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Fireblocks wallet extension setup and dapp recovery guide



Fireblocks Wallet Extension Setup and DApp Recovery Process Guide

Install the browser add-on directly from the Chrome Web Store or Firefox Add-ons portal. Verify the developer's name matches the official provider to avoid counterfeit software. After adding it to your browser, launch the application and authenticate using your existing institutional account credentials. This initial step establishes a local, encrypted vault for transaction signing.


Configuration requires defining transaction policies within your organization's admin console. Specify the number of required approvals per transaction type, assign user roles, and set spending limits. These rules are enforced on-chain; the local plugin merely executes these pre-defined governance protocols. Connect the plugin to your managed accounts by authorizing its public key through your institution's dashboard.


Should you need to restore access, the process does not involve seed phrases. Your institutional access is central. Reinstall the browser add-on from the official store and log in with your corporate single sign-on (SSO) or credentials. All linked accounts and policies synchronize automatically because they are tied to your organization's master configuration, not locally stored data.


For interacting with decentralized applications, ensure the plugin is unlocked. Visit your chosen application's website and click its connect button. A prompt will appear requesting a connection from the plugin; select the appropriate account and confirm. All subsequent transaction requests from that application will route through your policy engine, requiring the mandated number of approvals before broadcast.

Fireblocks Wallet Extension Setup and DApp Recovery Guide

Install the browser add-on exclusively from the official Chrome Web Store or Firefox Add-ons portal to eliminate the risk of counterfeit software. Immediately after installation, you will not see a traditional seed phrase; instead, the system requires you to authenticate using your existing enterprise console credentials or a registered hardware device. This initial connection authorizes the plugin to become a transactional interface for your organization's pre-configured vaults, delegating signing authority without directly holding assets.


Should you need to re-establish access on a new machine, the process hinges on your institutional policy settings. Typically, an administrator must approve the new device connection request from within the management dashboard. You then repeat the standard installation step and log in with your corporate SSO; transaction signing policies (like multi-user approvals) remain intact and are enforced automatically, as the asset storage and rule engine are cloud-based, not local to the browser.


For interacting with decentralized applications, ensure the plugin is connected to the correct network (Ethereum Mainnet, Polygon, etc.) via its interface. When a smart contract prompts for authorization, the add-on will display a detailed breakdown of the proposed transaction for reviewers. Any required internal approvals are then managed through the same policy workflow as standard transfers, maintaining security consistency across all asset movements before you broadcast the final, signed action to the blockchain.

Installing the Extension and Connecting Your First Vault

Navigate directly to the Chrome Web Store, search for the official tool, and click 'Add to Chrome'. Confirm the installation; a new icon will appear in your browser's toolbar.


Launch the plugin and log in using your existing enterprise credentials. This step authenticates your identity but does not yet grant access to digital asset storage. You must now select a specific vault from your organization's available list within the interface.


Each vault requires explicit approval via your configured policy engine. Attempting to link triggers a notification in the Fireblocks platform; an authorized administrator must approve this connection request before proceeding.


Post-approval, the interface refreshes, displaying the vault's public address and balance. This confirms a successful bridge between your browser and the secured, multi-signature storage environment.


Test the linkage by visiting a decentralized application. The plugin icon should activate; clicking it prompts you to select this newly connected vault for transaction signing, completing the integration.

FAQ:
I installed the Fireblocks browser extension but it's asking for a "Recovery File." What is this and where do I get it?

The Recovery File is a critical security component generated during the initial setup of your main Fireblocks platform account (like the web console or mobile app). You cannot create it from the browser extension alone. To get it, you must log into your primary Fireblocks account. Navigate to the settings or user profile section, where you'll find an option to generate or download your personal Recovery File. This file is encrypted and contains the information needed to authorize new devices. Keep this file secure, as it is required to connect your extension to your vault.

Can I use the Fireblocks extension to recover access if I lose my laptop or my browser data is cleared?

Yes, you can recover access. The process requires two items: your encrypted Recovery File and the password you set when you first downloaded that file. If you have these, simply reinstall the Fireblocks Wallet download extension extension on the new machine or browser. During setup, choose the "Recover" option instead of "Set up new device." You will be prompted to upload your saved Recovery File and enter its password. This re-establishes the connection to your Fireblocks vault without needing to reconfigure all wallet policies, as those are stored on the Fireblocks platform.

What's the difference between the extension password and my Fireblocks login credentials?

These are separate layers of security for different purposes. Your Fireblocks login credentials (email and password) grant you access to the main administration platform, where you manage vaults, policies, and users. The extension password is set locally on your browser when you first install the extension. Its sole function is to lock and unlock the extension itself on that specific computer. It does not transmit to Fireblocks servers. This design means someone with your Fireblocks account password cannot access your extension without this local password, and vice versa.

When connecting to a dapp, the extension shows a different address than I expect. Is this a problem?

This is a security feature, not necessarily a problem. Fireblocks uses a technology called MPC to generate a unique wallet address for each transaction or connection in some configurations, derived from your master vault keys. The address you see is a valid, controlled destination. However, you should verify it matches the address whitelisted in your Fireblocks policy for that dapp. If it's a completely unfamiliar address not linked to your vault's asset list, do not proceed. Check your vault's deposit addresses in the main Fireblocks console to confirm the expected addresses for your assets.