Turing
Management of pressure and flow data read from micro and macro meters.
We know that the biggest enemy of operational efficiency is an excess of false alarms. Natural fluctuations in consumption are often mistaken for leaks, generating unnecessary alerts that overload the team and mask the real problems.
Turing acts as the predictive brain of its operation, focused exclusively on pressure and flow behavior:
Focus on Trends
Intelligence to learn the hydraulic profile of the network, avoiding false alerts.
Asset Protection
By detecting transients and pressure spikes, Turing enables predictive actions that extend the lifespan of the piping.
Frequently Asked Questions
Can I start with Turing and then expand to Ada?
Yes! Stattus4's modularity allows you to prioritize your immediate pain points. In general, Turing is the sentinel that alerts you to the problem, and Ada is the intelligence that manages the overall efficiency.
Does the platform allow for a comparison of current pressure behavior with the same period last year?
The platform allows data comparison between periods of up to 90 days within the platform itself. For longer periods, the data can be exported to spreadsheets and compared to any desired period.
Can I use only the Pascal and Patia devices to collect pressure and flow data?
No. Ada and the other modules of the Stattus4 platform are agnostic. We can process and analyze data from already installed market sensors.
Do I need flow sensors to use Turing?
Turing is a device manager. In its current configuration, it can receive pressure and flow data. These devices will be monitored for connectivity, data transmission, and analysis of maximum and minimum values.
What is the cost of incorporating Turing into my management?
The investment is customized according to the complexity and size of each city's operation. Talk to our specialists to receive a diagnosis and a quote tailored to your specific needs.