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Case Study 2026-07-06 6 min read

Redacted Case Study: SEAD/DEAD and Counter-UAS with the Discombobulator™

A redacted offensive scenario: suppressing an integrated air-defense system and its attached attack-drone screen using a Discombobulator™-equipped strike drone. The kill chain, step by step.

SEAD DEAD case studyHPM SEADcounter-UAS directed energyair defense suppression HPMdrone electronic attack case study
QUICK OVERVIEW
Category
Case Study
Read Time
6 min read
Published
2026-07-06
Author
Silent Pulse Labs

Scenario (redacted)

An adversary integrated air-defense system (IADS) consisting of search radar, tracking/fire-control radar, and a command post is screened by a defensive attack-drone patrol. A Discombobulator™-equipped strike drone approaches at standoff range to conduct non-kinetic Suppression/Destruction of Enemy Air Defenses (SEAD/DEAD) and simultaneously counter the screen.

Kill chain

AI-driven, closed-loop electronic attack.

  • Detect — SIGINT geolocates the fire-control radar; EO/IR confirms the screen drones

  • Classify — AI identifies fire-control radar as highest-value emitter, selects resonant front-door coupling band

  • Engage — HPM pulse locks up the radar receiver and missile uplink; fire-control goes deaf

  • Counter — beam slews to screen drones; ESC/mesh disruption neutralizes the patrol

  • Assess — AI observes loss of emitter; re-engages the command post on next pulse cycle

  • Reposition — strike drone remains on station, reusable for follow-on targets

Observed effects (notional)

TARGETEFFECTPERSISTENCE
Fire-control radarReceiver burnout / lock-upPermanent (hardware)
Missile uplinkDisruptedWhile pulse active
Command post electronicsReset / data lossHours to days
Screen attack dronesESC burnout, mesh lossPermanent
Search radarDegraded (residual coupling)Recoverable

Lessons

Compared to a kinetic anti-radiation missile, the non-kinetic HPM engagement suppressed the radar without destroying the physical site (allowing later exploitation), engaged the drone screen in the same pass, and left the launch drone on station for follow-on SEAD. The reusable, multi-target nature of HPM changes SEAD/DEAD from a one-munition-per-emitter model to a persistent, sweep-based suppression — a doctrinal shift as significant as the move from dumb bombs to precision munitions.

Redacted SEAD/DEAD case study with the Discombobulator™ HPM system: suppressing enemy air defenses and countering attack drones non-kinetically. Kill chain, effects, and lessons learned.
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