Measure What Matters. Connect It to Decisions.
Siteplore’s Sensor Ecosystem connects compatible third-party sensors and industrial instruments into a common edge, monitoring and analytics architecture — allowing each deployment to begin with the physical parameter that actually matters.
The right sensor is useful. An isolated sensor is not enough.
Sensors are available for almost every physical parameter. The harder engineering problem is selecting the correct instrument, connecting it reliably, validating the data and making the measurement available to the people who need to make a decision.
Too Many Device Choices
Similar sensors may use different protocols, measurement ranges, power supplies, accuracy classes and environmental ratings.
Interface Does Not Equal Integration
An RS485 or 4–20 mA output does not automatically make a sensor plug-and-play with an IoT platform.
Data Without Operational Context
A measurement creates value only when it can be trended, interpreted and connected to an operational response.
One ecosystem. Many physical parameters.
Siteplore can be engineered around a broad range of compatible sensor types. The examples below represent monitoring categories rather than a fixed vendor catalogue.
Weather & Atmospheric
Solar & Photovoltaic
Agriculture & Soil
Water & Aquaculture
Environmental Monitoring
Machine Condition
Electrical & Energy
Process & Utility
Infrastructure & Remote Sites
Categories and parameters shown above indicate potential integration scope. Specific sensor compatibility, measurement performance and installation suitability must be confirmed through engineering review.
From physical condition to useful information.
Siteplore separates the measurement device from the data platform so the architecture can be adapted to different sensor technologies and operating environments.
Physical Parameter
Temperature, vibration, energy, weather, water, soil or another relevant field condition.
Sensor / Instrument
Converts the physical condition into an electrical or digital measurement.
Edge Integration
RekaSense or another suitable edge architecture collects compatible data.
Siteplore
Data becomes historical trends, dashboards and monitoring logic.
Operational Action
Measurement context supports investigation and better decisions.
Not every sensor connects the same way.
Siteplore uses an interface-agnostic engineering approach. Different field devices can require different hardware, conversion or communication layers before data reaches the platform.
Digital Industrial Interface
Devices with suitable digital communication can potentially connect directly to a compatible edge interface.
Analog Instrument
Conventional industrial signals can be integrated through an appropriate analog input or conversion module.
Embedded Sensor
Local digital sensors may be integrated where the edge architecture and installation requirements make them appropriate.
Connected Device
Existing network-enabled instruments or systems can be evaluated for software-level data integration.
Protocol names above indicate possible architecture options, not universal compatibility. Exact implementation depends on supported protocol, register mapping, electrical interface, communication topology and project scope.
“RS485” does not mean “plug-and-play.”
Before a sensor is treated as compatible, the complete measurement and communication chain should be reviewed — not only the connector or protocol name.
Communication Protocol
Confirm Modbus RTU or other actual communication implementation.
Register / Data Mapping
Verify parameter addresses, data types, scaling and byte ordering.
Communication Settings
Review baud rate, parity, stop bits and addressing requirements.
Power Requirements
Verify operating voltage, current demand and field power architecture.
Electrical Protection
Consider isolation, grounding, surge protection and wiring environment.
Measurement Performance
Confirm range, accuracy, resolution and response requirements.
Environmental Suitability
Review IP rating, temperature, humidity and installation conditions.
Maintainability
Consider calibration, replacement, spare availability and lifecycle requirements.
Build the monitoring system around the problem.
The same Siteplore architecture can support different combinations of sensors depending on the operational question being addressed.
Solar PV Performance
Combine irradiance, module temperature, weather, soiling and electrical measurements to support performance analysis.
Smart Agriculture
Integrate soil moisture, temperature, EC, weather and other parameters to support irrigation and growing decisions.
Aquaculture Monitoring
Connect water temperature, pH, dissolved oxygen and other water-quality measurements for remote visibility.
Industrial Environment
Monitor ambient conditions, weather, noise or other environmental parameters around operational facilities.
Machine Condition
Combine vibration, temperature and operating context for selected condition-monitoring applications.
Energy Monitoring
Connect compatible electrical meters to understand load, demand and historical energy consumption.
Water & Wastewater
Integrate selected quality, level, flow and pumping-system measurements.
Remote Site Monitoring
Bring distributed field measurements into centralized visibility where local inspection is difficult.
Multi-Parameter Environmental Station
Combine multiple weather and environmental parameters into a common Siteplore dashboard.
We do not start with a sensor brand. We start with the measurement problem.
Different applications may require different measurement technologies, accuracy levels, construction materials and environmental ratings. Siteplore’s role is to create a practical integration architecture around the correct instrument.
From requirement to connected measurement.
Sensor integration should be treated as an engineering workflow, not simply a purchasing exercise.
Define
Identify the parameter and decision requirement.
Select
Evaluate suitable sensor technologies and instruments.
Verify
Confirm electrical, protocol and field compatibility.
Integrate
Connect the device into the edge and Siteplore architecture.
Validate
Confirm data quality, scaling and operational usefulness.
The same ecosystem supports multiple products.
Sensor selection is connected directly to the Siteplore application being deployed.
RekaSense
Connect environmental, weather, agriculture, water and other compatible field sensors to Siteplore.
Explore RekaSense →PowerWatch
Integrate compatible electrical meters and energy measurements into centralized monitoring and analytics.
Explore PowerWatch →MachineGuard
Use appropriate machine-condition sensors to support trends, early warnings and maintenance investigation.
Explore MachineGuard →Sensor Ecosystem FAQ
Does Rekacipta manufacture all sensors listed here?
No. The Sensor Ecosystem is designed around a vendor-neutral integration approach. Suitable sensors may come from different manufacturers depending on the application and engineering requirements.
Can I use a sensor that we already own?
Potentially yes. Existing instruments can be reviewed for communication protocol, electrical interface, register availability, measurement range, installation conditions and overall compatibility.
Does any RS485 sensor work with RekaSense?
No. RS485 describes the physical communication layer, but successful integration also depends on protocol, device addressing, register map, data format, baud rate, parity and other implementation details.
Can 4–20 mA instruments be integrated?
Potentially yes, using an appropriate analog input or signal-conversion architecture. The exact solution depends on channel count, isolation, resolution, power and field requirements.
Can one RekaSense connect several sensors?
A multi-device configuration can be engineered where communication topology, addressing, polling interval, power requirements and system capacity permit it.
Can Siteplore integrate sensors from different brands?
Yes in principle, provided each device has a technically suitable integration path. Multi-vendor compatibility should be verified before deployment.
Are the sensors shown on this page certified for hazardous areas?
Hazardous-area suitability must never be assumed. Any installation in a classified area requires appropriately certified equipment and an engineering review for the applicable area classification and installation method.
Can Siteplore recommend which sensor we need?
Rekacipta can evaluate the measurement objective, environmental condition, interface requirement and monitoring architecture before defining a suitable sensor specification or integration approach.
Can the sensor data be analyzed with AI?
Advanced analytics or AI can be considered when the data quality, quantity and operational use case justify it. Reliable sensing and contextualized historical data should come first.
How should we start?
Start by identifying the physical parameter and operational decision that matter. Rekacipta can then evaluate sensor technology, field installation, interface requirements and a practical Siteplore integration architecture.
You do not need more sensors. You need the right measurements connected to the right decisions.
Tell us what physical condition you need to monitor. Rekacipta can help define the measurement requirement, evaluate sensor compatibility, engineer the edge interface and connect the resulting data into Siteplore.