EFYI: Leading the Era of Full-Space Unmanned Systems
The Implementation Opinions of the General Office of the State Council on Accelerating Scenario Cultivation and Opening Up to Promote Large-Scale Application of New Scenarios clearly puts forward initiatives to advance the application and standard development of air-sea-land full-space unmanned systems. It encourages the creation of full-space application scenarios covering cultural tourism and logistics, expands the deployment of unmanned systems in industrial production, urban planning, construction and governance, integrated multimodal transportation, and steadily expands application scenarios in low-altitude economy and other fields.
As a global leader in industrial-grade intelligent UAV enterprises, EFYI keeps making breakthroughs in the application of air-sea-land full-space unmanned systems. Leveraging core technological strengths in swarm control and heterogeneous collaboration, it has taken the lead in realizing multi-space collaborative application of unmanned systems in UAV formation performance scenarios, standing as theonly scientific and innovative enterprise in the industry with such capabilities.
From air-sea synergy to air-ground integration, EFYI continuously expands application boundaries, achieving a comprehensive upgrade from single aerial scenarios to multi-domain immersive experiences, and building a new ecosystem for full-space and full-scenario unmanned system applications covering air, sea and land.
Air-Sea Synergy
1. Expanding Performance Boundaries
EFYI deeply integrates unmanned boat light shows with UAV formation performances, combining diverse visual forms such as fireworks, laser lights and strobe lights to create three-dimensional and immersive performance effects over water and in the air. It delivers stunning visual feasts for cultural tourism night tours, urban festivals and various large-scale events.
The innovative expression of air-sea linkage is redefining the presentation form of large-scale light and shadow art.
2. Empowering Smart Operations
Supported by RTK high-precision positioning and ultra-long-distance communication technology, EFYI enables efficient air-sea collaborative operations between UAVs and unmanned boats.
UAVs conduct rapid patrols at a speed of 15 meters per second, while unmanned boats support fixed-point monitoring with a battery life of over 5 hours, with customized endurance solutions available on demand. Complementary in strengths and efficient in linkage, they fully meet the demands of complex scenarios including maritime patrol, emergency search and rescue, and environmental monitoring, comprehensively improving the coverage and operational efficiency of maritime supervision.
Air-Ground Synergy
Building a Three-Dimensional Perception Network
The "Aerial Patrol & Ground Inspection" intelligent collaborative platform developed by EFYI establishes an efficient integrated air-ground operation mode through the linkage of multi-rotor UAVs and ground unmanned vehicles.
UAVs conduct rapid scanning and positioning from an aerial perspective, while ground unmanned vehicles perform refined inspections with their long-endurance advantages.
Combined with multi-platform data fusion algorithms, this collaborative mode effectively eliminates blind spots and errors of single sensors, solves the pain points of poor adaptability and low efficiency in complex environments, and provides more comprehensive scenario application services for smart city construction.
From aerial UAV formations and surface unmanned boats to ground unmanned vehicles, the collaborative system built by EFYI covering air, sea and land demonstrates strong cross-domain collaboration capabilities and system integration strength, continuously leading application innovation across the industry.
Aligned with the national strategic direction of promoting the construction of full-space unmanned systems, EFYI will continue to be driven by technological innovation, deepen the integrated application of diversified air-sea-land unmanned systems, expand more application scenarios, facilitate the effective docking of technological achievements with industrial demands, and fulfill the responsibilities and mission of a scientific and innovative enterprise.