After unpacking the program archive, you need to follow simple instructions to start the program. Make sure that you have an active Internet connection, as it is necessary to check the validity of the license key. To do this, follow these steps:
- Run AISeedFinder.exe.
- Register. Use your Telegram username as your login.
- Create a strong password: use uppercase and lowercase letters, as well as numbers.
- Open the file: License key.txt and copy the code.
- Enter the license key code for the program.
Entering a login and password when launching a program is necessary for user authentication and ensuring the security of program access. This ensures that only registered users have access to the program’s functionality and its results. It is also necessary for user authentication and preventing unauthorized access to the program. This adds an additional level of protection and ensures the confidentiality of user data.
Upon completion of the authorization procedure, the main interface of the program opens, consisting of three windows for monitoring the program’s operation. These are 3 log monitoring windows for the AI_Generator, AI_Validator, and Checker BTC balance modules. The program interface also includes indicators of internet connection to servers, a progress bar for loading the necessary data and module updates, support service contacts, the current license type, and a menu with some user-friendly settings. Each of the module work logs: generator, validator, and checker can be opened and viewed using the “Open” button located next to each module window, respectively.
In the AI Seed Phrase Finder with BTC balance checker tool for Windows PC program, the previously mentioned modules work as follows:
- Seed phrase generation: The program uses AI algorithms to mass-generate words from the BIP-39 dictionary, which make up the seed phrases. This is done on remote high-tech equipment, which ensures high performance and operational efficiency (more details will be written later).
- Seed phrase validation: The generated mnemonic phrases are then checked for their correctness and compliance with the “bitcoin seed phrase” format. This allows for the exclusion of incorrectly generated seed phrases and increases the likelihood of finding real bitcoin wallets.
- Balance check: After validating the seed phrase, it is checked by a checker for a positive balance on the corresponding Bitcoin wallets. The program uses public blockchain data for this, which contains information about the balances of all Bitcoin addresses. This allows to determine if there are funds on the wallet associated with the generated seed phrase.
It is important to note that the main operations are performed on remote equipment, not on your computer. Your computer receives the program’s results on encrypted servers and after decryption, it displays them to you in the corresponding logs in real time. This significantly reduces the load on your computer and ensures efficient data processing.
To ensure the security and confidentiality of data, all transmitted data between your computer and remote equipment is encrypted using special encryption algorithms. This guarantees that your data is protected from unauthorized access and interception, as described in detail at the end of this article.
It is important to note that the AI Seed Phrase Finder & BTC balance checker tool does not transmit the results of module operation to anyone. All data remains only on your computer and does not intersect with other program users. No information is sent to remote servers or cloud storage. All module results remain strictly private and accessible only to you.
Description of the main elements of the software interface with logs: generator, validator, checker.
For convenient and reliable logging of the work of AI seed phrase finder tool computational servers and the current result of module operation, advanced techniques and methods are used. Here’s how it works:
- Multithreading: the program algorithm efficiently manages computational servers and program modules by running each of them in a separate thread. This allows for parallel execution of various tasks, such as seed phrase generation, validation, and checking for positive balances. This maximizes the efficient use of server resources and reduces operation execution time.
- Asynchrony: To process large amounts of data and perform server operations, an asynchronous programming method is used. This allows multiple tasks to be executed simultaneously without blocking the main program thread. For example, the mnemonic phrase generator module works asynchronously, generating seed phrases in parallel with other necessary operations. As a result, the program’s performance is significantly improved, and the waiting time for results is reduced.
- Logging: Special logging libraries are used to record program logs. These libraries allow for recording information about the program’s operation, including generated seed phrases, validation results, and positive balance checks. Logs are saved in text files in the “output” folder. This allows the user to view the log at any time and see a list of seed phrases that were generated as a result of the program’s operation.
- Buffering: Buffering is used to process large volumes of data. For example, the results of the mnemonic phrase generator are temporarily saved in a buffer and then written to the program log in batches while also being passed to the validator and then the seed phrase checker. This optimizes program performance and reduces server load.
- Monitoring: The monitoring system is used to track the current status of the program and servers, allowing the user to display real-time statistics of program operations, such as seed phrase generation and validation speeds, as well as track the current results of module operations. This helps to promptly respond to any issues and ensure seamless program performance.
All of these techniques and methods allow for effective monitoring of the AI computational servers’ performance and seamless logging of the AI Seed Phrase Finder Tool program’s operations, enabling the user to view the log and see a list of generated seed phrases at any time to stay updated on the current status of the program’s operations.