FAQs

This page covers frequently asked questions and their answers.

chevron-rightHow does mybucks.online work?hashtag

Mybucks.online turns your credentials into a wallet private key directly, without the need for seed phrases, site registration, app installs, or extension downloads. Only the passphrase and PIN determine the private key and wallet address, allowing you to create a wallet in seconds on your browser. It internally uses the Scrypt Key Derivation Function (KDF) and Keccak256, making brute-force attacks computationally expensive and impractical compared to old-school "Brain wallets."

chevron-rightWhat is the uniqueness, and advantage?hashtag

By utilizing a human-readable and memorable passphrase and PIN as a key, it eliminates the need for seed phrases, site registration, or separate private key storage, ensuring user-friendliness without compromising safety. It is self-custodial, decentralized, hosted on a public domain and provides instant-access. No KYC is required, and truly self-custodial.

With MyBucks.online, you can "Send the Wallet" instead of just the coins by sharing a 1-Click URL via Telegram or WhatsApp. The recipient just clicks the link to instantly take full ownership of the assets with no app installs or registration required. This makes it perfect for gifting and airdropping.

chevron-rightWhat purpose can you use this wallet for?hashtag

This wallet is designed for speed and convenience. It is ideal for micro-gifting and small, instant transactions. It is not intended for long-term storage of your life savings. It is not for interacting with dApps. Do not store large amounts like 1 BTC here.

chevron-rightWhat is the passphrase and PIN?hashtag

The passphrase is the primary field used to generate a private key and create your account. The PIN is added specifically to resolve the "random salt" issue in a zero-storage environment. It also serves as a secure layer to protect sensitive information during a live session. These two fields are combined together to generate a private key.

chevron-rightIs it free? is there any service fee?hashtag

The wallet itself is free to use, but standard blockchain transaction fees will apply. Your generous donations help us continuously enhance and improve our product.

chevron-rightCan I recover credentials?hashtag

No. You can't reset or recover the passphrase and PIN. Do not lose them and back them up.

chevron-rightHow can I change or update my credentials?hashtag

There is no direct method to change the passphrase and PIN. Each passphrase and PIN generates a unique wallet. To update your credentials, create a new wallet with the desired passphrase and PIN and transfer your assets to it.

chevron-rightCan different credentials generate the same account?hashtag

No absolutely! Each passphrase and PIN uniquely generates its own corresponding private key and wallet address. The Scrypt and Keccak256 algorithms transform the passphrase and PIN into a 256-bit private key. These two hash functions produce pseudo-random values and are widely verified and accepted across the industry.

chevron-rightWho can know or steal my passphrase and PIN?hashtag

Malware can steal your credentials by tracking keystrokes. Avoid using personal information, such as your name or birthday as a passphrase or PIN. There's no admin or database, so your credentials are safe from us.

chevron-rightWhat is the backup option?hashtag

You can back up private key itself as plain text. You can import the private key into other wallet like Metamask.

chevron-rightWhat is the risk or vulnerability?hashtag

A simple passphrase and PIN are susceptible to brute force attacks, and there is no option to recover or reset the credentials. Once lost, you will lose your funds permanently.

chevron-rightDoes it support privacy?hashtag

Absolutely! No server, no database, no storage, and no tracking. Your keys are generated entirely in your browser’s temporary memory and vanish the moment you close the tab.

It does not require personal information, including an email address, and using a one-way hash function means sharing the wallet address does not compromise the private key or credentials.

chevron-rightI received cryptocurrency. but it is not shown in my wallet.hashtag

It may take a couple of minutes to update your balance in the wallet. Please ensure you have selected the correct blockchain network.

chevron-rightWhy is my account locked automatically?hashtag

To safeguard your funds, the system locks your account after 15 minutes of inactivity.

chevron-rightIs it open source? can I review the codebase?hashtag

Yes, it is fully open source. You can review the codebase herearrow-up-right. It is deployed into Github Pages by using Github Actions.

chevron-rightCan I store NFT in this wallet?hashtag

Currently, there is no UI to manage NFTs, but you can still store them in this wallet without any issues.

chevron-rightCan I connect DeFi apps to this wallet?hashtag

It is not designed for interaction with Web3/dApps, but you can extract the private key into MetaMask and connect to DeFi apps.

chevron-rightHow can I trust this wallet?hashtag

We prioritize transparency. Our codebase, deployment processes, and actions are all managed on GitHub. You can verify the codebase, deployment history, and DNS configuration and audit reports.

chevron-rightHow long does it take to brute force 12 length passphrase?hashtag

A passphrase with 94 possible characters (uppercase + lowercase + digits + symbols) and a length of 12 would have approximately (94^12) possible combinations. Assuming each brute-force attempt takes less than 1 millisecond with a cutting-edge ASIC attacker, it would take about (5.36 * 10^23) milliseconds, or roughly (1.7 * 10^13) years, to exhaust all possibilities. This duration is extremely long and practically unbreakable by brute force methods.

chevron-rightWhat would be the size of a rainbow table required to store all possible 12-character passphrase along with their corresponding hash results?hashtag

Storing a full rainbow table for all 12-character passwords with 94 characters each would need about (1.5 * 10^10) petabytes of storage. This shows that creating and storing such a large table is impractical, making longer, complex passphrase more secure against these attacks.

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