mid-engagement-ir-detection

Capture baseline metrics and document mid-engagement security state changes during red team operations.

1.1k|191|Updated Jun 24, 2026
One-click install
npx skills add https://github.com/uphiago/recon-skills --skill mid-engagement-ir-detection-uphiago
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: mid-engagement-ir-detection
Source: https://github.com/uphiago/recon-skills/tree/main/redteam/mid-engagement-ir-detection
Command: npx skills add https://github.com/uphiago/recon-skills --skill mid-engagement-ir-detection-uphiago

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

During authorized red team engagements against monitored targets, security states change in real time in response to testing activity (such as SOC patch deployment, concurrent attacker activity, or WAF rule updates). Teams often miss these valuable incident response findings or incorrectly retract original vulnerability evidence when confirmed issues stop reproducing mid-engagement.

Core Features & Use Cases

  • Baseline & State Diff Tracking: Provides a structured workflow to capture pre-engagement target fingerprints and track deltas in response times, headers, lockout counts, and other metrics during testing.
  • Standardized IR Observation Templates: Includes pre-built finding templates for three common mid-engagement events: WAF rule deployment, active concurrent password spray attacks, and detection-induced rate limiting or IP blocks.
  • Attribution Discipline: Includes mathematical checks and logging requirements to distinguish between security events caused by your own testing and external attacker activity, such as verifying you did not trigger M365 Smart Lockouts before attributing new locks to an active campaign.
  • Use Case: For authorized red team engagements against monitored targets, this skill turns SOC response times and mid-test state changes into actionable client capability findings, while preserving evidence of original vulnerabilities even after they are mitigated.

Quick Start

Use the mid-engagement-ir-detection skill to capture pre-engagement baseline metrics and document any mid-test security state changes as formal client findings during your authorized red team engagement.

Frequently Asked Questions about mid-engagement-ir-detection

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I track incident response findings during a red team engagement when the target's security state changes?

Mid-engagement IR detection tracks incident response findings by capturing pre-engagement baselines and monitoring state diffs like response times and headers. This documents real-time SOC responses or WAF updates as actionable client deliverables during active red team operations.

Why do confirmed vulnerabilities stop reproducing mid-engagement and how should I document it?

Confirmed vulnerabilities stop reproducing mid-engagement due to real-time SOC patch deployments or WAF rule updates. You should document these mid-test state changes using standardized finding templates to preserve original vulnerability evidence even after issues are mitigated.

How do I distinguish my own red team testing from concurrent attacker activity on a monitored target?

Distinguish your red team testing from concurrent attacker activity using mathematical checks and logging requirements. Verify your actions did not trigger specific signals, like M365 Smart Lockouts, before attributing new lockouts or rate limits to an external password spray campaign.

What is WAF mitigation depth assessment and when do I need it for pentest reporting?

WAF mitigation depth assessment evaluates the extent of web application firewall rule updates deployed during active testing. You need it for pentest reporting when target security states change mid-test, allowing you to document SOC response times and WAF evolutions as formal client findings.

Can I document active concurrent password spray attacks observed during an authorized red team operation?

Yes, you can document active concurrent password spray attacks using standardized IR observation templates. The workflow provides attribution discipline to verify external campaigns and formalize these mid-engagement security events into defensible client deliverables.

What metrics should I capture for baseline state diff tracking before starting a red team engagement?

Capture pre-engagement target fingerprints including response times, headers, and lockout counts for baseline state diff tracking. Tracking deltas in these metrics during testing allows you to identify detection-induced rate limiting, IP blocks, or concurrent attacker activity.