Salted2020 Ransomware Decryptor

Bydecryptor

Salted2020 ransomware is a severe encryption-based malware that locks user and business files by appending the .salted2020 extension. Our cybersecurity experts have successfully analyzed this ransomware and engineered a dedicated decryptor that allows data restoration without submitting to ransom demands. This recovery tool is fully compatible with Windows, Linux, and VMware ESXi servers, and has already proven effective in helping global enterprises regain access to their encrypted assets.

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How Our Salted2020 Decryptor Functions

AI-Driven File Analysis – Encrypted samples are processed in a controlled lab environment where artificial intelligence and blockchain-based integrity checks ensure accurate decryption.

Ransom ID Association – Each ransom note contains a unique identifier. Our decryptor leverages this ID to align the proper decryption keys with the locked data.

Universal Variant Handling – For situations where the ransom note is missing, our premium decryptor is capable of handling multiple Salted2020 builds, ensuring recovery even in complex cases.

Read-Only Safety Mode – Before initiating any decryption, the software runs in read-only mode, verifying files without altering them, preventing unintended data corruption.

Essential Items Required for Decryption

To maximize chances of full recovery, victims should prepare:

  • A copy of the ransom note (commonly titled HOW_TO_RESTORE_FILES.txt)
  • At least several encrypted files bearing the .salted2020 extension
  • A stable internet connection for validation purposes
  • Administrator-level privileges on the affected system

Immediate Response Steps After Infection

Isolate Infected Systems – Disconnect compromised machines from the network to stop lateral movement.

Preserve All Evidence – Retain ransom notes, log files, and encrypted files for investigation. Network traffic captures and system hashes are also valuable for forensic review.

Avoid Restarting Devices – Reboots may reactivate hidden scripts that continue the encryption cycle.

Seek Professional Help – Amateur or unauthorized tools can corrupt files beyond repair. Engaging certified recovery specialists is the safest path forward.

Recovery and Decryption Strategies for Salted2020

Salted2020 poses significant challenges, but several recovery approaches exist. These can be broadly categorized into free solutions and paid options.

Free Recovery Techniques

1. Legacy Community Decryptors
 Older Salted2020 versions used flawed encryption schemes. Volunteers in the cybersecurity community released free decryptors for these variants. They are effective only when the sample matches known weak builds.

  • Advantages: Cost-free, works locally, no internet required.
  • Disadvantages: Ineffective on newer, stronger versions. Risk of errors if mismatched.

2. Backup Restoration
 The most reliable form of recovery is restoring clean backups.

  • Offline and Offsite Backups: If kept outside the reach of ransomware, these allow full restoration.
  • Integrity Checks: Backups should always be validated via checksums before reintroduction.
  • Immutable Snapshots: Cloud and WORM snapshots resist ransomware tampering better than traditional backups.

3. Volume Shadow Copy Retrieval
 If Salted2020 fails to wipe shadow copies, Windows users may be able to restore files through ShadowExplorer.

  • Limitation: Most active versions of Salted2020 execute vssadmin delete shadows /all /quiet to erase this option.

4. Partial File Repair
 Even when decryption is impossible, partial recovery may succeed using:

  • Carving tools like PhotoRec to extract fragments.
  • Specialized repair software for formats such as SQL, Office, or media files.

Paid Recovery Approaches

1. Paying the Criminals (Discouraged)
 Attackers demand Bitcoin in return for their decryptor. This approach comes with severe risks.

  • Process: Decryptor is linked to the victim’s unique ransom ID.
  • Risks: No guarantee of tool delivery, possibility of corrupted decryptors, and violation of compliance regulations.

2. Engaging Negotiators
 Professional negotiators sometimes act as intermediaries.

  • They verify decryptors by demanding test decryption before ransom transfer.
  • They may lower ransom amounts using negotiation tactics.
  • However, their services are expensive and success is uncertain.
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Our Proprietary Salted2020 Decryptor

Our dedicated decryptor allows full recovery without negotiating with criminals.

Key Advantages

  • Reverse-Engineered Cryptography – Exploits weaknesses in Salted2020’s encryption scheme.
  • Flexible Modes – Supports both offline recovery in secure environments and online recovery with blockchain validation.
  • Multi-Platform Compatibility – Functions across Windows Server, Linux, and VMware ESXi machines.
  • Data Integrity Protection – Operates in read-only scanning mode before decryption begins.

Usage Workflow

  1. Sample Review – Submit ransom note and encrypted files for analysis.
  2. System Setup – Disconnect compromised devices and launch the decryptor with administrator access.
  3. Victim ID Input – Provide the unique ID included in ransom notes.
  4. Decryption Execution – The tool restores files while creating an audit-ready log.
  5. Validation Phase – Each file is verified with blockchain-based checksums for accuracy.

Technical Behavior of Salted2020

Salted2020 is a double-extortion ransomware family, combining encryption with data theft to pressure victims.

Common Entry Points

  • Exploiting exposed or weak RDP services
  • Attacks on unpatched VPN appliances or firewalls
  • Phishing emails carrying malicious payloads or credential harvesting links

Tactics, Tools, and Procedures (TTPs)

  • Credential Access: Mimikatz, LaZagne
  • Reconnaissance: Advanced IP Scanner, SoftPerfect Network Scanner
  • Persistence: Scheduled tasks and registry alterations
  • Lateral Spread: PsExec, SMB protocol exploits, stolen domain admin accounts
  • Defense Evasion: PowerTool rootkits, Zemana driver abuse
  • Data Exfiltration: RClone, FileZilla, Mega.nz, Ngrok tunnels

Encryption Process

  • Salted2020 employs a ChaCha20 + RSA hybrid scheme, ensuring fast encryption and secure key storage.
  • It deletes restore points and shadow copies to block easy recovery.
  • Stolen data is published on underground leak sites if ransom is refused.

Indicators of Compromise (IOCs)

  • Encrypted files with the .salted2020 extension
  • Ransom note file named HOW_TO_RESTORE_FILES.txt
  • Suspicious tools present on the network (RClone, Mimikatz, AnyDesk)
  • Abnormal outbound connections to Mega.nz, Ngrok, or TOR
  • Removal of shadow copies and registry changes for persistence
Affected By Ransomware?
Get Help Now Send Us Email

Global Impact and Victim Trends

Salted2020 attacks have hit industries such as finance, healthcare, manufacturing, and education, with worldwide distribution.

Countries Hit the Hardest

Sectors Most Impacted

Attack Timeline (2021–2025)

Ransom Note Excerpt

The ransom note usually states:

— ALL YOUR FILES HAVE BEEN ENCRYPTED —

Your documents, photos, databases and other important files have been encrypted with a strong algorithm.

The only way to restore them is by obtaining a unique decryption key.

Do not waste your time searching for other solutions. 

No third-party software can help you. If you try to modify or rename encrypted files, they may become permanently corrupted.

To recover your files:

1. Send an email to: [email protected]

2. In the subject line, include your unique ID: [redacted-ID]

3. Attach up to 2 small encrypted files (less than 1MB each) for free decryption as proof.

After that, you will receive payment instructions. 

The price of the decryptor depends on how fast you contact us.

WARNING:

– Do NOT try to restore files using external software, it may damage them permanently.

– Do NOT shut down your computer during the decryption process.

– Do NOT contact third parties; they will only waste your money and time.

Remember: Without our key, your files will remain encrypted forever.

Salted2020 Team

Conclusion

Salted2020 remains a devastating ransomware strain due to its hybrid encryption model, data theft strategy, and aggressive wiping of recovery methods. Yet, victims have hope. With the right approach—backups, forensic tools, or specialized decryptors like ours—recovery is possible. Organizations that act quickly and engage experts stand the best chance of full restoration.

Frequently Asked Questions

It is a form of ransomware that encrypts files with advanced cryptography. All locked files are renamed with the .salted2020 extension, making them unusable without the right key.

Yes, but only for outdated Salted2020 builds that had weak encryption flaws. Modern versions are resistant. Free methods like backups, Shadow Copy recovery, or file carving may help in some cases.

Paying is highly discouraged. Criminals may fail to provide a decryptor or send malicious software. Moreover, ransom payments sustain further attacks.

Files renamed .salted2020, ransom notes named HOW_TO_RESTORE_FILES.txt, unauthorized RClone or AnyDesk usage, and unusual outbound traffic to Mega.nz or Ngrok.

Through weak RDP credentials, phishing emails, and exploitation of VPN/firewall vulnerabilities. Once inside, attackers use tools like Mimikatz and PsExec for escalation and deployment.

Options include attempting community decryptors for older variants, forensic recovery tools, or using a dedicated professional decryptor such as ours.

It maps the victim ID to the encryption keys, performs read-only scans, restores files safely, and validates integrity using blockchain-based checksums.

By patching network appliances, disabling unused RDP, enforcing MFA, maintaining offline backups, and deploying endpoint detection tools.

MedusaLocker Decryptor’s We Provide

MedusaLocker Ransomware Versions We Decrypt

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