Engineering Studio for Ignition Perspective

Your process.
An Ignition project.

Turn industrial requirements into editable Ignition interfaces.
You review the proposal. Your team takes it forward.

Ignition Perspective
Automotive demo plant overview in Ignition Perspective. Simulated data.

Actual Perspective demo · Simulated data · Select a view to explore

02 / THE WORKFLOW

Your intent.
A structure you can review.

Every step has a concrete output. The engineering decision stays in your hands.

  1. 01
    DescribeYour process, your words
  2. 02
    InterpretEquipment and signals
  3. 03
    ReviewAn engineering decision
  4. 04
    GenerateEditable files
  5. 05
    ImportContinue in Perspective

01 / ILLUSTRATIVE DESCRIPTION

Start with what you need to see.

Processes, equipment and variables. Define the work in the language of your plant.

“I need to monitor three welding cells. Show arc current, voltage, gas pressure and the state of each cell.”
An example input, with no data from a real installation.

02 / STRUCTURED PROPOSAL

Words become equipment and signals.

Studio proposes a structure within its supported scope. Check what it interpreted before generating files.

SignalEquipmentUnit
Arc currentWLD-01A
VoltageWLD-01V
Gas pressureWLD-01bar

Explanatory representation; not a Studio screenshot.

03 / ENGINEERING REVIEW

You decide what gets approved.

Review equipment, signals, units and limits. Adjust the proposal and approve it when it matches the intended work.

Generation requires your approval. Validation at the plant remains a separate, later step.

04 / PROJECT FILES

The work continues outside Studio.

Receive project resources and documentation to import them and continue working with your team.

  • ZIP
    Ignition projectViews and navigation
  • JSON
    Data modelUDTs · tags · alarms
  • DOC
    Guide and manifestContents and import steps

05 / PERSPECTIVE EVIDENCE

Open the result in Ignition.

This screenshot comes from the automotive demo imported into Perspective. It documents that case, not a run of the preceding example.

Welding demo view with simulated data

Actual screenshot · Simulated data · Perspective 8.3

03 / CONTROLLED ITERATION

The project changes.
The context stays.

Request a change to the existing project. Inspect the difference and approve a new version with the change in view.

Meet the Studio

EXPLANATORY EXAMPLE / THRESHOLD CHANGE

“Change the high temperature threshold from 80 to 85 °C.”
PropertyHigh threshold
Proposed difference
80 °C85 °C
Next stepEngineer review

Illustration of a supported change. Not a Studio screenshot or an operating recommendation.

04 / A RESULT TO EXAMINE

This is Perspective.

A demo plant, opened in Ignition. Stamping, welding, heat treatment, painting and quality in one project.

Automotive plant overview in an actual Ignition Perspective session with simulated data.
Automotive demo screenshot · Simulated dataOpen full-size ↗

Connected views

From plant overview to process detail, with shared navigation.

Editable structure

Ignition resources your team can continue editing in Designer.

Checkable scope

Check what the pilot includes and what needs validation at your site.

Explore the demo views

05 / ENGINEERING SUPPORT

A technical conversation.
From the first step.

We work with integrators, machine builders and automation teams to define a case and review the result together.

DAIDALDEX / MÉXICO

Start with a specific area.

One machine, cell or line. We agree on deliverables, review and integration work before starting.

See scope and requirements

06 / YOUR NEXT PROJECT

What do you need
to see at your plant?

Tell us about the process and what you want to monitor. We start by checking whether the pilot fits.

Let’s discuss your project