BugsFighter

ERR_FILE_NOT_FOUND error in Google Chrome is a common issue that typically occurs when the browser fails to load a file that should be accessible. This error can arise due to various reasons, such as a missing file, a broken link, or incorrect settings in the browser or the operating system. Below, we explore the causes of this error and provide detailed step-by-step instructions to resolve it. The ERR_FILE_NOT_FOUND error occurs when Google Chrome tries to access a specific file on your system or network but cannot find it. This error is usually displayed as a message in the browser indicating that the "File could not be found". Several common reasons can trigger this error: missing or deleted file (the targeted file may have been moved, renamed, or deleted), broken extensions (browser extensions trying to load resources from files that do not exist can lead to this error), shortcut issues (incorrect or outdated shortcuts in your browser or operating system, malware (malware or adware may modify browser settings or files, leading to such errors).

Lethal Lock is a type of ransomware, a malicious software designed to encrypt files on a victim's computer and demand a ransom for their decryption. This ransomware appends the .LethalLock extension to the filenames of encrypted files and generates a ransom note named SOLUTION_NOTE.txt to inform the victim of the breach and the ransom demands. For example, a file named document.jpg would be renamed to document.jpg.LethalLock after encryption. This extension serves as an indicator that the file has been compromised by the ransomware. Lethal Lock employs complex, military-grade encryption algorithms to secure the victim's files. The specific encryption methods are not detailed in the available sources, but the ransomware claims to use highly sophisticated cryptographic techniques that make decryption without the key virtually impossible. The ransom note generated by Lethal Lock is named "SOLUTION_NOTE.txt" and is typically placed in directories containing encrypted files. The note begins with a taunting message, acknowledging the breach and describing the encryption as nearly unbreakable without the decryption key. It demands a ransom payment of 25 bitcoins within 72 hours, threatening permanent data loss and the sale of data on the dark web if the demands are not met. The note also provides instructions for contacting the attackers via Telegram (@lethallock) to arrange the payment.

Ransomware continues to be a significant threat in the cybersecurity landscape, with various strains causing widespread damage. Among these, Diamond (Duckcryptor) Ransomware is notable for its unique characteristics and impact on infected systems. This article explores the specifics of Diamond (Duckcryptor) ransomware, including its infection mechanism, file encryption method, ransom note details, and potential decryption solutions. Upon successful infiltration, Diamond (Duckcryptor) ransomware initiates a file encryption process. It employs robust encryption algorithms to lock the files on the infected computer, rendering them inaccessible to the user. The ransomware appends a distinctive extension to the filenames of encrypted files, specifically .duckcryptor. Diamond (Duckcryptor) ransomware creates a ransom note on the infected system, providing victims with instructions on how to proceed. This note typically includes details about the encryption, demands for payment (usually in cryptocurrency), and contact information for the attackers. The ransom note is often placed on the desktop or within affected directories as a text file named Duckryption_README.txt and an HTML application file named Duckryption_info.hta.