Solution

Mythic signed a strategic cooperation agreement with the Anti-Terrorism Command of the police force in a certain country to jointly build a "Joint Low-altitude Defense Experiment Project" focusing on the low-altitude safety management in the airport clearance area. The two parties carried out scientific research cooperation on the defense against "low, slow and small" (low-altitude, slow-moving and small-sized targets) drones in the airport clearance area, established a drone defense test network for the core trunk airports in the region, and equipped it with Mythic's drone defense products (passive detection, no interference strikes, and no impact on airport scheduling, flight takeoff and landing). This provides technical support for the upgrading of the drone defense system of the target airports and serves as a reference example for the construction of similar scenarios in the global civil aviation industry.

Mythic has constructed a drone prevention and control system for prisons, which integrates detection, identification, positioning and countermeasure functions. Through the coordinated defense of fixed detection equipment and countermeasure equipment, it realizes real-time monitoring, analysis, pre-alarm and flexible handling of drones that violate regulations and illegally enter sensitive airspace, preventing criminals from using drones to carry out actions such as drug dropping, weapon throwing or surreptitious photography. Mythic's drone defense system has been integrated into the daily inspection and patrol work of prisons, effectively enhancing the prison's ability to respond to emergencies, greatly reducing the work pressure on prison police officers, and making the overall security system of prisons intelligent, thus providing a guarantee for the continuous safety and stability of sensitive airspace.

Mythic has developed a tailored "UAV Detection & Positioning System + Navigation Decoy System" solution for the unique UAV defense requirements of petrochemical industry facilities. This advanced system combines real-time threat alerting with pinpoint target localization, activating navigation decoy countermeasures only upon detecting unauthorized UAVs approaching restricted zones. Through intelligent sequence activation, it effectively diverts, denies access to, and forces the landing of target UAVs while strictly maintaining operational continuity. This dual-layered approach ensures comprehensive protection of critical petrochemical infrastructure against aerial intrusion while minimizing any potential secondary interference from countermeasure systems to sensitive industrial operations.

Mythic has collaborated with a key nuclear power base in a certain country to establish a low-altitude security defense network for drones, enabling 7×24-hour real-time monitoring and intelligent perception. Upon detecting unauthorized or erratic drone flights, the defense network will immediately send early warnings to the nuclear power plant's safety management team while dynamically positioning and tracking the target UAVs. In compliance with the plant's safety protocols, the system will neutralize target drones through automated or manual countermeasures, diverting them outside the protected area to ensure the security of the nuclear power plant's low-altitude airspace.

As the low-altitude security service provider for this event, Mythic, after collaborating with leaders at all levels of the event to develop drone defense plans, conduct on-site surveys, and investigate potential hazards, adopted the strategy of "selective deployment, circle isolation" to build a three-dimensional prevention and control, overall linkage, rapid response, and efficient disposal low-altitude defense system for the target area. Through repeated debugging of vehicle-mounted and handheld UAV defense products, accurately distinguishing whether the current area is an interferable zone, and reinforcing reconnaissance and mapping of residences, routes, and venues, Mythic successfully provided 7×24-hour comprehensive guarding without time or spatial blind spots for nearly 40 square kilometers of protected target areas, ensuring the safe execution of the event.