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Factory performance

OEE, downtime & loss analysis

Track availability, performance, quality, downtime reasons, losses, and improvement actions by line or machine. It can start with one line, process, or plant area, then expand as the operating model becomes clearer.

OEE Downtime analysis

KEY POINTS

What this system focuses on

  • OEE, downtime & loss analysis designed for manufacturing teams and plant-floor reality
  • Clear records, owners, timing, quality gates, and exceptions
  • A foundation for traceability, continuous improvement, and system integration

CHALLENGES

Common challenges

  • Critical manufacturing information is split across whiteboards, spreadsheets, paper, meetings, and individual experience.
  • Low visibility, Slow reporting, Workload & capacity make it harder to prevent delays, defects, downtime, and repeated firefighting.
  • Teams spend too much time chasing status, rebuilding reports, and explaining what happened after the fact.

CAPABILITIES

Capabilities and solution scope

We design the operational capability behind the screens, not only a list of surface-level features.

Plant-floor records and execution

Keep oee, downtime & loss analysis close to the actual production workflow, not buried in separate spreadsheets.

  • Configurable production records, statuses, owners, lines, assets, and items
  • Operator, supervisor, quality, and management views
  • Comments, photos, attachments, activity history, and audit trail

Workflow, alerts, and controls

Make repeated manufacturing handoffs visible and controlled through rules, alerts, approvals, and exceptions.

  • Routing by line, product, shift, status, priority, and responsible team
  • Alerts, reminders, approvals, corrective actions, and escalation paths
  • Human review points for quality, safety, cost, or compliance decisions

Visibility, traceability, and improvement

Connect operational data to decisions, improvement activities, and existing business systems.

  • Dashboards for progress, downtime, quality, cost, workload, and exceptions
  • API, webhook, import, sensor, and platform integration options
  • Permission design, auditability, reporting, and continuous improvement backlog

Typical users

Operations Quality assurance Management

Implementation considerations

  • Which manufacturing record should be the source of truth, and how existing data should be migrated
  • Line, shift, product, lot, equipment, and role-based permission requirements
  • Post-launch ownership, training, monitoring, support, and continuous improvement process

SOLUTION ARCHITECTURE

A practical system architecture

The final architecture depends on your requirements, but it includes data, integrations, security, and operations as well as user-facing screens.

01

Plant-floor and office screens

Role-specific web, tablet, mobile, portal, or embedded screens.

Screens can be optimized for operators, supervisors, quality teams, planners, and managers.

02

Workflow and manufacturing rules

Controls status, ownership, approvals, quality gates, deadlines, and exceptions.

Rules can reflect shifts, production lines, work centers, products, lots, and responsible teams.

03

Manufacturing data model

Stores records, items, lots, assets, work orders, files, events, and history.

The model supports traceability, reporting, audits, root-cause analysis, and future integrations.

04

Integration and automation layer

Connects ERP/MRP, MES, sensors, spreadsheets, APIs, webhooks, imports, and notifications.

Important integrations include retries, reconciliation, monitoring, and exception handling.

05

Security and operations

Keeps access, change control, monitoring, and support manageable after launch.

SSO, roles, audit logs, backups, observability, release process, and support flow are considered.

BUILD APPROACH

Custom does not always mean starting from zero

We choose between custom development, platform extension, and hybrid architecture based on speed, flexibility, ownership, and operating cost.

Standalone manufacturing application

Build focused screens, workflow, data model, and administration around the exact plant process.

Best for

Factories with unique workflows, legacy tools, or a need for fast fit-to-process delivery.

Built on existing platforms

Extend Microsoft Power Platform, Teams, SharePoint, ERP/MRP, MES, Salesforce, Zendesk, or similar tools.

Best for

Teams that want to use familiar platforms while adding manufacturing-specific workflow.

Hybrid data and workflow layer

Keep ERP/MRP or MES in place while adding custom workflow, dashboards, forms, and integration logic.

Best for

Processes spanning production, quality, maintenance, procurement, and finance.

PLATFORM INTEGRATIONS

Connect to or build on platforms you already use

These are possible platform choices, not a required stack. We select only what fits your existing environment and operating model.

Core platform option

Microsoft 365 / SharePoint

Connect oee, downtime & loss analysis data and workflow with Microsoft 365 / SharePoint through configuration, APIs, webhooks, imports, or embedded screens.

Core platform option

Google Workspace

Connect oee, downtime & loss analysis data and workflow with Google Workspace through configuration, APIs, webhooks, imports, or embedded screens.

Core platform option

Microsoft Power Platform

Connect oee, downtime & loss analysis data and workflow with Microsoft Power Platform through configuration, APIs, webhooks, imports, or embedded screens.

Manufacturing/business system

Microsoft Azure

Connect oee, downtime & loss analysis data and workflow with Microsoft Azure through configuration, APIs, webhooks, imports, or embedded screens.

Manufacturing/business system

AWS

Connect oee, downtime & loss analysis data and workflow with AWS through configuration, APIs, webhooks, imports, or embedded screens.

Manufacturing/business system

Google Cloud

Connect oee, downtime & loss analysis data and workflow with Google Cloud through configuration, APIs, webhooks, imports, or embedded screens.

Manufacturing/business system

Microsoft Power BI

Connect oee, downtime & loss analysis data and workflow with Microsoft Power BI through configuration, APIs, webhooks, imports, or embedded screens.

Data and automation

Tableau

Connect oee, downtime & loss analysis data and workflow with Tableau through configuration, APIs, webhooks, imports, or embedded screens.

Data and automation

Looker Studio

Connect oee, downtime & loss analysis data and workflow with Looker Studio through configuration, APIs, webhooks, imports, or embedded screens.

Data and automation

Microsoft Teams

Connect oee, downtime & loss analysis data and workflow with Microsoft Teams through configuration, APIs, webhooks, imports, or embedded screens.

USE CASES

Example use cases

  • Operations manage daily production work and exceptions in one shared workspace.
  • Quality assurance track evidence, decisions, and follow-up without rebuilding records by hand.
  • Managers see risk, progress, losses, and improvement actions before issues spread.

CORE MODULES

Core modules

OEE, downtime & loss analysis workspace
Dashboard and manufacturing rule management
Plant-floor views, search, traceability, dashboard, and reporting
Administration, permissions, integration settings, and audit

WORKFLOW

How the workflow could work

  1. 01

    Capture production, quality, maintenance, material, or engineering information through forms, imports, devices, or integrations.

  2. 02

    Route work by line, product, shift, priority, responsible team, or quality gate.

  3. 03

    Complete checks, approvals, responses, corrective actions, and handoffs with a reliable history.

  4. 04

    Use accumulated data to improve standards, reduce loss, and strengthen future planning.

OUTCOMES

Expected outcomes

  • Less manual status chasing and fewer missed handoffs
  • Better visibility into production risks, quality issues, and improvement opportunities
  • More reliable records for traceability, audits, and customer response
  • A focused manufacturing system that can expand from one area to broader operations

RELATED SYSTEMS

Related system ideas

Case management Project & case management

Keep progress, owners, deadlines, and communication history in one place.

 Internal operations Request & approval workflow

Replace requests and approvals scattered across paper, email, and chat.

 Store & warehouse Inventory & ordering

Share stock movement, shortage risks, and reorder timing across the team.

LET'S BUILD

Let’s shape the right version for your team.

Use this idea as a starting point to define the right features and priorities.

Discuss this system