Ransomware

Our cybersecurity division has developed a specialized decryption tool tailored for Proton/Shinra ransomware. This decryptor was created after in-depth reverse engineering of the encryption algorithms used by variants like .OkoR991eGf.OhpWdBwm. It has been extensively tested in enterprise environments, including Windows-based infrastructures and VMware ESXi, proving effective at restoring files without corruption or data loss. Affected…

0xxx is a strain of crypto-ransomware that locks user data and attaches the “.0xxx” extension to encrypted files. For instance, a file originally named photo.jpg becomes photo.jpg.0xxx. Alongside the encryption, the malware drops a ransom message named !0XXX_DECRYPTION_README.TXT inside every directory containing affected files. This document outlines the attacker’s contact details and the payment instructions…

BB ransomware is a variant of the MedusaLocker family, notorious for encrypting valuable data and locking systems until victims pay a ransom. Once active, it renames every encrypted file by appending the “.BB” extension (e.g., report.docx becomes report.docx.BB). Alongside file encryption, the malware generates a ransom note titled Recovery_Instructions.html, which appears in every folder affected….

The ransomware strain known as WhiteLock (classified as Win32/Ransom.WhiteLock) has been observed encrypting data on Windows systems. Once executed, it renames compromised files with the .fbin extension and leaves behind a ransom note named c0ntact.txt. Attackers demand 4 BTC to be paid within four days, claiming they have stolen sensitive data. Victims are instructed to…

Jokdach belongs to the category of ransomware, a strain of malware engineered to lock user files by encrypting them. Once active, it modifies documents, images, and other data by attaching the .jokdach extension and generates a ransom message called !!!READ_ME!!!.txt. Reports from affected users indicate that files that were previously accessible, such as photos or…

Sns ransomware is a recently uncovered threat that falls under the Makop/Phobos family of file-encrypting malware. Once deployed, it scrambles user files, attaches the .sns extension together with a unique victim ID and the attacker’s email, and drops a ransom demand in a file named +README-WARNING+.txt. Following the modern double-extortion trend, Sns does not merely…

The FIND ransomware, a severe offshoot of the infamous Dharma ransomware family, has quickly become a major cyber threat targeting both individuals and corporations. Our cybersecurity engineers have thoroughly analyzed its encryption algorithm and produced a proprietary FIND Decryptor — a professional tool designed to restore encrypted data without the need to pay any ransom….

The .crypz ransomware is a newly observed encryption threat reported across security forums and community incident boards. To combat its growing presence, our cybersecurity engineers have developed a .crypz Decryptor framework — a carefully designed, case-specific recovery system that focuses on accuracy, safety, and transparency. This decryptor is optimized for Windows environments and virtual infrastructures,…

BeFirst ransomware is a recently emerged variant from the well-known MedusaLocker family. This strain has gained notoriety for its sophisticated encryption routines and dual-extortion tactics that target both corporate networks and individual systems. Our cybersecurity engineers have successfully reverse-engineered BeFirst samples and designed a dedicated BeFirst Decryptor, purpose-built to restore encrypted data across Windows-based infrastructures….

Cybersecurity analysts recently detected a new encryption-based threat known as .XxzeGRBSr ransomware, first mentioned by a victim on the BleepingComputer forums.Although little is publicly documented so far, our security research team has built a recovery framework tailored specifically to this variant—leveraging the same trusted model used in previous enterprise ransomware recoveries. The .XxzeGRBSr decryptor combines…