Data Handling Policy

In the context of ransomware recovery, we operate on a core premise: your data is your most critical asset. Exfiltration and double-extortion tactics are the primary mechanisms the Akira syndicate uses to coerce victims. Therefore, ensuring your data is secured during the recovery process is paramount.

Our Data Handling Policy is designed to guarantee that the recovery process is secure, transparent, and compliant with international standards, including NIST SP 800-61 Rev. 2, GDPR, and CCPA regulations. When you entrust us with forensic samples or production snapshots, you are granting us temporary custody of your most sensitive information. We manage this responsibility with the following zero-trust operational framework.

1. The Principle of Least Privilege (PoLP)

Akira Ransomware Recovery strictly limits access to client systems and proprietary data using a zero-trust model.

• Operational Silos: Access to decrypted samples and production backups is restricted explicitly to the specific forensic engineers assigned directly to your incident. No cross-departmental access is permitted.
• Encrypted Transit: All forensic data, encrypted samples, and decrypted files are exchanged exclusively via heavily encrypted, non-persistent, and authenticated channels. We never utilize public file-sharing platforms.
• No Data Retainment: We do not maintain long-term repositories of client data. Once an engagement is closed and your infrastructure is verified as stable, all forensic samples and work-in-progress snapshots are securely purged.

2. Forensic Chain of Custody

Our operation follows a strict, legally defensible protocol to ensure the integrity of your evidence, which is heavily detailed in our Chain of Custody Protocol.

• Write-Blocking: All forensic analysis, cryptanalysis, and hex editing are performed on read-only clones of the source data. Your original production source remains mathematically untouched.
• Audit Logging: Every interaction with your data is logged within our internal Incident Response Management System, providing a clear record of who accessed what data, why, and when.
• Digital Integrity Verification: We utilize industry-standard cryptographic hashing algorithms (such as SHA-256) to verify that the integrity of your forensic images is maintained from the point of acquisition through final delivery.

3. Secure Laboratory Environment

Ransomware recovery operations—specifically the detonation of malware binaries and the testing of custom decryption tools—do not occur on public cloud platforms or shared tenancies.

• Air-Gapped Infrastructure: All recovery and cryptanalysis operations are performed within our physically isolated, air-gapped laboratory. These environments possess no inherent route to the internet, eliminating the possibility of accidental data leakage or secondary exfiltration.
• Sandbox Isolation: Every decryptor tool, custom extraction script, or database repair utility we compile is detonated and tested in a strictly isolated sandbox environment before it is ever applied to your live production assets.

4. Client Data Rights & Transparency

You maintain absolute sovereignty and visibility over the information we process during an engagement.

• Right to Audit: Upon request from authorized internal stakeholders or legal counsel, we will provide a comprehensive summary of all forensic actions and data manipulation executed against your provided samples.
• Data Purge Certification: Upon the conclusion of an engagement, we provide formal confirmation that all client-provided samples, extracted databases, and internal work-in-progress files have been destroyed according to NIST 800-88 guidelines (exceeding DoD 5220.22-M standards).