Microsoft once experienced a nine-hour distributed denial-of-service attack, impacting multiple core services including critical identity management and cloud operations, and causing disruptions to some nationally significant facilities. This incident revealed the vulnerability of key digital infrastructure. Consider if attackers were to use drones as carriers to directly target the core databases or physical facilities of government organizations—the consequences would be far more severe. Drone technology can be used not only for surveillance but also for data theft and even physical sabotage. Deploying anti-drone jamming systems has become a necessary choice for governments and large sensitive institutions to defend against such new hybrid threats.

Anti-drone jamming systems provide multi-layered protection for government agencies handling sensitive data: by blocking signals, they effectively prevent unauthorized surveillance and data theft, ensuring state secrets are not stolen by aerial devices; by instantly neutralizing intruding drones, they ensure critical operations remain uninterrupted, maintaining the continuity of government functions; during high-profile meetings, the system secures airspace, preventing confidential discussions and activities from being livestreamed or recorded by airborne devices; meanwhile, it also defends against collision or sabotage attempts by drones targeting critical physical infrastructure such as energy and communication facilities. Faced with increasingly complex aerial security threats, proactive deployment of anti-drone defense systems has shifted from an optional measure to a strategic necessity for safeguarding national security and institutional operations.