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Plantwise app icon Manufacturing PlatformConcept

Plantwise

Live production, OEE, quality and maintenance for the factory floor.

A manufacturing execution platform: live line status and OEE, work orders, downtime reasons, quality non-conformances with corrective actions, and maintenance.

Category
Manufacturing · MES
Designed for
Web
Plantwise web app screenshot: OEE Analysis
Plantwise web app screenshot: Plant Overview

Why Plantwise exists

The problem

Factories learn about output shortfalls, downtime and quality issues at the end of the shift, when the scrap is already made.

The product

Plantwise streams line data into live OEE, captures downtime reasons at the machine and turns quality issues into tracked corrective actions.

Built for: Discrete manufacturers, plant managers, supervisors and quality teams.

  • Live line status and OEE by shift
  • Work orders with progress against plan
  • Downtime capture with reason codes
  • Non-conformance and 8D corrective actions
  • Control charts for critical dimensions
  • Maintenance requests and preventive schedules

Walkthrough

The Factory, Live

Wall screens for supervisors, simple tablets for operators and analysis for engineers.

  1. 01

    Plant Overview

    Shift OEE, good parts against plan, scrap and live status of every line.

  2. 02

    OEE Analysis

    Downtime reasons, stop log and insights on what to fix first.

  3. 03

    Work Orders

    Orders by line with progress, due dates and risk.

  4. 04

    Non-Conformance

    Containment, root cause, corrective and preventive actions with a control chart.

Every screen

The full experience.

What makes it different

Machines In, Insight Out

Read-only connections to PLCs and data historians over OPC UA or MQTT, with production data modelled per line and shift.

  • Live OEE

    Availability, performance and quality per line.

  • Downtime Capture

    Reason codes logged at the machine.

  • Quality

    Non-conformances with 8D actions.

  • Maintenance

    Preventive schedules and breakdowns.

How it’s built

The technology stack.

The architecture we would build this on today, and why each piece earns its place.

Web app

Next.js (App Router), React, TypeScript, Tailwind CSS

Fast, accessible interfaces with server rendering where it helps

API

NestJS on Node.js · REST + WebSockets

Typed modules, clear boundaries and live updates for busy screens

Database

PostgreSQL with row-level security

Relational integrity for money and stock, with tenant isolation in the database itself

Background jobs

Redis + BullMQ

Imports, emails, reports and integrations run reliably off the request path

Machine data

OPC UA and MQTT gateway · TimescaleDB

High-frequency signals stored efficiently next to business data

Live screens

WebSockets with per-line channels

Wall displays that update within a second

Infrastructure

AWS (ECS Fargate, RDS), Terraform, GitHub Actions

Reproducible environments and automated deploys from day one

Observability

OpenTelemetry, Sentry, structured audit logs

Every error traced and every sensitive change attributable

More inside

From Order To Output.

What supervisors, planners and quality engineers look at every shift.

  • Maintenance

    Breakdown requests, preventive schedules and spare parts.

  • Materials

    Coil, component and finished-goods stock synced with the ERP.

What comes next

On the roadmap.

What a second release would add once the first one is in real users’ hands.

  1. 01Operator tablet app
  2. 02Predictive maintenance alerts
  3. 03Energy use per part
  4. 04Supplier quality portal
  5. 05Digital work instructions

Related

Concept project

Need Something Like This?

This is concept work: the product design, screens and architecture we would start from. If your business needs manufacturing or production software, we can scope a first release with you, usually within a week.

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