5 key benefits of the platform

• Pre-configured operating environment to build infrastructure connectivity over TCP/IP Stack
• Pre-configured environment for integration with industrial PLCs (SIEMENS, SCHNEIDER, etc.)
• Two-way PLC communication via established industry standard protocols (SIEMENS S7, OPC/UA, Modbus, MQTT)
• Data security and encryption

• 24/7 accessibility through a standard WEB browser
• User Authentication
• Personal Dashboard
• User friendly interface
• Well defined, clear indicators of working parameters
• Rapid performance and production reports
• Compatibility with all mobile devices

• Pre-configured logical pattern of "event" objects
• Dynamic definition of types of "events" depending on the specifics of the facility
• Dynamic definition of the main parameters of the object "event"
• Defining the behavior of the dataFRUIT platform when an "event“
• Notification to the user through all possible communication channels (e-mail, SMS, voice, etc.)
• Archive of occurring "events" and their grouping for analysis in the event of a trend

• Ability to choose a different approach to collecting and storing historical data
• Dynamically define a useful "time resolution" of data for their collection and storage, specifically for each monitored variable
• Provisioning of a specific set of historical data when analyzing events or trends
• Graphical data visualization with dynamic period selection

• Provisioning of means for a dynamic description of engineering recipes
• Means for creating logical interrelations and sequences for creating and applying engineering recipes
• Following and applying the recipe is based on the logical processing of historical data accumulated in the database

Sample recipes (for Hydro Power Plant)

• A tendency to increase vibrations, albeit without a limit
• Trending temperature rises, albeit without a limit
• Reduced time to reach normal operating temperature
• Reduced or increased inertia rotation time in a braking procedure
• Frequent start of hydraulic pumps
• Reach lower power at a given guiding apparatus position
• Achieving lower power at the same flow and pressure (reduced efficiency)