October 2025

With the proliferation of commercial and military drone applications, global security infrastructures are undergoing a critical transformation. The release of a new industry white paper, “The Future of Anti-Drone Module Technologies: Safeguarding Airspace in an Unmanned Era," highlights how Anti-Drone Modules are becoming essential components in modern defense, law enforcement, and infrastructure protection systems.

According to the white paper, drone incursions and unauthorized aerial surveillance have surged by more than 60% globally over the past three years. Airports, energy plants, government buildings, and even event venues are now considered vulnerable targets. This has prompted a sharp increase in demand for Anti-Drone Modules—compact, modular systems capable of detecting, identifying, tracking, and neutralizing unmanned aerial threats.

The report forecasts that the global Anti-Drone Module market will exceed USD 5.8 billion by 2030, growing at a CAGR of over 25%. Growth is driven by the adoption of portable, AI-powered counter-drone systems integrated into defense platforms, border surveillance units, and critical infrastructure networks.

Modern Anti-Drone Modules integrate multiple layers of technology, including RF jamming, radar detection, electro-optical tracking, and GNSS spoofing. The next generation of systems emphasizes AI-based threat classification, enabling faster response times and reduced false alarms. In addition, modular architecture allows scalability—from handheld devices for police units to fully networked systems for military bases and smart cities.

Manufacturers are investing heavily in R&D to enhance system interoperability and cyber resilience. The rise of software-defined radio (SDR) and machine learning (ML) algorithms has made it possible to detect and mitigate swarms of micro-drones in real time, marking a significant leap from traditional RF-only jamming technologies.

• North America leads the market due to strong defense spending and early adoption of AI-based counter-UAV technologies.
• Europe is rapidly following, driven by strict airspace safety regulations and NATO modernization programs.
• Asia-Pacific is projected to show the highest growth rate, particularly in China, India, and South Korea, where civil infrastructure and border security are key priorities.

The white paper concludes that Anti-Drone Modules will become integral to national security frameworks by 2030. As drones evolve in capability and autonomy, countermeasure technologies must evolve in parallel—transitioning from reactive systems to predictive, networked defense ecosystems.

Leading manufacturers are expected to collaborate with telecommunications and cybersecurity firms to develop AI-driven, cloud-integrated counter-UAV networks, enabling real-time coordination across multiple sites.

With its combination of compact design, scalability, and intelligence, the Anti-Drone Module is no longer just a tactical tool—it is fast becoming a strategic cornerstone in the protection of digital and physical airspace sovereignty.