SWIM
Smart Water Infrastructure Monitoring
SWIM
Smart Water Infrastructure Monitoring
SWIM
Smart Water Infrastructure Monitoring
High-Performing Smart Water Management
High-Performing Smart Water Management
High-Performing Smart Water Management
The SWIM system combines cutting-edge technologies to achieve a high-performing smart water monitoring and information management system. A fiber-optics sensing platfom, combined with cloud-computing-based data processing, and information analysis powered by artificial intelligence provides water managers with the tool they need to manage their networks reliably and effectively. SWIM delivers real-time highly accurate information direclty to the manager's HQ.
The SWIM system combines cutting-edge technologies to achieve a high-performing smart water monitoring and information management system. A fiber-optics sensing platfom, combined with data processing and analysis based on artificial intelligence and cloud computing provides water authorities with the tool they need to manage their networks, delivering real-time high-precision information directly to their HQ.
Reliable
Highly accurate information and robust against failure
High-fidelity fiber-optics sensors data with AI-powered data analysis
Universal
Highly accurate information and robust against failure
High-fidelity fiber-optics sensors data with AI-powered data analysis
Multiparametric monitoring solution
Compatible with both new and pre-existing infrastructure
Multiparametric monitoring solution
Compatible with both new and pre-existing infrastructure
Real-Time
Highly accurate information and robust against failure
High-fidelity fiber-optics sensors data with AI-powered data analysis
Uninterrupted access to sensor data and continuous network monitoring
Cloud-computing data processing and delivery to each user's control panel
Uninterrupted access to sensor data and continuous network monitoring
Cloud-computing data processing and delivery to each user's control panel
Disruptive Technologies
Fiber-Optics Sensing
Generate data from multiple variables of interest along kilometers of monitored pipeline
Multiparametric
Reliable data
Continuous measurements
Low power consumption
Lightweight and noninvasive
Water-compatible
Distributed measurements
Access to remote areas
Artificial Intelligence
Interpret the data, extract relevant information and learn from past results
Value data extraction
Self-learning
Predictive models generation
User-specific optimization
Improved system scalability
Cloud Computing
Process data from multiple water networks and serve relevant information to each client
Real-time data
Uninterrupted access
Historical data
Scalable
Open source models
GIS
Tailored service
Asset management
Fiber-Optics Sensing
Generate data from multiple variables of interest along kilometers of monitored pipeline
Multiparametric
Reliable data
Continuous measurements
Low power consumption
Lightweight and noninvasive
Water-compatible
Distributed measurements
Access to remote areas
Artificial Intelligence
Interpret the data, extract relevant information and learn from past results
Value data extraction
Self-learning
Predictive models generation
User-specific optimization
Improved system scalability
Cloud Computing
Process data from multiple water networks and serve relevant information to each client
Real-time data
Uninterrupted access
Historical data
Scalable
Open source models
GIS
Tailored service
Asset management
Fiber-Optics Sensing
Generate data from multiple variables of interest along kilometers of monitored pipeline
Multiparametric
Reliable data
Continuous measurements
Low power consumption
Lightweight and noninvasive
Water-compatible
Distributed measurements
Access to remote areas
Artificial Intelligence
Interpret the data, extract relevant information and learn from past results
Value data extraction
Self-learning
Predictive models generation
User-specific optimization
Improved system scalability
Cloud Computing
Process data from multiple water networks and serve relevant information to each client
Real-time data
Uninterrupted access
Historical data
Scalable
Open source models
GIS
Tailored service
Asset management
Fiber-Optics Sensing
Generate data from multiple variables of interest along kilometers of monitored pipeline
Multiparametric
Reliable data
Continuous measurements
Low power consumption
Lightweight and noninvasive
Water-compatible
Distributed measurements
Access to remote areas
Artificial Intelligence
Interpret the data, extract relevant information and learn from past results
Value data extraction
Self-learning
Predictive models generation
User-specific optimization
Improved system scalability
Cloud Computing
Process data from multiple water networks and serve relevant information to each client
Real-time data
Uninterrupted access
Historical data
Scalable
Open source models
GIS
Tailored service
Asset management
Our commitment to improvement
R&D culture
Solution-oriented innovation. Client-oriented development
R&D culture
Solution-oriented innovation. Client-oriented development
R&D culture
Solution-oriented innovation. Client-oriented development
Quality materials
To guarantee a low-maintenance robust and reliable solution
Quality materials
To guarantee a low-maintenance robust and reliable solution
Quality materials
To guarantee a low-maintenance robust and reliable solution
Continuous improvement
Incorporating feedback from clients for the best user experience
Continuous improvement
Incorporating feedback from clients for the best user experience
Continuous improvement
Incorporating feedback from clients for the best user experience