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Digital Evidence

// Forensic Acquisition & Chain of Custody

FORENSIC_IMAGER_V4
CLONING
TARGET_DRIVE: /dev/nvme0n1SIZE: 1.02TB
00000000
EB 52 90 4E 54 46 53 20 20 20 20 00 02 08 00 00
.R.NTFS .....
00000010
00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
................
00000020
00 00 00 00 80 00 80 00 00 00 00 00 00 00 00 00
................
00000030
FF FF FF FF FF FF FF FF 00 00 00 00 00 00 00 00
................
... reading block 482910
// HASH VERIFICATION SEQUENCE
MD5_SOURCE:8c5f...a3e2
MD5_IMAGE:8c5f...a3e2
SHA256_SOURCE:f4a1b2...9c8d
SHA256_IMAGE:f4a1b2...9c8d
MATCH CONFIRMED. FORENSICALLY SOUND.
Digital Forensics Hex Editor

Court-Admissible Forensics

In modern litigation, the vast majority of evidence is digital. Emails, encrypted chat messages, GPS logs, and deleted files are the foundation of civil lawsuits and criminal prosecutions. However, digital evidence is extremely fragile. If an internal IT department simply copies files from a suspect's hard drive onto a USB stick, the metadata is permanently altered, and the evidence will be immediately thrown out of court.

The Doctrine of Forensically Sound Acquisition

Digital forensics is not standard IT work. It is a highly specialized scientific discipline governed by strict legal precedents (such as the Daubert standard). Our investigators are certified forensic examiners who strictly adhere to court-mandated protocols for the acquisition, preservation, and analysis of digital evidence.

When we acquire a device, we do not boot it into its operating system. Doing so alters system logs and changes file access dates. Instead, we utilize hardware write-blockers.

The Acquisition Architecture

  • Bit-Stream Imaging: We do not copy "files." We copy the physical drive byte-by-byte. This creates a perfect mirror image of the drive, including unallocated space, hidden partitions, and fragments of files the user believed they had permanently deleted.
  • Cryptographic Hashing: To prove to a judge that the evidence has not been tampered with, we generate MD5 and SHA-256 cryptographic hashes of both the original drive and our forensic image. If a single bit of data is altered, the hash values will completely change. Matching hashes scientifically guarantee that the evidence is pristine.
  • Mobile Device Forensics: We utilize advanced exploitation tools (such as Cellebrite) to extract data from modern, highly encrypted smartphones. This includes bypassing lock screens on compromised corporate devices to extract GPS histories, deleted iMessages, and third-party application databases (Signal, WhatsApp).
  • Cloud Storage Acquisition: When the evidence resides on AWS, Google Workspace, or Microsoft 365, we utilize API-level forensic tools to preserve the data defensively, ensuring that server-side metadata and revision histories are captured alongside the files themselves.

The Illusion of Deletion

When a user deletes a file and empties the recycle bin, the data is not actually destroyed. The operating system merely removes the pointer to the file, marking that physical space on the hard drive as available to be overwritten. Until new data explicitly overwrites it, the original file remains perfectly intact in the unallocated space. Our forensic tools carve this "deleted" data out of the raw hex code, routinely resurrecting critical evidence.

Expert Testimony

Finding the data is only half the battle; explaining it to a jury is the other. Our analysts do not just provide raw data dumps. We produce comprehensive, easy-to-understand forensic reports detailing exactly what occurred, when it occurred, and who performed the action. Crucially, our experts possess extensive experience testifying in state and federal courts, withstanding hostile cross-examination to defend our methodology and our findings.

Past OperationThe Wiped Server

The Threat Vector

During a hostile corporate takeover, the departing CEO initiated a remote wipe command on the central Microsoft Exchange server, attempting to destroy thousands of emails proving collusion with a competitor. The internal IT team panicked and immediately powered down the server.

The Intelligence Yield

Our incident response forensics team acquired the physical drives and utilized advanced data carving techniques on the unallocated space. Because the server had been powered down quickly, the actual data blocks had not yet been overwritten by new system processes.

Operational Outcome

We successfully reconstructed 94% of the "deleted" Exchange database, recovering the "smoking gun" emails that led to the CEO's federal indictment.

Frequently Asked Questions

Priority Intake

Deploy Incident Forensics

System processes continuously overwrite deleted data. Cease interaction with the device immediately and secure forensic acquisition.