EnforceAir2 Maritime

D-Fend Solutions is the global leader in field-proven RF cyber-based, non-kinetic, non-jamming counter-drone takeover technology, delivering advanced airspace security tailored for the most demanding and critical operational maritime environments. The EnforceAir2 Maritime Configuration sets a new benchmark for naval and maritime counter-UAS innovation worldwide.

Purpose-built to neutralize drone threats through a non-disruptive, non-kinetic approach, EnforceAir2 Maritime safeguards vessels, crews, cargo, and critical infrastructure**—**without interfering with essential shipboard communications, navigation, or sensor systems. Its cyber-takeover technology enables the safe, controlled neutralization of hostile drones in port, near-shore, and open-sea environments, preventing collateral damage and ensuring operational continuity.
Engineered for reliability in open-sea, near-shore, and port facility operations, EnforceAir2 Maritime features robust, salt-resistant, MIL-STD-compliant hardware and halogen-free cables to withstand corrosive, shock-prone marine conditions. Its ultra-wideband radome antenna provides 360° azimuth coverage and broad frequency range support, facilitating full-spectrum detection and safe takeover of hostile drones from any direction.

Operational agility is built in, with split-mount and all-outdoor deployment options enabling rapid installation for permanent or expeditionary use—scalable from small vessels to major ships. The system’s modular design and rapid deployment ensure seamless field integration and mission continuity in austere conditions.
Seamless API integration supports real-time connectivity with existing shipboard command-and-control systems, empowering coordinated, multi-layered defense and situational awareness across naval task groups.

EnforceAir2 Maritime stands apart for maintaining protection even when GNSS navigation is degraded or disrupted, delivering uninterrupted security in dynamic, moving-platform scenarios—a critical advantage for contested and GPS-denied environments.