enkrypt by MyEtherWallet"). Which one should I actually download?
You should download the version specifically labeled "Enkrypt Wallet" and published by "Kryptokit." The extension with your previously installed MyEtherWallet (MEW) brand was an earlier version that is no longer maintained for new features. The current Kryptokit version is the one that supports all the multi-chain features mentioned in guides, including Bitcoin, Ethereum, and Solana. Installing the wrong version might give you an old interface or missing networks.
I’ve set up the wallet and funded it with ETH, but when I try to send tokens to a different chain (e.g., from Ethereum to Polygon), I get an error saying "insufficient funds for gas." Do I need ETH on the destination chain too?
Yes, you need the native coin (e.g., MATIC on Polygon, BNB on BSC) of the destination chain to pay for gas fees when sending tokens. Even if you are moving USDC, the transaction fee is paid in that network’s primary currency. Enkrypt has a built-in cross-chain swap feature that can handle this for you—it will automatically estimate the gas token needed on the target chain. You can also use the "Buy Crypto" option inside the extension to acquire small amounts of the destination chain’s gas token directly.
When I click on the "NFT" tab in Enkrypt, it shows "No NFTs found" even though I have tokens in my wallet on OpenSea. Is there a specific setting I need to enable?
First, make sure you are on the correct blockchain network inside the extension. enkrypt wallet setup displays NFTs on a per-chain basis, not a global wallet view. If your NFTs are on Ethereum, switch the network to Ethereum Mainnet. Second, check if the NFTs were minted on a network that Enkrypt’s indexer supports (e.g., Ethereum, Polygon, BNB Chain). For NFTs on rarer chains like Arbitrum or zkSync, the extension may not display them automatically, but you can still interact with them through dApps connected via WalletConnect. As a workaround, you can manually add the contract address under the "Custom Tokens" section if the NFT is an ERC-1155.
I want to use my Enkrypt wallet to connect to a DeFi protocol like Uniswap, but the wallet doesn't appear in the list of options. It only shows MetaMask and WalletConnect. How do I fix that?
Enkrypt is not injected automatically into all websites like MetaMask. You need to use the WalletConnect option. On the dApp's connection page, select "WalletConnect," then a QR code will appear. In your Enkrypt extension, click the WalletConnect icon (looks like a square with dotted corners), scan the QR code, and approve the connection. For browsers that support the EIP-6963 standard (like Chrome and Brave), Enkrypt *should* appear in the provider list automatically. If it doesn’t, try refreshing the website after Enkrypt is unlocked, as the detection script sometimes runs before the wallet is fully loaded.
If I lose access to my computer, but I have the 12 or 24-word seed phrase from Enkrypt, can I restore my portfolio on a different wallet like Trust Wallet or MetaMask?
You can restore the seed phrase into any wallet that supports the same derivation path and the same blockchain standards (BIP39/BIP44). However, the exact set of accounts will differ slightly if the other wallet uses a different account index or derivation path. Enkrypt uses the standard m/44'/60'/0'/0/0 path for Ethereum. To avoid confusion, restore the seed phrase into a wallet like Rabby or MetaMask, then manually add the specific sub-accounts (Account 2, Account 3, etc.) by importing the private keys separately, which you can export from Enkrypt under Account Details. For Bitcoin and Solana, the seed phrase restoration works natively across most major wallets without issues.