Custom IoT & Analytics Development

Siteplore Custom Engineering Services

When the Standard Product Is Not Enough, Engineer the Right Solution.

Rekacipta develops custom IoT, edge, data-integration and analytics solutions for operational problems that require more than an off-the-shelf configuration — from proof of concept and field-data acquisition to custom dashboards, analytical workflows and project-specific Siteplore integration.

Custom Solution Development
Field Custom Sensing Sensors • Instrumentation • Interfaces
Edge Custom Data Acquisition Device • Gateway • Embedded Logic
Data Integration Mapping • Database • API • MQTT
Intelligence Custom Analytics Rules • Trends • Models • Workflows
Siteplore Custom Solution Prototype → Validate → Operationalize → Scale
MEASURE Relevant Data
UNDERSTAND Operational Context
ACT Improve Decisions
When Custom Development Makes Sense

Not every monitoring problem fits neatly inside a standard product specification.

Standardization is valuable because it reduces complexity. But some operational problems involve unusual sensors, legacy equipment, special workflows, unique analytics or integration constraints that require an engineered solution. Custom development should be used where it creates meaningful operational value — not simply because customization is possible.

01

Non-Standard Instrumentation

The required sensor or instrument does not fit an existing standard edge configuration.

02

Legacy Equipment

Important assets contain useful data but were never designed for modern remote monitoring.

03

Unique Operational Workflow

The customer needs information, calculations or escalation logic that standard dashboards do not provide.

04

Multiple Data Sources

The required insight depends on field sensors, existing systems, databases and external information together.

05

New Product Concept

An organization has an industrial IoT or monitoring concept that requires prototype development before commercialization or deployment.

06

Analytics Beyond Standard Reporting

The problem requires custom calculations, correlation, anomaly logic or application-specific analytical workflows.

Custom Development Scope

Engineer from the physical measurement through to the analytical output.

01

Custom IoT Architecture

Design project-specific sensing, edge and connectivity architecture.

Sensor Edge Connectivity Platform
02

Edge Device Development

Develop or configure edge functionality where standard hardware does not fully fit.

Embedded Logic Data Acquisition Interfaces
03

Sensor Integration

Integrate compatible digital, analog or network-connected instrumentation.

RS485 Modbus Analog via Interface Other Compatible Sources
04

Data Integration

Connect selected Siteplore data with compatible external systems or applications.

MQTT API Database External Systems
05

Custom Analytics

Develop project-specific calculations, trends, comparison logic and analytical workflows.

Rules KPIs Correlation Advanced Analytics
06

Prototype Development

Develop and validate a focused proof of concept before wider investment.

Prototype Pilot Field Validation Iteration
Configure Before You Customize

Custom development should solve a real gap — not recreate a capability that already exists.

Rekacipta’s preferred approach is to reuse proven Siteplore products and components where practical. Custom engineering is added only where the operational requirement cannot be addressed efficiently through configuration.

Standard Product

Configure

Use an existing Siteplore product when the required measurement, connectivity and workflow are already supported.

Lowest unnecessary complexity
Existing Product + Engineering

Extend

Start with RekaSense, PowerWatch or MachineGuard and add only the integration or analytics required.

Preferred for many custom projects
New Requirement

Develop

Create a dedicated prototype where no reasonable standard configuration can solve the operational problem.

Validate before wider deployment
Custom Solution Architecture

Develop around the operational problem — not around one technology.

01 — PROBLEM

Operational Need

Define what needs to become visible or understandable.

02 — MEASURE

Data Sources

Sensors, meters, machines or existing systems.

03 — ENGINEER

Edge & Integration

Project-specific acquisition, interface and transport.

04 — ANALYZE

Siteplore & Analytics

Historical data, calculations and analytical workflows.

05 — VALIDATE

Operational Use

Confirm whether the solution improves the intended decision.

Custom IoT Development

Build the field-data layer around the measurement that actually matters.

Custom IoT development can cover selected sensing, field interfaces, edge acquisition, enclosure, power and connectivity requirements. Final architecture depends on the deployment environment and technical requirements.

SNSR

Sensor Integration

Connect application-specific sensors and instrumentation where suitable interfaces are available.

EDGE

Edge Acquisition

Develop or configure acquisition logic for the selected monitoring requirement.

IO

Interface Modules

Use suitable digital, analog or signal-conversion interfaces where required.

NET

Connectivity

Define wired, cellular or other appropriate communication paths.

PWR

Power Architecture

Evaluate field power, conversion and supply requirements.

BOX

Enclosure Integration

Define enclosure and physical integration appropriate to the environment.

FW

Device Logic

Develop project-specific data acquisition or communication behavior.

TEST

Prototype Validation

Evaluate device behavior against the intended field use case.

Custom Analytics Development

Analytics should answer an operational question — not simply generate another score.

Rekacipta can develop project-specific analytics where standard Siteplore trends and dashboards are not enough. The analytical method should match the quality, history and meaning of the available data.

Calculated Operational Indicators Develop project-specific calculations from available measurements.
Trend & Benchmark Logic Compare selected assets, periods, sites or operating conditions.
Rule-Based Detection Create defined logic for selected abnormal conditions or patterns.
Statistical Analysis Apply appropriate statistical methods where the use case and data support them.
Machine Learning Consider ML only where sufficient historical data and a justified use case exist.
Decision Workflow Present analytical results in a form that supports operational action.
Example Custom Projects

Custom development is valuable when a specific operational problem justifies it.

Industrial Monitoring

Legacy Equipment Retrofit

Add selected sensing and edge monitoring to equipment with limited native digital connectivity.

Legacy Asset
→ Custom Sensor / Interface
→ Siteplore
Utilities

Custom Multi-Utility Monitoring

Combine electrical, water, compressed air or other selected utility measurements.

Multi-Source Data
→ Integration Layer
→ Utility Analytics
Agriculture

Automated Farm Monitoring

Develop a project-specific sensing and monitoring architecture around crop, water and environment.

Field Sensors
→ Custom Edge
→ Siteplore Monitoring
Water

Remote Water Intelligence

Combine water-quality, level, pumping and energy information for distributed monitoring.

Water + Asset Data
→ Custom Integration
→ Siteplore
Reliability

Custom Equipment Analytics

Develop asset-specific analytical logic using condition and operating data.

MachineGuard
+ Operating Context
→ Custom Analytics
Innovation

Industrial IoT Product Prototype

Turn an internal monitoring or engineering concept into a testable prototype.

Concept
→ Prototype
→ Field Validation
Prototype-First Development

Reduce uncertainty before committing to full deployment.

New IoT and analytics concepts contain technical and operational assumptions. A focused prototype allows the most important assumptions to be tested before the project is scaled.

01

Define

Identify the operational problem and success criteria.

02

Design

Select the minimum architecture required to test the concept.

03

Build

Develop the focused prototype or analytical workflow.

04

Validate

Test using representative field or operational data.

05

Decide

Improve, scale, redesign or stop based on evidence.

What You Receive

Custom development should produce a usable technical outcome — not just source code.

Final deliverables vary by project, development stage and agreed scope.

Requirements Definition

Defined operational problem, scope and technical requirements.

Solution Architecture

Defined relationship between measurements, edge, connectivity, data and analytical components.

Prototype Hardware / Configuration

Project-specific device, integration or edge configuration where included in scope.

Software / Integration Logic

Required data-acquisition, transformation or integration logic according to project scope.

Siteplore Monitoring Views

Project-specific dashboards, trends or analytical displays where included.

Analytical Logic

Documented calculations, rules or models developed for the agreed use case.

Validation Findings

Results from agreed prototype or analytical validation activities.

Next-Stage Recommendation

Recommendations for improvement, production engineering or scale-up based on the validation results.

Extend the Siteplore Ecosystem

Custom development can extend an existing product instead of rebuilding the entire monitoring stack.

Multi-Sensor Edge Platform

RekaSense

Extend field sensing, edge integration or application-specific monitoring around RekaSense.

Explore RekaSense →
Electrical & Energy Data

PowerWatch

Add application-specific energy calculations, context or integration around PowerWatch data.

Explore PowerWatch →
Equipment Condition Data

MachineGuard

Extend selected condition-monitoring workflows with operational context or custom analytical logic.

Explore MachineGuard →
Information Required

Start with the problem and constraints — not a list of technologies.

Operational Problem What currently cannot be seen, measured, explained or analyzed?
Desired Outcome What decision or workflow should the solution improve?
Available Equipment & Sensors Existing devices, datasheets and field instrumentation where available.
Existing Data Sources PLC, meter, BMS, database, files or other relevant information sources.
Field Constraints Power, environment, communication, physical installation and access limitations.
IT / OT Requirements Network, cybersecurity, data access and integration requirements.
Available Historical Data Relevant historical information where analytics development is required.
Validation Criteria What evidence will determine whether the prototype is useful?
Expected Value

Custom engineering should reduce operational uncertainty — not add technical complexity.

01

Fit-for-Purpose Solution

Address monitoring requirements that standard configurations cannot fully solve.

02

Faster Concept Validation

Test the most important technical assumptions before scaling.

03

Better Use of Existing Assets

Integrate useful existing devices and data where practical.

04

Operational Data Visibility

Convert previously inaccessible information into usable monitoring data.

05

Application-Specific Analytics

Build calculations and analytical workflows around the actual problem.

06

Evidence Before Scale-Up

Make wider investment decisions based on prototype and pilot evidence.

Engagement Options

Start with the development stage that matches your current idea.

Custom-project scope and commercial terms depend on technical complexity, required hardware, data availability, external integrations, field activities, validation requirements and the maturity of the existing concept.

Concept Definition

Solution Discovery

For customer problems that require technical exploration before a development scope can be defined.

  • Problem definition
  • Technical feasibility review
  • Existing-system assessment
  • Concept architecture
  • Development recommendation
Discuss Solution Discovery
Custom Implementation

Custom Development Project

For approved concepts requiring dedicated engineering, integration and implementation.

  • Detailed solution architecture
  • Custom IoT / integration development
  • Custom analytics where required
  • System integration
  • Validation & handover
Discuss Custom Development
Important Development Boundary

A successful prototype is not automatically a production-certified industrial product.

Prototype development is intended to validate technical and operational assumptions. Production deployment may require additional engineering, industrialization, environmental qualification, cybersecurity, certification or safety review depending on the application.

Capability Custom Development Important Boundary
Custom sensor integration Where technically compatible Interface verification required
Custom edge prototype Yes, where scoped Production design may require further engineering
Custom dashboards & calculations Where defined Depends on available data
Custom statistical analytics Where justified Data quality and validation required
Machine-learning model Potentially Requires sufficient suitable data
Guaranteed model accuracy No Performance must be validated for each use case
Safety-critical control Not standard scope Dedicated safety engineering required
Machinery protection No standard replacement Dedicated protection system required
Hazardous-area deployment Not assumed Certified equipment and engineering review required
Production certification Not implied by prototype Certification scope must be defined separately
Frequently Asked Questions

Custom IoT & Analytics Development FAQ

When should we choose custom development instead of RekaSense?

RekaSense should normally be considered first for compatible multi-sensor field monitoring. Custom development becomes relevant when the required interface, device behavior, workflow or analytics cannot be addressed efficiently through the standard configuration.

Can you develop a new IoT device from scratch?

A custom device or prototype can be considered where the operational requirement justifies it. The scope should distinguish prototype development from production industrialization and certification.

Can existing sensors be reused?

Potentially yes. Existing sensors should first be evaluated for measurement suitability, signal type, protocol, available data and installation condition.

Can you integrate 4–20 mA instruments?

Potentially yes through suitable analog-input or signal-conversion hardware. Compatibility and isolation requirements should be defined during engineering.

Can custom software communicate through MQTT?

MQTT can be part of a custom architecture where supported by the selected device, platform configuration and project requirements.

Can Siteplore connect to external APIs?

API integration can be considered where the external application provides a suitable interface and the integration is technically and operationally appropriate.

Can you build a custom dashboard?

Yes, project-specific monitoring views and analytical presentations can be developed around the agreed data and operational workflow.

Can you develop custom analytics?

Yes. Calculations, rules, comparisons, statistical analysis and other analytical methods can be considered where the data and use case justify them.

Can you build AI or machine-learning models?

Potentially yes. The project first needs sufficient relevant historical data, a clearly defined prediction or classification problem and an appropriate validation method.

Can AI be developed from only a few days of data?

Usually the required history depends on the operating cycles, variability, number of relevant examples and analytical objective. A meaningful model should not be promised before the available dataset is assessed.

Can custom development control equipment automatically?

The standard Siteplore custom-development service is focused on monitoring, integration and analytics. Automatic control requires separate control engineering, interlocks, risk analysis and validation appropriate to the application.

Can you develop a commercial product for our company?

Prototype and engineering-development work can support product development. Commercial production introduces additional requirements such as manufacturability, supply chain, enclosure design, testing, certification, documentation and support that should be scoped separately.

Who owns the intellectual property?

Intellectual-property ownership, source-code access, licensing and reuse rights should be explicitly defined in the commercial agreement for each custom project.

How long does a custom project take?

Delivery duration depends on technical complexity, hardware availability, external integrations, data availability, field-testing requirements and the number of development iterations. The schedule should be defined after the scope is understood.

How should we start?

Start with the operational problem, the information you wish you had, available equipment or data, and the decision the final solution should support. Rekacipta can then determine whether the requirement should be configured, extended from an existing Siteplore product or developed as a custom prototype.

You do not need a custom IoT system. You need the right solution to a specific operational problem.

Tell Rekacipta what you cannot currently measure, see, integrate or understand. We can assess whether the requirement fits an existing Siteplore product, requires an extension, or justifies a focused custom IoT and analytics development project.