Live Monitoring
Pump, compressor, line, tank, flowmeter, pressure and energy values are monitored on live dashboards.
- Live values
- Device status
- Last data time
RfidSpace / Amonsis IoT Platform
Manage Industrial IoT Data on a Single Platform
Turn data from factories, facilities, pump stations, energy points, dataloggers, gateways, Modbus devices and field sensors into live monitoring, pump characteristic curves, reports, alarms, energy, carbon and efficiency dashboards.
Visual overview
Industrial IoT dashboard flow
Moves pump, compressor and line sensor data into dashboards.
Solution
Platform capabilities
Datalogger and Gateway Management
Field dataloggers and gateways are managed centrally with location, line and reading-point context.
- Gateway inventory
- Connection status
- Location mapping
Modbus Reading Definitions
Modbus register, data type, scale, unit and minute-based reading interval definitions are managed in a controlled model.
- Register mapping
- Unit and multiplier
- Minute-based interval
Physical, Virtual and Calculated Readings
Physical readings come from the field; virtual readings create delta/cumulative results; calculated readings combine multiple sources with formulas.
- Physical value
- Virtual delta/cumulative
- Calculated metric
Energy and Efficiency Analytics
Energy, runtime, consumption, cost, carbon and efficiency values can be reported by selected date range.
- Energy monitoring
- Ton CO2e carbon
- Unit energy cost
Alarm Management
Threshold alarms can be generated from pressure, flow, temperature, energy or device connection status.
- Low/high threshold
- Critical state
- Notification flow
Custom Chart Pages
Users can define menu name, chart type and reading series to create process, line or device-based custom chart screens.
- Line/bar chart
- Series selection
- Date range
Multi-Tenant SaaS
Different companies, facilities, branches or customer groups are managed with separated authorization.
- Tenant model
- Role-based access
- Enterprise reporting
Hierarchical dashboard model
Facility, location, line, device and reading-point hierarchy separates field data into clear screens. Operations, maintenance and energy teams monitor the same data according to their own decision needs.
1
Facility
Visibility by plant, facility or branch.
2
Line
Pump, compressor, air and liquid transfer line groups.
3
Device
Datalogger, gateway, meter, PLC or Modbus device.
4
Reading
Flow, pressure, temperature, energy, total power and calculated values.
Technical architecture
Field data collection
Data from dataloggers, gateways, meters, PLCs and Modbus devices is collected periodically, validated and stored as time series.
Dashboard and reporting layer
Live screens, alarm lists, date-range reports, custom charts and KPI cards are powered by the same data model.
Integration architecture
API-based data exchange can be built with maintenance, energy management, ERP, MES or third-party reporting systems.
Enterprise authorization
Users are separated by role-based access at facility, device group, dashboard and report level.
Gateway read queue
The Gateway API sends only physical reading points to the field. Priority readings are included when due without being blocked by the normal read limit.
Server-side calculation
Virtual and calculated reading points are produced on the server after physical data arrives, separating raw telemetry from business metrics.
Advanced analytics and energy management
Pump characteristic curves
Flow, head, power and optional efficiency points are stored as reference data by pump brand/model. The live operating point is shown separately on the graph without mixing it into the reference curve.
- Flow/head chart
- Flow/power chart
- Best efficiency point
Formula and conditional calculation
Multiplier, offset, custom mathematical expressions and SQL-like case when logic convert raw field data into operational KPI values.
- Multiplier/offset
- Math expression
- Threshold coefficient
Consumption, cost and carbon
Users choose which reading points contribute to total power, energy, carbon or efficiency calculations. Cost is calculated from unit energy price; carbon is calculated from emission factors.
- Total power selection
- Energy cost
- Ton CO2e
Connectivity and data health
Last read time, device query time and datalogger interaction time help detect field connectivity loss and data delay early.
- Last read time
- Device query time
- Datalogger interaction
Use cases
Pump stations
Flow, pressure, runtime, energy and fault states are monitored from a central dashboard.
Compressor rooms
Pressure, total power, workload, air-line values and alarm states become visible to maintenance teams.
Air and liquid transfer lines
Line-based flow, pressure, temperature and efficiency indicators are analyzed historically.
Energy monitoring
Meter and sensor data is reported by facility, line, device or cost center.
Water and wastewater plants
Pump, level, flow, pressure and device connection status are monitored for operational continuity.
Maintenance and operations
Abnormal values, data loss and threshold violations are converted into early warnings.
Turn field data into decision-ready insight
Connect pump, compressor, air and liquid line, flowmeter, pressure, energy and sensor data to live monitoring, alarms, reporting and integration workflows with RfidSpace.
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