all-soc-level-12026.04.19
haadi@portfolio: ~

haadi@portfolio:~$ cat summit.md

Room notes · SOC Level 1 · Cyber defence frameworks

Summit

A practical challenge applying the Pyramid of Pain: progressively detecting and blocking higher-level adversary indicators until the attacker gives up.

What This Room Covers

A practical challenge applying the Pyramid of Pain: progressively detecting and blocking higher-level adversary indicators until the attacker gives up.


Key Concepts Learned

The Pyramid of Pain becomes real when you apply it under pressure. Reading about the pyramid is one thing. Working through a scenario where each blocked indicator forces the adversary to adapt, and seeing exactly how quickly they circumvent low-level blocks versus how costly high-level blocks are: makes the framework stick in a way that reading cannot.

The escalation pattern

Starting at the bottom:

  • Block a hash → attacker recompiles binary in minutes, back to normal
  • Block an IP → attacker rotates to new infrastructure within the hour
  • Block a domain → takes longer, more disruption
  • Block network artifacts (specific URL patterns, user agents) → forces tool modification
  • Block the tool entirely → attacker must acquire or develop new tooling
  • Detect the TTP (how they move, how they establish C2) → forces fundamental redesign

The goal is not to stop every attack: it is to make the attacker's operation economically unsustainable. If defending against you costs the attacker more resources than the target is worth, they will move on. This is the strategic framing behind the Pyramid: raise the cost at every level.

Detection engineering implication The summit scenario reinforced that a layered detection strategy: blocking at every pyramid level simultaneously: is more effective than focusing entirely on one level. Hash blocking catches known malware. TTP detection catches novel variants. Both together leave the attacker with no easy path forward.


Hands-On Tasks

Worked through the full adversary simulation: applied detections at each pyramid level and observed attacker adaptation behavior at each stage until the simulated adversary ceased operations.


How This Applies to Real SOC Work

This scenario is essentially a simplified purple team exercise: where the defender iteratively improves detection coverage based on observed attacker behavior. Real purple team exercises at mature SOCs work exactly this way. Understanding the framework behind it means I can contribute meaningfully to detection improvement discussions even as a junior analyst.


What I Want to Learn Next Based on This

Eviction applies similar concepts to a real threat hunting scenario: using framework knowledge to proactively find an adversary that is already operating inside the environment.

Originally published on GitHub

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haadi@portfolio: ~

haadi@portfolio:~$ cat meta

  1. category: room notes
  2. path: SOC Level 1
  3. module: Cyber defence frameworks
  4. topic: Cyber Defence Frameworks
  5. difficulty: Medium
  6. published: 2026.04.19
  7. read: 2 min

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