Inside The Kill Web

The Degraded Killchain

Modern conflict unfolds in fast-moving, data-driven environments where even small disruptions can have major consequences. The degraded killchain, which occurs when one or more stages of the targeting process break down, poses a serious challenge for military forces operating in contested domains. Understanding how threats, terrain, technology, and the operational environment influence each stage of the killchain is essential for effective planning. While advanced systems and automation can assist, they are only tools. True resilience comes from threat-informed decision-making that enables commanders to anticipate disruption, adapt under pressure, and maintain the initiative in complex battlespaces.

Spectrum Is the Decisive Terrain: Managing FPV & Tactical Radios in Multi-Drone Operations

When multiple FPV drones fly together, it’s not motors or batteries that fail first - it’s the radios.

This post explains how DJI OcuSync, ExpressLRS, and analog 5.8 GHz video systems interfere with each other, and how real-world operators - from hobby pilots to front-line teams in Ukraine manage spectrum, reduce jamming, and keep drones alive.
Learn why radio discipline and smart spectrum management now decide who wins the drone fight.

Spectrum 101 for sUAS and Attack Drone Operators

Flying drones is not just about batteries, payloads, or GPS. The electromagnetic spectrum (EMS) is your real airspace. Here’s why every sUAS and Attack Drone Operator needs baseline spectrum discipline to fly effectively in both permissive and contested environments.

Why every operator is an incidental Spectrum Manager

When the Sky’s Choked: How to Operate 20–40+ Group-1/2/3 Drones Without Breaking the EMS

Operating dozens of small/midsize UAVs creates an EMS battle of its own. Here is the practical engineering, organizational change, and SOPs to scale to 20–80+ drones without self-inflicted failures.