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).

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.

LanRan Ransomware is a type of malicious software designed to encrypt files on an infected computer, rendering them inaccessible to the user until a ransom is paid. This ransomware was first discovered in 2017 and has since evolved into various versions. It is part of a broader category of ransomware that targets both individual users and organizations, demanding payment in exchange for the decryption key needed to restore access to the encrypted files. LanRan Ransomware appends specific extensions to the encrypted files, making it easy to identify affected files. For instance, it adds the extension .LanRan2.0.5 to the filenames. This alteration not only signals that the files have been encrypted but also prevents the user from opening them with their usual applications. LanRan Ransomware employs strong encryption algorithms to secure the files it targets. Typically, it uses a combination of AES (Advanced Encryption Standard) for file encryption and RSA (Rivest-Shamir-Adleman) for encrypting the AES key. This dual-layer encryption ensures that decrypting the files without the corresponding decryption key is virtually impossible. Upon completing the encryption process, LanRan Ransomware generates a ransom note to inform the victim of the attack and provide instructions for payment. The ransom note is usually placed in prominent locations such as the desktop or the root directories of affected drives. It may be named something like RESTORE-FILES..11232323.hta or similar, depending on the variant. The note typically includes instructions on how to pay the ransom, often in Bitcoin, contact information for the attackers, such as an email address (e.g., lanran-decrypter@list.ru) and a warning that attempting to decrypt the files without paying the ransom could result in permanent data loss.