Build a smart aquarium management system that processes water quality parameters at the edge to maintain optimal living conditions. The system will automate feeding, oxygen control, and filtration while reducing latency and ensuring continuous ecosystem stability.
Study aquatic ecosystem requirements and water quality indicators.
Research pH, dissolved oxygen, and temperature sensors.
Design an edge-based architecture for local aquarium monitoring.
Develop real-time analytics for water parameter regulation.
Implement automatic feeding and oxygenation controls.
Configure alert systems for abnormal water conditions.
Create a mobile app for remote monitoring.
Optimize data transmission to cloud for periodic summaries only.
Conduct system testing under varying environmental conditions.
Compare reliability with fully cloud-controlled systems.
Document improvements in aquatic life stability.
