BlueNett Smart Water Solutions
We understand that water management is not a one-size-fits-all scenario. Different areas might have unique needs and challenges when it comes to water distribution and conservation. Whether it's a bustling metropolis or a remote village, our systems are tailored to meet the specific water management needs of each area.
Our approach to intelligent water management is grounded in the use of advanced IoT sensor technology. Each location is equipped with a variety of sensors, carefully selected based on the local environment and water management needs. From flow meters in urban pipelines to moisture sensors in agricultural lands, using an array of sensors ensures comprehensive monitoring and efficient water usage across all terrains.
Managing a complex water distribution network also requires a central, unified interface like the one we provide, allowing for efficient management and control of different water systems, ensuring that administrators can easily monitor, analyze, and make informed, timely decisions about their water resources based on near real-time data.
Capabilities
We leverage the latest in IoT, AI, and cloud technologies to offer scalable solutions that grow with your needs. Whether expanding to new areas or integrating new technologies, our solutions are designed to adapt and scale seamlessly.
Efficient Data Collection
Designed to efficiently collect & aggregate sensor data from millions of varied sources
Customizable Solutions
Tailored solutions to address the unique water management needs of different demographies
Secure Device Management
Data and Bi-directional Control communication over secure protocol layers
Communication Technologies
Connect with smart sensors over a range of communication modes including RF narrow band & Cellular technologies
Real-time Data Analysis
Capability for near real-time data collection, analysis, and reporting through interactive dashboards
Data & Event Correlation
Facilitates proactive decision-making and rapid response to issues identified with real-time correlation