The National University of Singapore has developed robotic swans to monitor and test pollution levels in the city's water reservoirs. Cleverly named NUSwan, the project is designed to blend in with the natural environment, while conducting quality checks of Singapore's freshwater lakes and reservoirs. The mechanism is self-governing, as the birds use under-body propellers and specialized sensors to survey the water. Simultaneously, the active robotic swans stream the collected data in real time to the command center.
The traditional system is conducted through fixed online stations, which have far too limited coverage in certain areas. Since the aqueous environment is heavily impacted by the rate of urbanization, recreational activities and other factors, the NUS's robotic swans offer a cost-effective and more efficient system of doing quality checks for levels of dissolved oxygen and chlorophyll.
Water-Monitoring Swan Mechanisms
These Robotic Swans Make Sure That Singapore Has Clean Water
Trend Themes
1. Robotic Environmental Monitors - The development of robotic swans for environmental monitoring is a potential opportunity for businesses focused on automation and environmental sustainability.
2. Real-time Water Quality Tracking - The real-time streaming of data collected by the robotic swans provides opportunities for businesses to develop better water monitoring and management systems.
3. Self-governing Mechanisms - The ability of the robotic swans to self-govern using specialized sensors and under-body propellers presents opportunities for businesses focused on autonomous vehicle technology and artificial intelligence.
Industry Implications
1. Environmental Technology - The development of the robotic swans presents an opportunity for companies focused on creating innovative solutions for environmental issues.
2. Water Management - The robotic swans' ability to collect and stream real-time water quality data provides an opportunity for companies focused on water management and conservation.
3. Urban Development - The use of self-governing robotic swans for water monitoring highlights the intersection of urban development and environmental sustainability, presenting opportunities for companies working in both sectors.