Create Tron Wallets
Blockchain:
Wallets are generated LOCALLY in your browser. We never have access to your private keys.
FAQ about Tron wallets
Everything you need to know about Tron wallets.
Is my private key sent to a server?
No, never. Generation occurs exclusively on your device (client-side) using JavaScript. Your private key and mnemonic phrase are created locally and never leave your computer or phone. We do not store, view, or transmit your data.
Can you recover my wallet if I lose my data?
No. Since we do not store your keys, it is technically impossible for us to recover them. You are the sole owner of your wallet. Important: Ensure you save your private key or seed phrase in a secure location (ideally on paper or an encrypted drive) before closing the page.
How can I verify that this tool is secure?
The best way to verify is to go offline. Load the generator page, disconnect your Wi-Fi or network cable, and click "Generate." You will see that the wallet is created without internet access. This proves the code runs autonomously and does not send data to external servers.
Are these wallets compatible with TronLink, Trust Wallet, and exchanges?
Yes. Our generator creates standard Tron (TRX) network addresses that comply with all technical protocols. You can import the resulting private key into any popular wallet (such as TronLink, Exodus, or Trust Wallet) or use the address to receive funds from exchanges.
How random is the key generation?
We use Cryptographically Secure Pseudorandom Number Generators (CSPRNG) built into your browser. This provides the same level of entropy (randomness) and security as creating a wallet within major industry applications.
Is this service free?
Yes, the tool is completely free to use. We do not charge any fees for address generation.
What is a Vanity Generator?
A Vanity Generator allows you to create a "custom" wallet address that starts (Prefix) or ends (Postfix) with a specific sequence of characters. For example,
How it works: Your browser iterates through millions of combinations per second until it finds one that matches your request.
Good to know: The longer the sequence you are looking for, the more time the search will take. Finding 3–4 characters usually takes seconds, while 6–7 characters could take hours or even days of CPU processing.
123... or ...777.
How it works: Your browser iterates through millions of combinations per second until it finds one that matches your request.
Good to know: The longer the sequence you are looking for, the more time the search will take. Finding 3–4 characters usually takes seconds, while 6–7 characters could take hours or even days of CPU processing.