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Lab Writeups & Investigations

Active practitioner across CyberDefenders BlueYard, Security Blue Team, and MalOps.io. Published writeups covering SOC investigations, DFIR analysis, and malware reverse engineering with full MITRE ATT&CK mapping on LinkedIn.

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CyberDefenders
Active CTF Player · BlueYard
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Security Blue Team
Frostbyte 2025 · 1st Global
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MalOps.io
Malware RE · MaskGram Challenge
Ransomware IR DFIR MITRE ATT&CK Apr 2026
ClickFix - Phishing-Driven Ransomware Investigation
Security Blue Team Lab · Released 10 April 2026

Deep-dive investigation into a sophisticated phishing-driven ransomware intrusion. Reconstructed the full attack timeline using host-based artefacts: event logs, registry analysis, and file system metadata. Initial access traced to user-driven execution of a malicious command (T1204.002). Payload delivery via T1105 Ingress Tool Transfer, followed by C2 communication (T1071) and interactive shell access. Persistence achieved through Boot or Logon Autostart Execution (T1547). Privilege escalation exploited a trusted Windows component without user interaction (T1068). Defence evasion included registry modification (T1112), log tampering and clearing (T1070), and cleanup script execution. Network share enumeration (T1135) preceded final ransomware deployment: Data Encrypted for Impact (T1486).

Risk: Very High · Stealthy initial access · Reliable privilege escalation · Anti-forensic TTPs
→ T1204.002 · T1105 · T1071 · T1082 · T1547 · T1068 · T1112 · T1070 · T1135 · T1486
Malware RE radare2 Go Binary Stealer
MaskGram - Go-Based Stealer Reverse Engineering
MalOps.io Challenge · Static + Dynamic Analysis · radare2

Hands-on reverse engineering of a Go-based loader using radare2, focusing on real execution flow rather than surface-level indicators. Traced dynamic syscall resolution via indirect gate jumps (T1106 Native API), recovered key material during runtime by observing RC4 initialisation with the combined key passed via registers. Decrypted staged payloads and validated through embedded constants. Exposed a multi-stage chain: reflective payload delivery (T1620), layered obfuscation (T1027), and a Dead Drop Resolver (T1102.001) that decodes external ciphertext from a legitimate web service to dynamically generate C2 infrastructure - bypassing static IP/domain blacklists. Final-stage payload uses deterministic path generation for HTTP communication (T1071), then performs browser process injection (T1055) and credential harvesting from local password stores (T1555).

Key finding: Dead Drop Resolver · RC4 key extracted at runtime · C2 via legitimate web services
→ T1106 · T1620 · T1027 · T1102.001 · T1071 · T1055 · T1555
Threat Hunting Splunk ELK Medium
GoldenSpray
CyberDefenders BlueYard · Threat Hunting Lab

Investigated a password spray attack that led to RDP-based initial access, followed by persistence establishment, Mimikatz credential dumping, Kerberoasting, and lateral movement across the SecureTech domain. Used Splunk and ELK to trace the full attack chain from 4625 brute-force events to scheduled task persistence and data exfiltration.

Full TTP chain reconstructed: Initial Access → Credential Access → Lateral Movement → Exfiltration
Cloud Forensics GCP Threat Hunting
GoogleCloudHunt
CyberDefenders BlueYard · Cloud Forensics Lab

Investigated adversary activity within a Google Cloud Platform environment. Analysed GCP audit logs and cloud telemetry to trace lateral movement across cloud services and reconstruct the full attack timeline - building practical cloud DFIR skills against real GCP threat scenarios.

Cloud-native TTP identification across GCP audit trail and IAM telemetry
Endpoint Forensics DFIR Windows
Boomer
CyberDefenders BlueYard · Endpoint Forensics Lab

Endpoint forensics investigation applying DFIR analysis techniques against Windows host artefacts. Analysed registry hives, event logs, file system metadata, and execution traces as part of ongoing structured blue team practice across real-world SOC scenarios on the BlueYard platform.

Registry · Event logs · File system metadata · Execution artefact analysis
More investigations shared on LinkedIn
Actively publishing across Threat Hunting · Malware RE · Network Forensics · Cloud DFIR · Ransomware IR
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Open to SOC roles, DFIR engagements, and blue team consulting opportunities.

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