Flood Monitoring
Heat Risk Prediction
Air Quality Monitoring
Research
Defining the challenge and delivering data-driven environmental intelligence at scale.
Research Problem
Environmental risks are increasing in frequency and complexity, making them difficult to predict and manage. This is mainly due to fragmented monitoring systems, delayed data reporting, and the lack of real-time insights. As a result, decision-makers and communities often lack timely and actionable information to respond effectively to environmental threats.
Objectives
- Collect continuous real-time environmental data using IoT sensors and external sources
- Detect anomalies and predict environmental risks using AI and machine learning models
- Generate early warnings and alerts for critical situations
- Provide an intuitive and user-friendly dashboard for effective decision-making
Methodology
EcoGuard-AI follows a structured pipeline that includes real-time data acquisition, preprocessing, feature engineering, model training, and visualization. The system integrates IoT sensors, backend processing, machine learning models, and a web-based dashboard to deliver accurate insights and timely alerts for environmental risk management.
Solution
IoT + AI + Dashboard architecture for proactive environmental management.
How the System Works
IoT devices capture environmental data in real time. AI services process the incoming streams, identify risk patterns, and forecast events. A unified dashboard then displays alerts, trends, and recommended actions for stakeholders.
Coral Reef Monitoring
Uses image-based AI models to monitor coral health and detect bleaching conditions. Supports marine conservation by providing insights into reef ecosystem changes.
Flood Monitoring
Detects rising water levels in real time using IoT sensors to identify potential flood risks. Provides early alerts and severity classification to support timely evacuation and response.
Heat Risk Prediction
Analyzes temperature and environmental data to predict heat stress conditions using AI models. Supports public safety by issuing early warnings during extreme heat events.
Air Quality Monitoring
Continuously tracks air pollutants such as CO, CO2, and PM2.5 to assess environmental conditions. Helps users understand pollution levels and take preventive actions for better health.
Documents and Presentations
Project outputs organized for easy reference.
Individual Proposals
Individual concept and technical proposals.
Research Paper
Formal research publication.
Presentations
Progress and milestone presentations.
Thesis
Individual and group final thesis submissions.
About Us
A multidisciplinary team dedicated to sustainable innovation.
Contact Us
We are open to collaboration, feedback, and research partnerships.
Contact Information
Email: ecoguard.ai@sliit.edu
Phone: +94 77 123 4567
Location: Sri Lanka Institute of Information Technology New Kandy Road, Malabe