Industry Pain Points
Pain Point 1:Traditional data collection requires a large amount of manpower and resources, is susceptible to environmental and weather conditions, and is inefficient.
Pain Point 2: Manual data processing at the grassroots level is challenging, time-consuming, and high-pressure.
Pain Point 3: Traditional satellite remote sensing inspections are affected by cloud cover and weather conditions, resulting in low accuracy, slow updates, poor timeliness, and requiring manual judgment.
Pain Point 4: Insufficient data security in commercial drone company data processing.
Smart Bird's Nest
Long-range, Fully Automated, Unmanned Airport with Smart Process Integration
Smart Bird's Nest - the world's first fully automated unmanned airport with smart process integration. As a critical component of the drone system, it adopts innovative designs such as "one cabin, three drones" and "one cabin, multi-purpose," enabling continuous 24/7 daily inspections and dynamic monitoring within a 420-kilometer inspection radius. It can carry various types of drones to meet the needs of multiple industries.
Technical Characteristics
Our company has successively applied for more than 20 patents and software Copyrights around Jingtianwei, forming a strict intellectual property protection pool, and the intelligent recovery storage system of UAV fixed hangar has been authorized.
【Automatic Driving】
Fully automatic driving completely replaces manual control, sets flight tasks in the flight control platform, and the UAV automatically takes off from the airport, performs flight tasks according to the set route, and automatically returns to the course and lands accurately.
【Real-time Response】
The airport is connected to the ground command center, and the high-definition images and video information generated by the drone can be synchronously transmitted back to the ground, providing a basis for the construction of digital China, and responding in real time in emergencies.
【Highly Collaborative】
Unified management and scheduling of multiple unmanned airports, forming a smart perception network covering the entire city's low altitude, reducing management costs, improving management efficiency and data sharing capabilities.
【Intelligent Analysis】
The collected data are analyzed and processed in real time to improve the convenience and timeliness of data utilization and promote the establishment of digital China construction standard database.
【Unattended】
Support automatic operation and maintenance, automatic charging and other operations of the UAV, to ensure that the UAV is fully automatic flight in the unmanned state, to meet the work needs of 7*24 hours standby.
Innovation Advantages
Take the lead in the industry to propose automatic field data acquisition and spatial geographic control scheme
Fully automated data collection
From defining the collection scope to the drone flying out for data acquisition, to uploading three-dimensional data, the entire process is automated, without human intervention.
Automated generation of three-dimensional data
After the drone lands at the nest, it takes about two hours to form a digital elevation model and a digital orthophoto image. Three-dimensional images of the collected data can be generated the same evening.
Automated image assessment
When all data is pushed to the SkyVision system for assessment, artificial intelligence image matching algorithms are utilized for automatic comparison and assessment of relevant image features.
End-to-end traceability
CA digital signatures are used for operations throughout the data collection and utilization processes, and related file fingerprints are chained to form an end-to-end archive record, ensuring the authenticity and originality of the data.
The world is the first to realize the "Digital China" cross-departmental and cross-industry automatic field data collection
Spanning Across The Heavens And Earth
Sea, Land And Air Integrated Field Automatic Data Acquisition And Inspection Program
Cross-region global low-altitude intelligent perception, digital remote control management
It can realize the joint scheduling, management and automatic collection, sampling, analysis and utilization of low-altitude space data of tens of thousands of UAVs in thousands of unmanned airports in a city, a province, or even a country.
Flight control platform: Controls the operation of multiple fully automated unmanned airfields
Control the operation of multiple automatic unmanned airports, and unified dispatch of drones at each airport. The airport is connected to the ground through the flight control platform, and the high-definition images and video information generated by the drone can be synchronously transmitted back to the ground, forming space-time big data, and providing massive data support for the construction of new smart cities and digital villages.
Intelligent bird's Nest field data automatic acquisition and spatial geographic control system
The system is composed of four major parts: basic platform, data center, application platform and display platform, which realizes the collection and utilization of the whole time and all elements, and forms a digital China standardized database to comprehensively improve the governance and service level of urban and rural areas.
Equipped with drones
JI YANG 1
The unmanned aerial vehicle adopts an original patent technology of retractable rotor to achieve vertical take-off and landing, with the capability of carrying heavy loads, long endurance, and vertical take-off and landing at an altitude of 5000 meters on high plateaus. It is versatile in terms of payload, being able to carry visible light cameras, oblique photography cameras, multispectral cameras, dual-light gimbals, and laser radar. The maximum vertical lifting capacity can reach 10 kilograms, with a maximum endurance of over 4.5 hours, and it can simultaneously carry out operations with multiple payloads.
JI YANG 2
The composite aerodynamic layout combines a quadcopter with a flying wing, integrating the vertical takeoff and landing capability of the rotorcraft with the long-range advantages of the fixed-wing aircraft. It supports the installation of a full-frame mirrorless camera, a full-frame five-lens camera, and a professional aerial survey camera. Utilizing all-electric propulsion, the high-efficiency optimized avionics system achieves an extended endurance of up to 120 minutes.
System modules
Application Scenario