// DFIR · Digital Forensics · Incident Response · Malware Analysis

When a Breach Happens,
We Uncover Every Footprint.

From insider IP theft to sophisticated nation-state ransomware attacks, CyberHQ's Digital Forensics & Incident Response (DFIR) specialists collect courtroom-admissible digital evidence, reconstruct breach timelines, and isolate threat actors.

100%

Chain-of-Custody Compliant

Volatile

RAM & Memory Carving

Legal

Court-Admissible Dossiers

24/7

Emergency IR Dispatch

Request Emergency IR See Investigation Process

// Forensic Investigation Scope

Evidence Preservation,
Root Cause & Containment

Every digital interaction leaves forensic artifacts in disk unallocated space, RAM slack memory, event logs, and registry hives. When adversaries delete logs, our forensic carvers reconstruct deleted records to reveal how they entered, what they accessed, and where they moved.

Volatile RAM Acquisition & Malware Injection Analysis (Volatility, Rekall)

Bit-stream Disk Imaging with hardware write-blockers (EnCase, FTK Imager)

Insider Threat & Data Exfiltration Reconstruction (USB history, LNK files, Shellbags)

Legal Evidence Packages for Law Enforcement & Cyber Insurance Claims

cyberhq@dfir-lab:~$ volatility -f memdump.raw windows.pslist

[*] Parsing memory profile: Win10x64_19041...

[!] Unlinked process identified: PID 4812 (svchost.exe - injected)

[CRITICAL] Cobalt Strike Beacon detected in memory block 0x7ffd0000

[*] Correlating Shimcache & Amcache artifacts...

[+] Initial entry vector: Phishing macro executed at 2026-08-18 14:22:01 UTC

[CRITICAL] Exfiltrated archives: 'Customer_Financials.7z' via MEGA.nz

[✓] Complete Attack Timeline & IOC Indicators Generated (SHA-256 Verified)

// Execution Lifecycle

Digital Forensics & Incident Response Methodology

ISO/IEC 27037 Courtroom-Admissible Evidence Process

PHASE 01 STAGE 1/5

Emergency Live Memory Capture

Acquiring volatile RAM before system shutdown to preserve active injected malware, decrypted keys, and network connections.

LiMEDumpItWinPmem

PHASE 02 STAGE 2/5

Bit-Stream Forensic Disk Imaging

Creating RAW/E01 clone images using physical hardware write-blockers with cryptographic SHA-256 chain-of-custody hashes.

FTK ImagerTableau WriteBlockerEnCase

PHASE 03 STAGE 3/5

Deep Artifact & Timeline Carving

Reconstructing deleted MFT records, registry Shellbags, LNK files, USBSTOR histories, and event logs into a unified timeline.

Plaso/log2timelineAutopsyEric Zimmerman Tools

PHASE 04 STAGE 4/5

Malware Reverse Engineering

Disassembling malicious payloads to extract C2 server IP addresses, payload encryption keys, and exfiltration channels.

Ghidrax64dbgIDA Pro

PHASE 05 STAGE 5/5

Court-Admissible Forensic Dossier

Signed forensic report with verified hash evidence ready for law enforcement submission and cyber insurance claims.

Certified Hash SignChain of CustodyExecutive Summary

Comprehensive Security Deliverables Included

Every engagement includes executive briefings, technical PoCs, code-level fix guidance, and a complimentary 30-day verification re-test.

Request Scope & Quote

// Incident Case Study

Case Study: Insider Trade Secret Theft

How CyberHQ reconstructed a departing executive's deleted USB file transfers to secure a corporate injunction.

// SUSPICION

Client Problem

A chemical manufacturing firm in Gujarat suspected a senior R&D director of stealing patented formulations before joining a competing firm, after formatting company laptops.

// FORENSIC EVIDENCE

What We Uncovered

CyberHQ carved deleted registry Shellbag artifacts and USBSTOR serial numbers, proving 42 GB of formula CAD drawings were copied to a SanDisk drive at 11:42 PM.

// LEGAL VICTORY

Outcome

Our certified forensic report was accepted by the High Court, granting an immediate ex-parte injunction and protecting ₹40+ Crore in intellectual property.

When a Breach Happens,We Uncover Every Footprint.

Evidence Preservation,Root Cause & Containment