Kaikor Solutions · Industry 4.0

Industrial IoT

Industry 4.0 solutions for connected factories — monitoring, edge gateways, Node-RED, and custom industrial systems.

View Capabilities

Business Challenges

Problems we solve first

Factories don’t lack machines — they lack visibility. Without connected systems, energy waste, downtime, and process gaps stay invisible until they cost money.

Poor operational visibility

Production, energy, and machine status live on local displays or paper logs — leadership can’t see what’s happening across the floor.

Disconnected OT and IT

Shop-floor equipment doesn’t reliably reach cloud or business systems, so data never becomes actionable insight.

Energy blind spots

Electricity is a major cost, but plants often lack real-time consumption views, peak demand insight, or shift comparisons.

Reactive maintenance

Issues surface after failure. Without device monitoring and alerts, teams respond late and lose throughput.

One-off industrial projects

Custom PLC scripts and brittle integrations don’t scale — every new line or site restarts the complexity.

Detailed Capabilities

How we approach each capability

01

Energy Monitoring

Problem

Without live energy data, plants can’t control peak demand, spot wasteful loads, or support ISO 50001-style energy management.

Our approach

We implement industrial energy monitoring with real-time dashboards, shift comparisons, and analytics grounded in meter and gateway data.

Business outcome

Clear electricity visibility — lower waste, better demand management, and a foundation for energy programs.

Example use cases

  • Factory power consumption dashboards
  • Peak demand tracking
  • ISO 50001-ready energy foundations

Related technologies

Modbus RTU / TCPEnergy meters & gatewaysOperational dashboards

Focus areas

  • Real-time power dashboards
  • Peak demand insights
  • Shift-wise comparisons
  • ISO 50001-ready foundations

02

Device Monitoring

Problem

When device status is scattered, teams miss thresholds, trends, and early warning signs across machines and sites.

Our approach

We centralize live device status, alerting, and historical trends so operations can monitor assets from one place.

Business outcome

Faster response to issues, multi-site visibility, and monitoring that supports production decisions.

Example use cases

  • Machine and asset status boards
  • Threshold-based alerting
  • Multi-site operational views

Related technologies

Industrial device integrationsAlerting & thresholdsHistorical trends

Focus areas

  • Live device status
  • Alerting & thresholds
  • Historical trend views
  • Multi-site visibility

03

Edge Gateway Implementation

Problem

Equipment protocols don’t reach IT systems cleanly — and unstable network paths lose critical shop-floor data.

Our approach

We deploy edge gateways for protocol bridging, local buffering, and secure transport to cloud or on-prem destinations.

Business outcome

Reliable OT-to-IT connectivity with resilience when networks drop and clear routing for industrial data.

Example use cases

  • Shop-floor to cloud connectivity
  • Local buffering for network resilience
  • On-prem and cloud routing

Related technologies

Edge gatewaysProtocol bridgingSecure data transport

Focus areas

  • Protocol bridging
  • Secure data transport
  • Local buffering & resilience
  • Cloud & on-prem routing

04

Node-RED Implementation

Problem

Industrial integrations often need flexible routing between devices, APIs, and dashboards — without months of custom middleware.

Our approach

We implement maintainable Node-RED flows for device connectors, data routing, and operational automation logic.

Business outcome

Faster industrial integrations that operations teams can understand and evolve without brittle one-off code.

Example use cases

  • Industrial data routing
  • Rapid device-to-dashboard flows
  • Maintainable automation logic

Related technologies

Node-REDDevice & API connectorsOperational dashboards

Focus areas

  • Custom flow development
  • Device & API connectors
  • Operational dashboards
  • Maintainable automation logic

05

Custom Industry 4.0 Solutions

Problem

No two factories share the same machine mix, processes, or constraints — generic Industry 4.0 packages leave gaps.

Our approach

We design factory-specific architectures that integrate OT and IT, prioritize production visibility, and scale with new lines or sites.

Business outcome

Industrial platforms that fit your plant — not the other way around — with a path to grow as operations mature.

Example use cases

  • Factory-specific monitoring platforms
  • Production visibility systems
  • Scalable multi-line architectures

Related technologies

OT / IT integrationCustom industrial platformsProduction visibility systems

Focus areas

  • Factory-specific architectures
  • OT / IT integration
  • Production visibility systems
  • Scalable industrial platforms

Delivery Approach

How we deliver

Industrial projects succeed when discovery includes the floor — machines, protocols, and how operators actually work.

01

Discovery

We map how work actually runs today — systems, constraints, stakeholders, and the outcomes that matter.

02

Planning

Scope, priorities, and success criteria are defined so delivery stays aligned with operational goals.

03

Architecture

We design maintainable foundations — data models, integrations, and interfaces built for real usage.

04

Development

Systems are built iteratively with clear checkpoints, so teams can validate progress before go-live.

05

Deployment

Launch is planned for continuity — cutovers, training, and handoff without disrupting day-to-day operations.

06

Continuous Support

After launch we stay engaged — monitoring, improvements, and evolution as your operations change.

Technology Stack

Technologies we actually use

Industrial technologies we implement in real factory environments — monitoring, edge, and automation.

Industrial

  • Modbus RTU / TCP
  • Edge gateways
  • Node-RED
  • Energy meters

Frontend

  • Next.js
  • Operational dashboards

Backend

  • Go
  • PostgreSQL

Cloud & Data

  • Secure data transport
  • Historical trend storage

Industries

Where this solution fits

Built for plants and industrial businesses that need connected operations — not slide-deck Industry 4.0.

Manufacturing

Energy, machine, and production visibility for factories improving throughput and cost control.

Engineering

Industrial systems that support engineering-led modernization and factory digitization programs.

OEM

Connected equipment and monitoring platforms for makers who need OT data in customer or internal systems.

General Business

Select industrial monitoring where facilities or assets need energy and device visibility.

FAQ

Questions about industrial iot

What Industrial IoT and Industry 4.0 services does Kaikor provide?

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Energy monitoring, device monitoring, edge gateway implementation, Node-RED flows, and custom Industry 4.0 systems built around your plant.

Do you implement machine and energy monitoring for factories?

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Yes. We help plants gain real-time visibility into energy consumption and device status, with alerting and historical trends for operational decisions.

What is an edge gateway implementation?

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Edge gateways bridge shop-floor protocols to cloud or on-prem systems, with secure transport and local buffering so data isn’t lost when networks drop.

Do you work with Node-RED for factory automation?

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Yes. We build maintainable Node-RED flows for industrial data routing, device connectors, and operational automation.

How do Kaikor Energy and Kaikor Monitoring fit in?

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They are our industrial products for energy analytics and operational monitoring. Custom Industrial IoT work can use them or extend them for plant-specific needs.

Can you integrate with Modbus and industrial meters?

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Yes. We work with Modbus RTU/TCP devices, energy meters, and industry-standard gateways as part of monitoring deployments.

How do we start an Industrial IoT project?

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Book a discovery call. We’ll review your machines, meters, network constraints, and the visibility outcomes you need first.