Climate-Eyes’ DSS for Water Resources & Quality Monitoring is a cutting-edge solution that revolutionizes the way water bodies and ecosystems are monitored and managed. By leveraging satellite imagery and ecological algorithms, this cloud-based platform offers a comprehensive view of water resources, reservoirs, and surrounding environments.

The system is capable of detecting crucial changes in water volume, levels, temperature, chlorophyll concentration, turbidity, and harmful algal blooms across vast or remote regions. This real-time monitoring enables stakeholders such as utilities, environmental agencies, and water managers to receive early-warning alerts, conduct trend analysis, and gain operational insights to effectively address water risks like floods, droughts, and contamination events.

Replacing traditional manual sampling methods with automated, scalable, and cost-effective observations, the DSS significantly reduces lab costs by up to 30% and overall water management expenditures by 20–33%. Users can access actionable insights through a user-friendly dashboard, facilitating data-driven decision-making and proactive interventions. The platform is designed for global accessibility and real-time deployment, supporting both tactical planning and emergency response while promoting sustainable water stewardship.

• Utilizes satellite imagery and ecological algorithms for comprehensive water monitoring
• Detects changes in water volume, levels, temperature, chlorophyll concentration, turbidity, and harmful algal blooms
• Provides early-warning alerts, trend analysis, and operational insights for better water risk management
• Replaces manual sampling methods with automated, scalable, and cost-effective observations
• Reduces lab costs by up to 30% and overall water management expenditures by 20–33%
• Empowers data-driven decision-making and proactive interventions through a user-friendly dashboard
• Supports global accessibility and real-time deployment for tactical planning and emergency response
• Promotes sustainable water stewardship and environmental protection