Blue Team Labs

Reconstruct a network intrusion by analyzing PCAP traffic with Wireshark, identifying a CVE-2003-0533 exploit, extracting malware, and performing shellcode analysis with scdbg to uncover attacker techniques and IOCs.

Analyze Linux system artifacts, including memory dumps and logs, with Volatility and FTK Imager to reconstruct an attack and identify IOCs.

Investigate network attack artifacts by analyzing logs in Kibana to identify compromised systems and incident timelines.

Reconstruct a data exfiltration incident by correlating memory, disk, network, and log artifacts using a suite of forensic tools.

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

Reconstruct a multi-stage attack by analyzing network traffic, cracking credentials, and reverse engineering malware using Wireshark, John the Ripper, and IDA Pro to identify persistence and C2 commands.

Reconstruct multi-stage attack scenarios by analyzing Splunk logs and integrating OSINT from VirusTotal, ThreatCrowd, and WHOXY to identify TTPs and IOCs.

Trace a real-world attack chain end to end — from a leaked VPN config to domain-wide ransomware. Along the way you will decode obfuscated malware, reverse-engineer a kernel exploit, crack beacon encryption, and reconstruct the attacker's every move from disk, memory, and network artifacts.

Investigate a multi-stage supply-chain intrusion that landed via a poisoned npm dependency and pivoted through CI/CD into production and AWS by pivoting across Splunk, disk images, and git history.

The hosting panel is the new front door; chase an attacker from a forged session all the way to root, breaking out of a container and burrowing into the host along the way. By correlating SIEM telemetry, host disk forensics, and network captures across the full intrusion.