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In many residential areas, snakes are appearing with increasing frequency, causing fear and
posing threats to human safety, while residents lack the skills to identify snake species and
respond safely. Rescue teams often receive delayed and inaccurate information, and species
identification heavily depends on experts, leading to slow response times. To address this issue,
the proposed solution is the development of "SnakeGuard Intelligent AI-Powered Snake
Rescue and Identification System" which enables snake recognition from images, provides early
warnings and instant safety guidance, and connects citizens, rescue teams, experts, and
administrator to optimize the rescue process and reduce community risks.
When a snake is detected, citizens log into the system and use the reporting function. They can
take photos or record videos of the snake and submit them to the system. Here, the AI system
automatically analyzes the images/videos to identify the snake species, assess the danger level
(e.g., venomous or non-venomous), and provide preliminary guidance on how to maintain a safe
distance. Citizens can also confirm or add further details about the situation and the GPS location.
After submitting a report, they receive area alerts if the location is considered dangerous, and
they can track the status of the rescue process. Additionally, they are given temporary handling
instructions, and can join the community to share experiences, ask questions, and learn from
previous cases.
Once a report is received, the rescue team immediately gets notified along with the Al-detected
data and actual visuals, allowing them to prioritize intervention. The rescue team updates the
status step-by-step such as "request received," "en route," "in progress," or "completed," and
uses a map to plan routes and identify areas with frequent snake reports. After completing the
rescue, the rescue team may record practical experience, describe snake-handling methods, and
provide additional information to help improve AI accuracy over time.
In cases where identification is difficult or there is a need for deeper analysis regarding snake
behavior or toxicity, experts are notified by the system to verify the report. They can review and
adjust AI identification results, update detailed biological data about the species, and provide
standard recommendations for handling and first aid for snakebites. Experts also participate in
internal forums to support the rescue team and advise the community, as well as analyze
aggregated data to identify high-risk areas based on seasonal or weather-related factors.
Finally, the admininistrator is responsible for managing the entire system, including overseeing
user accounts for citizens, rescue teams, and experts; moderating public reports and community
content; managing snake species data and alert notifications; and configuring and supervising
danger-zone maps. The administrator monitors overall system statistics such as the number of
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