Blue Team Labs

Analyze SIP and RTP protocols using Wireshark and BrimSecurity to identify malicious VoIP communication patterns and artifacts.

Evaluate a Windows disk image by correlating registry, event log, browser, and MFT artifacts to reconstruct evidence of corporate secret exfiltration.

Investigate macOS disk images using Autopsy, mac_apt, and SQLite to identify and extract hidden data potentially concealed with steganography.

Analyze diverse network traffic using Wireshark to decrypt HTTPS, identify protocol misconfigurations, and extract critical network and system forensic artifacts.

Evaluate forensic artifacts from a disk image to confirm unauthorized port scanning and assess user intent for installing illegal applications.

Analyze network traffic to reconstruct a complete domain compromise attack chain, from AS-REP Roasting and Kerberoasting through privilege escalation, lateral movement, and data exfiltration using rclone.

Hunt through Splunk logs to uncover how attackers exploited a DMZ server, pivoted to the internal network, and deployed ransomware after exfiltrating sensitive data.

Correlate Splunk Sysmon logs and disk forensic artifacts across multiple hosts to reconstruct a multi-stage Latrodectus malware intrusion from initial access to data exfiltration.

Reconstruct a macOS attack timeline by correlating Unified Logs, FSEvents, and browser artifacts using macMRU.py and unifiedlog_iterator to identify initial access, Gatekeeper bypass, and persistence.