Busroot Documentation
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  • Getting Started
    • Overview
    • Concepts and Architecture
      • Station Windows
    • Account Setup
      • Users & Authentication
    • Connecting Stations
    • Glossary
    • Releases
  • Features
    • Production Tracking
    • Asset Utilisation
    • Downtime Analysis
    • Scheduling
    • OEE Analysis
    • Energy Monitoring
    • Cycle Time Analysis
    • Lost Production Cost Analysis
    • Operator Interface
    • Shop Floor LFDs
    • Email Notifications
      • Daily Summary Email
  • Configuration
    • Plants
    • Stations
    • SKUs
    • Issue Reasons
  • Integrations
    • Real-time Station Data
    • HTTP API
      • Signals
    • PowerBI Direct Access
    • Grafana Direct Access
    • Bulk Data Export
      • CSV Download
      • S3 Sync
    • Node-RED Nodes
  • Recommended Hardware
    • Arduino Opta
      • Configuration
      • Cellular Connectivity
    • Android Tablet
    • Energy Monitors
      • 1 Phase < 100A
      • 3 Phase < 100A
      • 3 Phase < 4000A
    • Fire TV Stick
    • Diagnostic Device
  • Partner Portal
    • Overview
    • Becoming a Partner
  • Archive
    • Use Busroot
      • Live Monitoring
        • Cockpit
        • Dashboards
      • Production
        • Production Monitoring
      • OEE
        • OEE Chart
        • PT vs NPT
        • Downtime Detection
        • Utilisation Monitoring
      • Admin
        • Plants
        • Stations
        • SKU Management
        • Shift Patterns
        • Notifications
      • Production Schedules
        • Schedule CSV Upload
      • Operator Tablet
        • Interruption Tool
      • Manage Your Stations
      • Alerts and Emails
    • Workflows
      • Basic Utilisation Monitoring
      • Performance Monitoring
      • Production Progress Forecasting
      • Manual Production Progress Tracking
      • Understanding Downtime Trends
      • Understanding Production Trends
      • Daily Email Summaries
      • Adhoc Production Tracking
      • Short Interval Control
      • Wasted Energy
      • Understanding Energy Consumption Trends
      • Raw Data Access
      • Understanding OEE Trends
    • FAQs
    • CUSTOMER GUIDE TO BUSROOT
      • Requirements before and during Installation
        • Pre-Installation requirements
          • Completing the Work order form
        • What hardware will you need and do we provide it?
        • Connectivity requirements to use Busroot
        • Installation
        • Self-Installation and configuration guide
      • A user guide to getting started with your account
        • Setting up your Plant
        • Login to your account
        • Station Setup
        • SKU Setup
        • Shift Patterns
        • Notifications
      • Glossary of Busroot Menu Features and how to use them
        • Menu - Overview
        • Menu - Live Monitoring
          • Production Progress
          • Cockpit
        • Menu - Production
        • Menu - Scheduling
          • Production Schedules
          • Schedule CSV Upload
        • Menu - OEE Analysis
          • PT vs NPT
          • OEE Chart
          • Utilisation Monitoring
          • Downtime Detection
        • Menu - Energy
    • Onboarding
      • Welcome
      • Getting Started
      • Implementation
      • After the installation
      • For your IT Team
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Last updated 9 days ago

Busroot is able to measure the performance of both discrete and continuous manufacturing process by monitoring activity at a workstation level. Within Busroot, all workstations and machines are referred to as 'Stations'.

At its core, Busroot has a data processing loop that continually combines real-time data from stations with contextual information regarding the manufacturing operation and processes being executed.

This loop runs every minute, on the minute, for each station in the account. The result is a materialized object encapsulating all activities and metrics for that station, for that specific 1 minute window of time. These objects serve as the single-source of truth for manufacturing performance, and are known as a 'station windows'.

These station windows, aggregated in various ways, are what primarily drive the interfaces and visualisations provided by Busroot.

Real-time Data (Station Signals)

The event data captured from each station is standardised, regardless of machine or process type. We call these events 'Station Signals':

Signal
Definition

These signals can be captured from existing PLCs, IoT sensors, industrial data acquisition units (i.e. the Arduino Opta, our recommended hardware), or manually from shop floor operators via our tablet interface.

The universal, yet well defined, nature of these signals allows Busroot to be quickly applied to almost any manufacturing process, across entire organisations, using machines of any age or level of automation. This is the power of Busroot.

Contextual Information

In order for Busroot to 'make sense' of the real-time data being received, it must have the contextual information behind each plant, shift, station, SKU and production & non-production schedule.

Busroot stores this context internally, but it can be managed either manually via the user interface, or automatically via 3rd party systems (i.e. ERP, MRP, MES, etc) using the API.

For detailed information regarding the contextual information, see the Configuration section.

  1. Getting Started

Concepts and Architecture

PreviousOverviewNextStation Windows
  • Real-time Data (Station Signals)
  • Contextual Information

Production Cycle Complete

Production has completed for single unit, or batch of units.

Productive Status

A binary value indicating that the station is actively engaged in the manufacturing process, or not (i.e. it's idle).

Line Speed

A arbitrary process speed, normally used on stations where the flow speed is more applicable than unit count (i.e. continuous manufacturing processes)

Energy Consumed

The electrical energy, in kWh, consumed. Can be an absolute, or total value (i.e a meter reading).

Error/Status Code

Any error or status code emitted by the machine for the purpose of automatically tagging downtime.