A user holding assets across multiple blockchains faces a practical challenge: managing private keys, accessing decentralized applications, and executing swaps without relying on a custodial exchange. Installing a non-custodial wallet that spans 90+ chains—Ethereum, Solana, Polygon, BSC, Aptos, and others—requires careful attention to the download source, platform-specific installation steps, and initial configuration. The difference between a secure setup and a compromised one often comes down to verifying the correct application, understanding what permissions each platform requires, and confirming that private keys remain under the user’s control from the moment the wallet is created.
Bitget Wallet, formerly known as BitKeep, operates as a non-custodial application available across Chrome extension, Windows, Mac, iOS, and Android environments. Each platform has distinct installation procedures, file verification requirements, and security considerations. This guide walks through the complete setup process for each major platform, emphasizing the verification steps that matter most and the configuration choices that affect security and functionality.
Chrome extension installation and verification
The Chrome extension version of Bitget Wallet provides quick access to blockchain networks and dApps without requiring a separate application window. Installation begins at the official Chrome Web Store, where the extension can be added directly to the browser with a single click. The store listing should display the correct publisher information, user ratings, and recent reviews that can indicate whether the extension is functioning as intended. Before adding the extension, verify that the listing URL matches the official domain and that the icon and name are spelled correctly, as phishing copies sometimes use slightly altered names or graphics.
After installation, the extension appears as an icon in the Chrome toolbar. Clicking it opens the wallet interface in a popup. The first critical step is creating or importing a wallet. If creating a new wallet, the application will generate a recovery phrase, usually displayed as 12 or 24 words. This recovery phrase is the sole method to restore the wallet if the device is lost, the browser profile is deleted, or the extension is uninstalled. The application will ask the user to write down this phrase and confirm it by re-entering several words in a random order. This confirmation is not busywork; it ensures the user has actually recorded the phrase and can retrieve it later.
After confirming the recovery phrase, the user sets a password that encrypts the wallet data stored locally. This password is required every time the wallet is opened, so it should be memorable but distinct from passwords used elsewhere. The Chrome extension stores encrypted keys on the device, not on Google’s servers or Bitget’s infrastructure. However, the device password and browser security matter as much as the wallet password. A compromised computer can still expose keys if malware runs with sufficient privileges. Users should keep their operating system and browser updated, avoid installing untrusted extensions, and consider using a dedicated browsing profile or machine for significant holdings.
Windows desktop installation and configuration
The Windows version of Bitget Wallet is downloaded as an executable installer from the official website. Before running the installer, users should verify the file checksum or digital signature if the publisher provides one. This step prevents installation of a modified or counterfeit version. The installer will guide through a standard Windows setup process, asking where to install the application and whether to create a desktop shortcut. Installation typically completes in under a minute. The application then opens to a welcome screen, similar to the Chrome extension, offering options to create a new wallet or import an existing one.
The recovery phrase process on Windows is identical to the extension: generate or paste a 12 or 24-word recovery phrase, write it down, and confirm by re-entering specific words. Users should not store this phrase in a text file, email, or cloud service unless encrypted separately. Many wallet compromises result from recovery phrases stored in plaintext in password managers, email accounts, or photo galleries that sync across devices. The safest approach is to write the phrase on paper, store it in a safe or secure physical location, and optionally create a second copy in a separate location to hedge against fire or theft.
After the wallet is created, the Windows application displays a main dashboard showing balances across supported chains, recent transactions, and quick-access buttons for swapping, staking, and managing NFTs. The application’s settings should be reviewed to enable biometric authentication if the Windows device supports it, configure which chains appear in the primary interface, and disable or enable notifications. By default, the wallet may display unverified or low-liquidity tokens; users can customize the token list to reduce clutter and avoid accidentally interacting with scam tokens or rugpulls. The Windows version also supports hardware wallet integration via Ledger or Trezor, requiring the respective device software to be installed and the device connected via USB.
Mac installation and security considerations
The Mac installation process begins with downloading the application from the official Bitget Wallet website, typically as a .dmg file. Double-clicking the .dmg mounts it as a virtual drive, displaying the Bitget Wallet application icon and a shortcut to the Applications folder. Dragging the application into the Applications folder completes the installation. On first launch, macOS may display a security prompt indicating that the application was downloaded from the internet. The user should confirm permission to open the application. Subsequent launches should not require this confirmation unless the application has been updated.
The setup process on Mac mirrors that of Windows: create or import a wallet, confirm the recovery phrase, and set a password. The same phrase security rules apply. Mac users should recognize that File Vault encryption, enabled in System Preferences under Security & Privacy, protects the entire disk and therefore also protects the wallet’s encrypted keys. However, File Vault encryption does not protect a recovery phrase written on paper or stored in plaintext anywhere on the device. The phrase remains the highest-value target. Users with significant holdings should consider storing the recovery phrase in a home safe or safety deposit box, separate from the device.
The Mac version supports hardware wallet connections using the same Ledger or Trezor integration as Windows. Connecting a hardware wallet requires the respective vendor’s software—Ledger Live or Trezor Suite—to be installed and the device to be connected via USB. The wallet will then recognize the hardware device and allow transactions to be signed on the device itself rather than using the application’s locally stored keys. This architecture is more complex but significantly stronger for large or long-term holdings because the private keys never exist on the internet-connected computer. The trade-off is that each transaction requires physical device confirmation, which is slower but appropriate for managing risk.
iOS installation and mobile security
The iOS version is installed from the Apple App Store by searching for “Bitget Wallet” and tapping the “Get” button. After installation completes and the app is opened, the user will see the same wallet creation or import flow as desktop versions. On iOS, the wallet can use Face ID or Touch ID for authentication, which is more convenient than typing a password on a mobile device and also more secure than memorizing a simple PIN. The device must be configured with biometric authentication enabled in Settings before the wallet will offer this option. Users should note that Face ID and Touch ID are separate from the wallet password; the biometric protects the wallet on the device, while the password would be needed if the wallet were imported on another iOS device or computer.
A critical security consideration for iOS users is that the device’s memory and processor are shared with other applications. Malware, spyware, or apps with unusual permissions can potentially observe wallet activity or keystrokes. Users should review app permissions regularly, delete applications that are no longer used, and keep the iOS system updated. Apple’s App Store review process provides some assurance that major functionality has been tested, but it is not a guarantee of absence of vulnerabilities. Users managing substantial assets should consider whether to use a dedicated iPhone, use a separate user profile if available, or rely primarily on hardware wallet signing for confirmations.
The iOS app has the same multi-chain support as desktop versions and integrates with dApps through Web3 connections. Some dApps require wallet connection through a browser such as Safari; others have dedicated iOS applications. The most secure pattern is to use a separate browser profile for crypto activities, avoid clicking suspicious links in messages or emails, and always verify the dApp URL before confirming wallet connections. iOS does not display URL bars inside in-app browser windows by default, making it easier to be tricked into approving transactions on malicious pages. A user should always examine what chain, contract, and amount are being approved before confirming.
Android installation and permissions management
Android users can install Bitget Wallet from the Google Play Store by searching for the official application and tapping “Install.” The store provides version history, user reviews, and an indication of when the app was last updated. After installation, the wallet launches to the same creation or import interface as other platforms. Android devices can also use biometric authentication—fingerprint or face recognition—if the device supports it and the user has enabled it in system settings.
A distinctive consideration for Android is that the operating system is more fragmented than iOS, with varying security patches, manufacturer modifications, and user control over installation sources. Users should keep the Android operating system updated, avoid enabling “Unknown Sources” to install applications from outside the Play Store unless necessary, and use a PIN or password to lock the device. The wallet application’s backup and security settings should be reviewed; Android devices may offer options to back up app data to Google Drive, but sensitive wallet data should not be included in cloud backups. The recovery phrase should be written down separately and stored offline, never backed up automatically.
On Android, the same multi-chain support applies as on iOS and desktop: users can view and manage assets on Ethereum, Solana, Polygon, BSC, Aptos, and 85+ additional blockchains from a single interface. The wallet connects to dApps using Web3 standards, allowing participation in DeFi protocols, NFT marketplaces, and GameFi applications. Users should be aware that the Android Chrome browser, Firefox, and other browsers can connect to Web3 wallets through extensions or built-in browser integrations. If using a mobile browser to access a dApp, the user should confirm that they are connecting the correct wallet and understanding what permissions are being granted. Transaction approval screens should be read carefully; approving an unlimited token allowance to a contract is a common vector for theft.
Recovery phrase backup and hardware wallet integration
After the wallet is created on any platform, the recovery phrase and password represent the complete set of secrets needed to access the funds. The recovery phrase should be written by hand or otherwise recorded offline, kept in a location not accessible to casual observers, and never photographed, emailed, or stored in cloud services. A second physical copy in a geographically distant location can protect against fire or natural disaster. Users with very large holdings often create a multi-sig vault or split the recovery phrase using threshold schemes such as Shamir’s Secret Sharing, which allows the phrase to be reconstructed from multiple pieces without any single piece being sufficient. This is complex and should only be attempted after thorough study and testing with small amounts.
Hardware wallet integration is available across all Bitget Wallet platforms. Users with a Ledger Nano S Plus, Nano X, Trezor Model T, or other supported hardware device can generate keys on the device and use the Bitget Wallet application as an interface without the application ever holding the private keys. To set this up, the user must first install the hardware wallet vendor’s software (Ledger Live or Trezor Suite), connect and initialize the hardware device, and then open Bitget Wallet and select the option to connect a hardware wallet. The application will detect the device and allow the user to select which Ethereum, Solana, or other chain accounts to import. Transactions initiated in Bitget Wallet will require confirmation on the hardware device itself, adding a physical barrier against unauthorized transfers.
For most users, this hardware wallet approach is the best balance between security and usability. The private keys never leave the device; the Bitget Wallet application cannot be tricked into sending funds because the transaction must be approved on the hardware device, which displays the recipient and amount. The trade-off is cost—a hardware wallet device ranges from $50 to $150—and slight inconvenience because each transaction requires physical confirmation. For holdings above a few thousand dollars, the security improvement is worth the cost and friction. For frequent small transactions or testing, the software wallet alone may be acceptable if the private keys are protected with a strong password and the device is kept secure.
Final setup verification and first transactions
After the wallet is created on the chosen platform, users should verify that the setup is correct before moving significant assets. The first step is to test sending a small amount to the wallet from another source, confirming that funds arrive and can be moved again. This validates that the address is correct, the blockchain connection is working, and the wallet can participate in the chosen network. Many users skip this step and later discover they recorded an address incorrectly or that the wallet is not properly synchronized with the blockchain.
The second verification is to test the recovery process. On a separate device, create a new instance of Bitget Wallet and import the recovery phrase. The imported wallet should display the same address and balance as the original wallet. This confirms that the recovery phrase was written down correctly and can restore the wallet if the original device is lost. Users should delete this test wallet afterward and keep the original as the primary instance. This recovery test is the most important security step a user can perform, yet many skip it and later discover their recovery phrase was recorded incorrectly when they actually need it.
Finally, users should review the wallet settings for each platform: enable hardware wallet connections if applicable, configure which chains are visible, and decide whether to enable notifications. The wallet should be tested with a small dApp interaction—a simple token swap or viewing an NFT marketplace—to ensure that Web3 connections work as expected. Only after these tests should significant assets be moved into the wallet. The Bitget Wallet application’s design makes these steps straightforward, but they require deliberate attention rather than rushing through the installation and immediately depositing large amounts.
Frequently asked questions
Is my recovery phrase secure if I store it in a password manager?
A recovery phrase in a password manager is better than losing it, but it is not optimal security. Password managers store data encrypted, but they are still digital services that can be compromised, accessed by malware, or subject to brute-force attacks. The strongest practice is to write the phrase on paper and store it in a physical safe. A password manager can store a backup copy as a hedge against physical loss, but the primary copy should be offline and inaccessible to internet-connected devices.
Can I use the same recovery phrase on multiple platforms?
Yes, the same recovery phrase will restore the same wallet on Windows, Mac, iOS, Android, or the Chrome extension. The phrase is standardized across the application. However, for security reasons, you should not import the phrase on multiple devices simultaneously unless you are specifically testing recovery. Keep the phrase recorded but limit the number of devices that have access to the wallet keys.
Do I need a hardware wallet, or is the software wallet secure enough?
For small amounts or frequent transactions, a software wallet with a strong password is secure if the device itself is kept free of malware and the recovery phrase is protected. For amounts exceeding a few thousand dollars or for long-term holdings, a hardware wallet significantly improves security by keeping private keys isolated from internet-connected devices. The choice depends on the amount, your device security practices, and how often you need to move funds.