Conventional water quality surveillance relies heavily on manual sampling, localized sensors, and intermittent laboratory ...

In traditional environmental monitoring, manual sampling and laboratory analysis often result in delays, slow data updates, and difficulties in meeting real-time monitoring needs. The IoT smart ...

As the effects of climate change and ecological decline intensify, the need for accurate, scalable environmental monitoring ...

Sectional measurements, or measurements within DMA zones, represent a major challenge for water utilities, as pipeline access ...

Source water contaminants will vary by region and location. Some common sources include industry and agriculture runoff, ...

The wireless sensors market is gaining momentum as industries and consumers increasingly rely on connected technologies for ...

1. Precise Regulation: Dynamically adjust pump operation based on real-time data such as water level, flow rate, and water quality to reduce energy consumption. 2. Unmanned Operation: Achieve remote ...

The global Pollution Monitoring Equipment market is poised for significant growth, expanding from USD 8.90 billion in 2025 to ...

Smart personal protective equipment is transforming industrial safety by integrating sensors, connectivity, and real-time ...

A University of Rwanda (UR)-led project has developed innovative devices to monitor the cassava value chain aiming to boost productivity and quality, reduce post-harvest losses, cut greenhouse gas ...

Connected vehicles and smart city systems improve safety and traffic flow. Businesses use IoT for better inventory management ...