Unmanned aircraft systems and loitering munitions are accelerating battlefield transparency and kill-chain efficiency, making modern combat environments exceptionally lethal for command-and-control nodes. To counter this sensor-saturated reality, military forces are increasingly deploying multi-spectral decoys to distract adversary sensors and trigger the premature expenditure of high-value precision munitions on false targets.
Historically, Serbian forces during Operation Allied Force in 1999 successfully used physical mock-ups to deplete NATO's precision-guided missile stockpiles and preserve their core armored capabilities. Modern high-fidelity decoys now replicate visual, thermal, radar, electromagnetic, and acoustic signatures to deceive advanced intelligence, surveillance, and reconnaissance networks. As Russia and China integrate these deceptive technologies into their formal doctrines, the tactical balance is shifting back toward the obfuscation of real systems. Consequently, future defense acquisitions will likely require the simultaneous procurement of robotic, mobile decoys alongside primary combat platforms to ensure survivability in highly contested theaters.