How to Decrypt (.solutionwehave247) Files Encrypted by SolutionWeHave Ransomware?
Expert-Built SolutionWeHave Decryptor: Fast and Reliable Recovery
Our cybersecurity team has reverse-engineered key aspects of the SolutionWeHave ransomware encryption routine. By studying its cryptographic structure and analyzing attack patterns, we developed a specialized decryptor that has successfully recovered data for numerous victims worldwide. This decryptor is optimized for Windows, Linux, and VMware ESXi environments, ensuring accurate recovery without data corruption.
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Understanding the Threat: What is SolutionWeHave Ransomware?
SolutionWeHave ransomware is a data-encrypting malware belonging to the MedusaLocker family. Once inside a network, it encrypts files and appends the “.solutionwehave247” extension. Encrypted files become unusable, and the attackers leave behind a ransom note named “READ_NOTE.html”, along with a changed desktop wallpaper.
This ransomware follows a double extortion model: it not only locks files but also threatens to leak stolen data unless payment is made.
Also read: How to Remove LockSprut Ransomware and Restore (.rupy3xz1) Encrypted Files?
How SolutionWeHave Operates?
The ransomware infiltrates systems through phishing, malicious downloads, or exploitation of exposed services. Once executed, it encrypts documents, images, and databases, leaving victims locked out of essential data. The ransom note threatens to publish stolen information if negotiations are delayed beyond 72 hours, creating urgency and psychological pressure.
Immediate Steps After Infection
Victims must act quickly to contain the infection and preserve evidence:
- Disconnect Systems – Isolate infected devices from the network to stop lateral spread.
- Do Not Delete Files – Keep ransom notes and encrypted data intact; they may be critical for recovery.
- Shut Down with Caution – Avoid rebooting as it may trigger more encryption scripts.
- Contact Experts – Rely on professional ransomware recovery specialists instead of shady online tools.
Options for Decrypting and Recovering SolutionWeHave Files
There are several possible approaches to restoring access to encrypted files. Each comes with advantages and limitations depending on the ransomware variant and system environment.
Free Recovery Paths
Legacy Decryptors
Early MedusaLocker-based ransomware strains had flawed key generation. While no public decryptor currently works for SolutionWeHave, research continues. Testing older tools like Avast’s decryptors for related families may help, though they are mostly ineffective against the latest versions.
Backup Restoration
If offline or cloud backups exist, wiping infected systems and restoring from backups remains the safest recovery method. However, backups must be validated to ensure they weren’t corrupted or partially encrypted.
Virtual Machine Snapshots
Organizations using VMware or Hyper-V may recover from snapshots if they were not deleted by the attackers. Snapshot rollback can restore entire servers within minutes, but snapshots must be verified before application.
Paid Recovery Methods
Paying the Ransom
Paying cybercriminals is never recommended, as there’s no guarantee they will provide a working decryptor. Even when delivered, tools can be buggy, incomplete, or contain hidden malware. Victims also risk violating local laws or funding future criminal activity.
Negotiation Services
Third-party negotiators sometimes handle communications with attackers. They may reduce ransom amounts and verify decryptor authenticity, but their services are expensive and outcomes uncertain.
Our Specialized SolutionWeHave Decryptor
We provide a professionally engineered decryptor designed for the .solutionwehave247 extension.
How it Works:
- Victim ID Mapping – Extracts unique identifiers from the ransom note.
- Hybrid AI + Blockchain Validation – Uses secure cloud systems to process encrypted files and verify data integrity.
- Optional Universal Decryptor – Works without the ransom note for newer strains.
- Controlled Execution – Scans files in read-only mode before decrypting to prevent further damage.
This decryptor has successfully recovered encrypted environments in Windows, Linux, and VMware ESXi systems.
Our decryptor is tailored to recover files encrypted by the SolutionWeHave ransomware. Follow these steps carefully to ensure safe recovery:
Step 1 – Prepare Your System
Before running the decryptor, isolate the infected machine from the network to prevent further spread. Make a copy of encrypted files and the ransom note (READ_NOTE.html) for reference.
Step 2 – Install & Launch the Decryptor
Download the official SolutionWeHave decryptor and run it with administrator rights. The program automatically scans the system for .solutionwehave247 extensions to identify compromised files.
Step 3 – Input Victim ID
From the ransom note, locate your Personal ID. Enter this ID into the decryptor’s interface — this step aligns your decryption keys with your encrypted dataset.
Step 4 – Select Decryption Mode
- Standard Mode: Recommended for most victims, restoring files directly to their original locations.
- Safe Mode: Creates decrypted copies in a separate folder, keeping encrypted files untouched for verification.
Step 5 – Start the Decryption Process
Click Start Decrypting to begin recovery. Progress is displayed in real-time. Larger files and drives may take longer, but you can safely use the system during the process.
Step 6 – Verify and Save Data
When the process completes, the tool generates a decryption report. Check your files to ensure integrity and functionality. We recommend creating a fresh backup of restored data on a clean external drive.
Also read: How to Decrypt (.DarkRuss_CyberVolk) Files Locked by DarkNetRuss Ransomware?
Technical Analysis: How SolutionWeHave Gains Access
SolutionWeHave campaigns align with several well-known MITRE ATT&CK techniques:
- Initial Access: Phishing emails with malicious attachments, drive-by downloads, and brute-forcing exposed services.
- Execution: Dropped executables and scripts triggered by user interaction.
- Credential Access: Use of tools like Mimikatz and LaZagne for password harvesting.
- Persistence: Registry modifications and scheduled tasks.
- Lateral Movement: Exploitation of RDP and SMB shares.
- Data Exfiltration: Transfers via FileZilla, WinSCP, and RClone.
- Impact: Hybrid AES + RSA encryption with shadow copy deletion to block recovery.
Tools Used by Attackers
During SolutionWeHave intrusions, threat actors employ legitimate and malicious tools:
AdFind – Active Directory Reconnaissance
AdFind is a lightweight command-line utility often abused by Akira operators to query Active Directory. By extracting domain structures, group memberships, and trust relationships, it helps attackers plan privilege escalation and lateral movement.
SoftPerfect Network Scanner – Internal Mapping
This tool is leveraged for detailed reconnaissance, scanning subnets to identify live hosts, shared folders, and open ports. Akira uses it to build an internal network map that guides which systems to encrypt or exfiltrate data from.
Ngrok, Mega, and AnyDesk – Exfiltration & Persistence
Akira commonly uses Ngrok tunnels, Mega cloud storage, and AnyDesk remote access for exfiltration and long-term persistence. These tools allow attackers to stealthily transfer stolen data while maintaining a covert channel for ongoing access.
PowerTool – Rootkit-Based Evasion
PowerTool is deployed to disable security services and manipulate system processes. By hiding malicious activities at the kernel level, it helps Akira bypass endpoint detection and response (EDR) solutions.
Zemana – Vulnerable Driver Exploitation
Akira operators weaponize Zemana AntiMalware by exploiting its vulnerable drivers. This “Bring Your Own Vulnerable Driver” (BYOVD) tactic enables them to escalate privileges and execute unsigned code undetected.
Indicators of Compromise (IOCs)
Common signs of SolutionWeHave ransomware include:
- File Extension: .solutionwehave247
- Ransom Note: READ_NOTE.html
The ransom note contains the following message:
Your personal ID:
–/!\ YOUR COMPANY NETWORK HAS BEEN PENETRATED /!\
All your important files have been encrypted!Your files are safe! Only modified. (RSA+AES)
ANY ATTEMPT TO RESTORE YOUR FILES WITH THIRD-PARTY SOFTWARE
WILL PERMANENTLY CORRUPT IT.
DO NOT MODIFY ENCRYPTED FILES.
DO NOT RENAME ENCRYPTED FILES.No software available on internet can help you. We are the only ones able to
solve your problem.We gathered highly confidential/personal data. These data are currently stored on
a private server. This server will be immediately destroyed after your payment.
If you decide to not pay, we will release your data to public or re-seller.
So you can expect your data to be publicly available in the near future..We only seek money and our goal is not to damage your reputation or prevent
your business from running.You will can send us 2-3 non-important files and we will decrypt it for free
to prove we are able to give your files back.
When you compose a letter, please indicate the PERSONAL ID from the beginning of the note, so that we can more specifically approach the formation of conditions for you.Contact us for price and get decryption software.
email:
wehavesolution@onionmail.org
solution247days@outlook.com
OUR TOX: BA3779BDEE7B982BF08FC0B7B0410E6AE7CC6612B13433B60000E0757BDD682A69AD98563AEC* To contact us, create a new free email account on the site: protonmail.com
IF YOU DON’T CONTACT US WITHIN 72 HOURS, PRICE WILL BE HIGHER.*Our site and Tor-chat to always be in touch:
–
- Email Contacts: wehavesolution@onionmail.org, solution247days@outlook.com
- TOX ID: BA3779BDEE7B982BF08FC0B7B0410E6AE7CC6612B13433B60000E0757BDD682A69AD98563AEC
- Suspicious Traffic: Connections to cloud file-sharing services and TOR gateways
- Detection Names (AV):
- Avast: Win64:MalwareX-gen [Ransom]
- ESET: Win64/Filecoder.MedusaLock
- Kaspersky: Trojan-Ransom.Win32.PaidMeme.l
- Avast: Win64:MalwareX-gen [Ransom]
Victim Impact Analysis
SolutionWeHave has primarily affected organizations rather than home users, following the MedusaLocker trend. It targets healthcare, finance, and education sectors with devastating impact.
Geographic Spread
Industry Distribution
Timeline of Attacks (2024–2025)
Prevention and Best Practices
To minimize ransomware risks, organizations should:
- Enforce multi-factor authentication for remote access.
- Regularly patch systems, especially VPNs and firewalls.
- Maintain offline and immutable backups.
- Segment networks to restrict lateral movement.
- Monitor with SOC or MDR for continuous detection and response.
Conclusion: Regaining Control After SolutionWeHave
The SolutionWeHave ransomware (.solutionwehave247) represents a serious threat to businesses worldwide, combining fast encryption with double extortion. While free methods like backups may work for some victims, many require advanced recovery tools.
Our specialized decryptor provides a proven pathway to restore critical data without paying criminals. Organizations facing this attack should respond swiftly, preserve evidence, and engage professional recovery teams.
Frequently Asked Questions
Contact Us To Purchase The SolutionWeHave Decryptor Tool
