Before You Install More Technology, Define the Right Problem.
Site Assessment & Engineering helps define what should be monitored, where measurements should be taken, how field devices should connect and what information the final system must provide before implementation begins.
A monitoring project can fail before the first sensor is installed.
Projects often become unnecessarily expensive or difficult when sensors, gateways or dashboards are selected before the operational problem, measurement requirement and system architecture are clearly defined.
Technology Before Problem
Hardware is selected first, while the actual operational decision remains unclear.
Wrong Measurement Points
Sensors may be installed where data is easy to collect rather than where it creates value.
Integration Complexity Appears Late
Protocols, wiring, power, network constraints and access requirements may only become visible during implementation.
We assess the full monitoring chain.
Site Assessment is not limited to checking sensor locations. The assessment considers the relationship between operational need, physical measurement, field installation, communication, data architecture and final user decision.
Operational Problem
Clarify what problem, risk, inefficiency or visibility gap needs to be addressed.
Asset & Process Context
Review relevant machines, electrical systems, utilities, environment or field processes.
Existing Instrumentation
Identify available meters, sensors, PLC/DCS data and existing measurement points.
Measurement Requirements
Determine which parameters, ranges and measurement locations are technically relevant.
Connectivity
Review wired, wireless, cellular, local network and field communication options.
Electrical & Installation Conditions
Review power, enclosure, cable routing, grounding, isolation and installation constraints.
Data Architecture
Define how information should flow from field devices into Siteplore or other systems.
Monitoring & Analytics Need
Define dashboards, trends, alerts, comparisons and analytical requirements.
Implementation Priority
Identify where to begin and which scope can provide the clearest initial value.
The assessment should end with a clearer engineering decision.
Exact deliverables depend on the agreed scope, but the objective is to provide enough engineering definition to decide whether, where and how the monitoring project should proceed.
Problem & Requirement Summary
Document the monitoring objective, operational problem and key requirements.
Recommended Measurement Points
Identify where measurements are potentially required to support the defined objective.
Sensor / Instrument Requirements
Define suitable measurement technology, interfaces and performance requirements.
Conceptual System Architecture
Define the proposed field, edge, connectivity, data and platform architecture.
Integration Requirements
Identify relevant protocols, existing systems and external data interfaces.
Preliminary BOM / Equipment List
Identify major hardware and integration components where included in the assessment scope.
Implementation Recommendation
Define a practical first deployment, pilot or implementation sequence.
Commercial Next-Step Definition
Establish the basis for an implementation proposal or appropriate Siteplore package.
The assessment determines the right implementation path.
Depending on the problem and site conditions, the recommended architecture may use one or several Siteplore products and services.
RekaSense
For environmental, agriculture, water, weather and compatible field-sensor applications.
Explore RekaSense →PowerWatch
For electrical visibility, energy monitoring and utility-related analysis.
Explore PowerWatch →MachineGuard
For connected condition monitoring and early-warning applications on selected equipment.
Explore MachineGuard →Integrated Site Package
For projects requiring several monitoring domains under one Siteplore architecture.
Explore Integrated Package →A structured path from field problem to project definition.
The goal is to reduce uncertainty before hardware procurement and implementation begin.
Discover
Understand the problem, operational consequence and desired outcome.
Inspect
Review field conditions, assets, instrumentation and infrastructure.
Analyze
Evaluate measurement, connectivity and integration requirements.
Engineer
Develop the recommended monitoring and data architecture.
Define Next Step
Recommend pilot, implementation or further engineering scope.
Useful information before the assessment.
Complete information is not required before the first discussion, but available documentation can make the assessment more efficient and technically focused.
Make the implementation decision with better engineering information.
Clearer Scope
Define what should be included and what should not be included in the first phase.
Better Sensor Selection
Choose measurement technology based on engineering need rather than catalogue availability.
Lower Integration Risk
Identify communication and field constraints before they become implementation problems.
More Focused Investment
Prioritize measurements and assets where connected information has practical value.
Scalable Architecture
Define a foundation that can be expanded after the initial use case is validated.
Implementation Readiness
Create a stronger technical basis for pilot, procurement and deployment.
Choose the level of engineering definition you need.
Exact scope, schedule and commercial terms are defined according to site complexity, travel requirement, number of systems and required engineering deliverables.
Remote Assessment
Suitable for early discussion and preliminary feasibility review using available documentation and online meetings.
- Problem definition
- Existing system review
- Preliminary monitoring concept
- Initial next-step recommendation
Site Assessment
For projects where field conditions, installation constraints and existing infrastructure need direct evaluation.
- Site and asset inspection
- Measurement-point review
- Connectivity assessment
- Conceptual architecture
- Implementation recommendation
Engineering Package
For customers requiring further technical definition before procurement or implementation.
- Extended engineering review
- Architecture definition
- Equipment / BOM recommendation
- Integration requirements
- Implementation scope definition
Scope, deliverables and pricing are confirmed before engagement. The assessment does not imply that every identified requirement must be implemented or that all projects require new hardware.
Site Assessment & Engineering FAQ
Do we need to know which Siteplore product we want before the assessment?
No. The assessment should begin with the operational problem. The appropriate product or combination of RekaSense, PowerWatch, MachineGuard or other integration components can be determined afterward.
Can you assess existing sensors and meters?
Yes. Existing field devices can be reviewed for measurement suitability, communication capability, interface requirements and potential integration.
Does every assessment require an onsite visit?
No. Some early-stage projects can begin with remote engineering review. Onsite assessment becomes more important where field conditions, installation, existing infrastructure or access constraints materially affect the solution.
Will the assessment include a bill of materials?
A preliminary equipment or BOM recommendation can be included when it is part of the agreed scope. Detailed procurement quantities and specifications may require additional engineering.
Can the assessment cover existing PLC, DCS or SCADA data?
Yes. Existing automation systems can be evaluated as potential data sources where technically and organizationally appropriate. Integration scope depends on available protocols, access and system requirements.
Does a site assessment automatically lead to hardware purchase?
No. The purpose of the assessment is to determine the appropriate technical path. In some cases, existing instrumentation may already provide much of the required information.
Can you assess only one machine or one electrical panel?
Yes. A focused assessment can be appropriate when the objective is to validate one important monitoring use case before expanding.
Can you provide detailed design after the assessment?
Yes, where required. Detailed engineering can be defined as a separate scope after the initial assessment establishes the project direction and technical requirements.
How should we start?
Start by describing the operational problem, equipment or area involved and what information is currently missing. Rekacipta can then determine whether a remote review, site visit or more detailed engineering assessment is the appropriate next step.
Do not start by asking “Which sensor should we buy?”
Start with the problem, the asset and the decision that needs better information. Rekacipta can help translate that need into a practical measurement, connectivity and Siteplore implementation architecture.