Demo — Kill Chain Explorer

Demo — Kill Chain Explorer#

The air-threat kill chain is the backbone of the whole course: Detect → Track → Identify → Engage → Kill. Survivability means breaking one of those links, and every EW technique is a tool aimed at a specific link. This demo lets you walk the chain, see which survivability disciplines attack each link, and then test yourself on the ES / EP / EA classification.

The framework#

Each link depends on the one before it. Break any single link and the engagement fails:

\[ \text{Detect} \to \text{Track} \to \text{Identify} \to \text{Engage} \to \text{Kill} \]

Activity in the spectrum is organized into Electromagnetic Support (ES) — sensing and characterizing emissions; Electromagnetic Protect (EP) — defending your own use of the spectrum; and Electromagnetic Attack (EA) — degrading, denying, or deceiving the enemy’s use of it.

Interactive demo#

Open in full screen

Walkthrough#

  1. Click the Detect box. Read which disciplines break this link — low-observable shaping, emission control, and noise jamming (EA). Notice that Detect is where stealth has the most leverage (the fourth-power law from the reading).

  2. Step through Track, Identify, Engage, Kill. Each side panel lists the disciplines and a few example tactics. Watch how the toolkit shifts from signature reduction (early links) to deception and hard-kill defenses (late links).

  3. Note the Kill box is red. It is the outcome to prevent — every technique upstream exists to keep the chain from reaching it.

  4. Work the two-part drill. A tactic appears (“RWR alerts crew to SAM lock”). First choose ES, EP, or EA. Then the chain lights up and asks the second question: which link does it most directly affect? Click that box. The score tracks both halves separately across the 12 scenarios.

  5. Get one wrong on purpose. Every answer comes back with the reasoning, not just a verdict. The division is about the function (listen / defend / attack), not the hardware; the link is about where in the chain the function lands.

Key observations#

  • The chain is sequential. You do not have to defeat the whole IADS — break the cheapest link at the place and time that matters.

  • Two questions, every time. Which division is it, and which link does it affect? The drill above never lets you answer one without the other.

  • One system, multiple roles. An RWR (ES) that cues a jammer (EA) is the canonical pairing; classification describes function, not the box.

  • Detect is special. Because detection gates everything downstream and obeys the fourth-power law, it rewards investment more than any other link.

Source#

MATLAB bundle · L1_FourthPowerLaw.m↓

The MATLAB companion script plots the fourth-power law \(R_\text{max} = K\,\sigma^{1/4}\) and confirms that a 12 dB RCS reduction halves the detection range.

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