Why drones and AI can’t quickly find missing flood victims, yet

Why drones and AI can’t quickly find missing flood victims, yet

Why drones and AI can’t quickly find missing flood victims, yet

https://www.newstimes.com/news/article/why-drones-and-ai-can-t-quickly-find-missing-22343379.php

Publish Date: 2026-07-13 13:37:00

Source Domain: www.newstimes.com

Summary of the Article on AI in Search and Rescue:

  • AI Speed: AI systems, specifically through computer vision and machine learning, significantly outpace human responders in scanning high-resolution drone imagery, often completing this task in under a second compared to one to three minutes for humans.

  • AI Limitations: Despite their speed, current AI systems are not accurate enough to replace human search-and-rescue teams in finding flood victims. This includes issues like high error rates in detection due to the unique and complex imagery created by flood conditions.

  • Specialized Challenges: Flood victims often present distinct visual challenges to AI, including being obscured by debris, water, and mud, which differ substantially from the indicators used for more straightforward search-and-rescue situations.

  • Lack of Training Data: There is a shortage of training datasets containing aerial imagery of individuals tangled in flood-related debris, complicating the development of precise machine learning classifiers.

  • Geographical Inaccuracies: Drones often capture imagery at oblique angles, leading to imprecise GPS coordinates for targeted search areas, which requires additional manual verification.

  • AI-Human Collaboration: While AI systems alone are currently insufficient, combining them with human search-and-rescue teams offers better search efficiency by prioritizing potentially critical areas and aiding faster response.

  • Future Potential: With improvements in training data and algorithm accuracy, AI could eventually play a more significant role in helping to identify debris and human signs, especially in early search stages and later verifying no areas were overlooked.