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Comprehensive Flood Inundation Mapping & Damage Analytics

We provide rapid flood impact assessment by deploying our AIMS Multi-sensor Aerial Survey System for wide-area synchronous data acquisition, complemented by our Farsight™ UAV System for swift, targeted emergency surveys of critical zones. All data is integrated into the Swift4D platform, where AI algorithms automatically delineate inundation extents and quantify asset damage to generate precise reports for insurance claims processing and disaster recovery planning. This offers a complete solution from rapid initial assessment to in-depth analysis for decision-makers.

Feiyan Aerial Remote Sensing Tech Co., Ltd. leverages its self-developed Swift4D spatiotemporal big data platform, integrated with UAV surveying, 3D real-scene modeling, and AI analytics, to deliver an end-to-end Flood Inundation Mapping & Damage Assessment Solution. This solution enables rapid response, high-precision modeling, intelligent detection, and multi-dimensional analysis, suitable for government emergency management, insurance claims, infrastructure safety assessment, and more—facilitating refined disaster control and data-driven decision-making.

Our Differentiated Solution Framework

Our framework is centered on the Swift4D Platform, enabling an integrated “Air-Space-Ground-Cloud” data collection and analytics system:

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1. Rapid Data Acquisition: Using VTOL fixed-wing, multi-rotor, and tethered UAVs for all-weather, high-frequency collection of imagery, LiDAR point clouds, and video over flood-affected areas.

2. Real-Time 3D Modeling: Swift4D supports 5-minute generation of 1 km² 3D models with 10cm ground resolution, enabling accurate measurement of inundation extent, water depth, and volume.

3. AI-Powered Detection & Change Analysis: Through multi-temporal image comparison and deep learning algorithms, we automatically identify flooded areas, damaged structures, road disruptions, crop loss, and generate damage assessment reports and work orders.

4. Multi-Source Data Fusion & Visualization: Integrating satellite remote sensing, IoT sensors, and operational data for a “single-map view, single-screen command” experience, supporting disaster simulation, emergency plan matching, and resource allocation.

Application Scenarios & Client Value

Core Application Scenarios

1. Flood Emergency Response: For sudden flood disasters, it quickly completes data collection and real-scene 3D modeling in disaster areas, generates real-time flood inundation mapping, accurately locates core inundated areas and trapped points, providing real-time data support for emergency rescue scheduling and mass relocation.

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2. Disaster Assessment & Verification: Realize accurate quantification of affected areas and damaged assets through AI intelligent analysis, providing objective and traceable scientific basis for disaster assessment and post-disaster claims of government departments and insurance institutions.

3. Post-disaster Reconstruction & Flood Control Planning: Deduce the evolution law of flood inundation through comparative analysis of multi-phase flood disaster data, providing data support for the layout of post-disaster infrastructure reconstruction, flood control project planning and optimization of basin flood control systems.


Core Client Value

1. Extreme Efficiency: The minute-level real-scene 3D modeling capability of Swift4D upgrades the efficiency of traditional flood survey and mapping from hours to minutes, greatly shortening the emergency response time.

2. Precision & Reliability: 10CM ground resolution real-scene 3D modeling plus AI intelligent recognition achieves centimeter-level precision in inundation mapping and damage analysis, avoiding subjective errors of manual survey.

3. All-round Coverage: The air-space-ground integrated collection system can cover complex terrains such as mountains, rivers, lakes and urban areas, solving the blind spot problem of traditional monitoring.

4. Scientific Decision-making: The trend deduction and plan matching capability of digital twin realizes the transformation from "experience-based decision-making" to "data-driven decision-making", improving the scientific level of flood control and post-disaster management.

5. Flexible Adaptation: Swift4D features high reusability and rapid scenario construction, which can quickly customize functional modules according to the flood control needs of different basins and regions, reducing application costs.