Blue Team Labs

Reconstruct a Microsoft Entra ID privilege escalation chain by correlating Exchange message traces, Azure AD telemetry, and unified audit logs using KQL.

Reconstruct a multi-stage Azure attack timeline by analyzing Entra ID, Audit, and Storage Blob logs using Kusto Query Language to identify initial access, persistence, privilege escalation, and data exfiltration.

Reconstruct a multi-stage intrusion by analyzing network traffic, memory, and malware artifacts using Wireshark, Volatility, and VirusTotal, mapping findings to MITRE ATT&CK.

Investigate network traffic with Wireshark to identify attacker TTPs, extract XSS payloads and session tokens, and determine exploited web application vulnerabilities.

Analyze SMB traffic in a PCAP file using Wireshark to identify PsExec lateral movement, compromised systems, user credentials, and administrative shares.

A deal was stolen before it was ever signed. Someone got in, found exactly what they needed, and vanished. Your job is to prove it.

Analyze Splunk event logs to reconstruct a multi-stage attack chain, detailing initial access, privilege escalation, lateral movement, and data exfiltration.

Synthesize KQL findings across Windows events and Azure logs to reconstruct an APT29 multi-stage cloud attack, identifying persistence mechanisms and data exfiltration.

Investigate a software supply-chain compromise that escalates into a ransomware attack, with emphasis on identifying pre-encryption operations.

Investigate a cloud OAuth intrusion by identifying malicious consent grants (Q1-Q4), tracing service-account pivots and Azure enumeration (Q5-Q11), validating persistence through app secrets, TAP abuse, and group changes (Q12-Q17), analyzing file access and exfiltration (Q18-Q19), and mapping tradecraft to ATT&CK and Entra mitigations (Q20-Q25).

Synthesize and correlate diverse forensic artifacts from multiple systems to reconstruct the complete HiddenTear attack chain and attribute threat actor TTPs.

Reconstruct multi-stage ransomware attack by correlating Splunk telemetry, disk forensics, and registry artifacts to identify persistence mechanisms, credential dumping, and lateral movement.

Reconstruct a multi-stage attack timeline by analyzing Sysmon and Windows event logs in Splunk to identify attacker tactics from initial access to data exfiltration.

Reconstruct a sophisticated attack timeline by analyzing Windows logs, network traffic, and disk artifacts to identify initial access, persistence, and data exfiltration using Splunk and forensic tools.

Analyze forensic artifacts to trace an attacker's progression from initial social engineering and remote access to a "Sticky Keys" privilege escalation.

Analyze browser, filesystem, and event artifacts to reconstruct the attack chain, identify the malicious download source, extract second-stage and C2 indicators, and determine persistence, account creation, and lateral movement.

Correlate Sysmon, Windows event logs, and PowerShell history to reconstruct a multi-stage Black Basta ransomware attack, identifying initial access, persistence, C2, exfiltration, and impact.

Reconstruct a targeted cyber attack's timeline by analyzing Splunk event logs, process, and network data to identify initial access, persistence, privilege escalation, and C2.

Reconstruct an intrusion timeline by analyzing event logs, registry, file system, and network artifacts to identify attacker TTPs and data exfiltration.