Connect the Field. Understand What Is Happening.
RekaSense connects compatible field sensors to the Siteplore monitoring and analytics environment — creating a practical path from physical measurements to remote visibility, trends, alerts and operational decisions.
Important conditions often exist outside the control room.
Many operational parameters are still checked manually, measured periodically, stored locally or not monitored at all. RekaSense is designed to bring relevant field measurements into a connected monitoring environment without turning every monitoring requirement into a large automation project.
Manual Measurements
Important parameters may depend on periodic inspection, field rounds or manually recorded data.
Remote or Distributed Assets
Sensors and equipment can be spread across large sites, remote locations or areas without centralized monitoring.
Isolated Sensors
A sensor may provide a measurement locally, but the information has limited value if it cannot be trended, compared or reviewed remotely.
Sensor data is only the beginning.
RekaSense creates the bridge between physical measurements and the digital monitoring layer where data becomes visible, contextual and useful.
Sensors & Instruments
Measure environmental, weather, soil, water, energy or other physical conditions.
RekaSense Gateway
Acquire compatible field data and provide the edge connection between sensors and platform.
Siteplore
Store and organize time-series data for dashboards, historical analysis and integration.
Operational Insight
Use trends, alerts and context to support better operational decisions.
Build monitoring around the parameter that matters.
RekaSense is designed as a vendor-neutral edge monitoring concept. Sensor compatibility depends on interface, communication protocol, power requirements and the engineering requirements of each deployment.
Weather & Atmospheric
Solar & Photovoltaic
Agriculture & Soil
Water & Aquaculture
Environmental
Industrial Instruments
Sensor examples above represent potential integration categories. Actual compatibility must be confirmed during engineering review, including protocol, register map, electrical interface, power supply, environmental rating and installation requirements.
One edge architecture. Multiple monitoring applications.
RekaSense can be configured around different field monitoring requirements without changing the fundamental data architecture.
Environmental Monitoring
Collect distributed weather and environmental measurements for centralized visibility and analysis.
Solar PV Monitoring
Combine irradiance, weather, module condition and supporting environmental measurements.
Smart Agriculture
Monitor soil, greenhouse, weather and growing conditions to support operational decisions.
Aquaculture & Water
Connect relevant water-quality and environmental parameters to remote monitoring.
Remote Site Monitoring
Bring measurements from distributed or difficult-to-reach locations into a common platform.
Industrial Environment
Monitor ambient and auxiliary parameters that may affect operations, equipment or site conditions.
Designed as a complete monitoring chain.
The value of RekaSense comes from combining field measurement, connectivity and data visibility rather than treating each sensor as an isolated device.
Multi-Sensor Integration
Connect compatible instruments within an engineered edge monitoring architecture.
Remote Data Connectivity
Transport field measurements toward the centralized monitoring platform.
Time-Series Monitoring
Build historical information instead of relying only on instantaneous readings.
Dashboard Visualization
Present field information in clear operational dashboards and asset or site views.
Thresholds & Alerts
Apply appropriate monitoring rules to highlight measurements requiring attention.
Historical Trends
Compare operating conditions over time and identify patterns or deviations.
Data Integration
Extend monitoring data into other applications or analytical workflows where required.
Expandable Architecture
Start with a focused deployment and expand sensors, locations or use cases over time.
The measurement becomes useful when it changes a decision.
Consider a remote environmental or agricultural application. The same principle applies across many other RekaSense deployments.
Example: Soil Moisture Monitoring
From physical soil condition to a practical operating response.
Choose the right sensor for the problem.
RekaSense is not intended to lock the monitoring architecture to a single sensor manufacturer. Sensor selection should be based on measurement requirements, environmental conditions, interface, accuracy, maintainability and project economics.
Start with the decision you need to improve.
Sensor selection comes after understanding the operational objective, field conditions and how the information will actually be used.
Assess
Identify the operational problem, monitoring objective and field conditions.
Engineer
Select compatible sensors, interface, power and connectivity architecture.
Deploy
Install the monitoring chain, configure communication and validate data.
Monitor & Improve
Review trends, refine monitoring logic and expand when the use case is validated.
Choose the level of monitoring support you need.
Start with connected monitoring and expand toward deeper operational insight as requirements grow. Final scope depends on sensor quantity, integration, connectivity and site requirements.
Monitor
For customers who need centralized visibility of selected field measurements and historical trends.
Optimize
For customers who need monitoring plus deeper trending, operational comparison and configurable analytical views.
Managed Insight
For customers who want Siteplore monitoring supported by ongoing analytical review and engineering insight.
RekaSense FAQ
Is RekaSense a sensor?
RekaSense is primarily the edge monitoring layer that connects compatible field sensors to the Siteplore monitoring environment. The sensor itself is selected according to the measurement requirement.
Can RekaSense work with third-party sensors?
Potentially yes. RekaSense is designed around a vendor-neutral integration approach. Compatibility must first be verified based on communication protocol, electrical interface, device register mapping, power requirements and installation conditions.
Does RekaSense support RS485 / Modbus sensors?
RS485 and Modbus RTU are important integration options within the RekaSense architecture. Actual device compatibility is confirmed during engineering review.
Can one RekaSense connect multiple sensors?
The architecture can support multiple compatible field devices where communication topology, addressing, power supply, polling requirements and installation conditions allow it.
Does RekaSense require an existing PLC or DCS?
Not necessarily. RekaSense can be considered for standalone remote monitoring applications as well as projects that complement existing industrial systems. The recommended architecture depends on each site.
Can RekaSense be used outdoors?
Outdoor deployment depends on enclosure selection, environmental protection, temperature conditions, power supply, cable entry, surge protection and the environmental rating of the connected instruments. These requirements should be confirmed during engineering.
Is AI included in every RekaSense installation?
No. The first priority is reliable measurement, connectivity and useful operational data. Advanced analytics or AI should only be introduced where sufficient data quality and a justified operational use case exist.
How should we start?
Start with one clearly defined monitoring problem. Rekacipta can assess the parameter, sensor interface, installation conditions, connectivity and Siteplore configuration required for an initial deployment.
What field condition do you need to see before it becomes a problem?
Tell us what you need to monitor. Rekacipta can help evaluate the measurement, sensor interface, edge connectivity and monitoring architecture required for a practical RekaSense deployment.