Forest Health Monitoring

Pine Wilt Disease, caused by the pine wood nematode, is a devastating global threat to forest ecosystems, leading to rapid tree mortality and significant economic loss. Traditional monitoring methods are no longer sufficient to combat its spread effectively.

Feiyan introduces a next-generation, AI-driven Forest Health Monitoring Platform. This integrated solution leverages high-resolution aerial remote sensing, proprietary deep learning algorithms, and cloud-based analytics, transforming how forestry and environmental agencies manage forest health by enabling a shift from reactive response to proactive, data-driven stewardship.

Our Differentiated Solution Framework

Our framework is an integrated, closed-loop system that ensures precision and reliability across the entire workflow from data capture to decision support.

1. End-to-End Data Assurance System
We employ a flexible hybrid aerial survey model combining UAVs and manned aircraft to capture high-quality orthophoto imagery with a resolution better than 10cm. Data undergoes professional processing for color balancing, orthorectification, and seamless mosaicking, resulting in geometrically accurate Digital Orthophoto Maps (DOMs) that form the perfect foundation for AI analysis.

2. AI Core Powered by a Full-Scenario Sample Library
We have built an industry-leading full-scenario sample database for Pine Wilt Disease. It encompasses features from different tree species across all health stages and crucially includes confounding factors like dead tops, wind damage, other pests, and drought stress. This significantly enhances the model's generalization capability and anti-interference performance in complex real-world conditions, ensuring precise and reliable identification.

3. Highly Automated Intelligence Interpretation Pipeline
The platform features a fully automated pipeline from data processing to final output. Through intelligent tiling and batch AI inference, it rapidly locates suspected infected trees from vast imagery and automatically generates geotagged vector files of infestation distribution and visual thematic maps. Results can be directly imported into mobile GIS devices, guiding field teams for targeted verification and precise treatment, creating an efficient "detection-location-action" closed loop.

4. Turnkey Full-Cycle Service Delivery
Beyond the technology platform, we provide a comprehensive service covering mission design, compliant flight operations, image processing, AI interpretation, deliverables, and technical consulting. Clients can obtain ready-to-use "turnkey" insights for management decisions and field actions without substantial upfront investment in hardware or specialized teams, significantly lowering the barrier to adoption and total cost of ownership.

Application Scenarios & Client Value