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A production worker reviewing an equipment alert on a T9 wrist screen.

Case study

A maintenance call, within reach.

A manufacturer routes existing maintenance requests to on-shift technicians and follows their responses.

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A production worker reviewing an equipment alert on a T9 wrist screen.
Case study

Manufacturers & maintenance teams

The starting point.

The factory wants maintenance requests from equipment or work-order systems to reach the right technician on shift, with acceptance and progress coming back. Managers need to see responsibility without repeatedly calling around the workshop.

T9 · On the wrist

The customer and the initial idea

Manufacturers with several production lines, including production managers, maintenance crews and factory IT or integration teams.

Send a production-system event to the person assigned to investigate it. A compact wrist screen could show the equipment, the task and whether someone has accepted the work.

The factory wants maintenance requests from equipment or work-order systems to reach the right technician on shift, with acceptance and progress coming back. Managers need to see responsibility without repeatedly calling around the workshop.

The decisions we make together.

A production worker reviewing an equipment alert on a T9 wrist screen.
Case study
A defined event source

Agree on the plant-system or gateway connection and the meaning of each event.

A T9 sample and strap being considered at a mechanical design worktable.
Service illustration
Acceptance is a separate state

Keep accepted, in progress and resolved distinct, with clear ownership for each transition.

T9 product reference, front three-quarter view with right-side buttons.
Product reference
A sensible notification flow

Test priority, repeat notifications and connection loss against the team’s actual workload.

What we would define together

We would map the event source, priority, assignment and acknowledgement. Together with the site team, we would separate receiving a job from reporting that the underlying issue is resolved.

A T9-based wrist interface could receive an event through the site’s selected system or gateway, show a brief task and return an acceptance or progress update.

From definition to a pilot.

Define the use case. Build the prototype.
Try it with the team. Refine the first batch.

A light worktable with product sketches, a T9 sample and a screenless band during a product discussion.
Service illustration
Define the use case.

We would map the event source, priority, assignment and acknowledgement. Together with the site team, we would separate receiving a job from reporting that the underlying issue is resolved.

A T9 terminal with two right-side buttons resting on its strap beside a development laptop.
Service illustration
Build the first devices.

A T9-based wrist interface could receive an event through the site’s selected system or gateway, show a brief task and return an acceptance or progress update.

A production worker reviewing an equipment alert on a T9 wrist screen.
Case study
Try it. Plan the next batch.

A line trial would check whether requests reach the intended people and whether acceptance and progress remain clear to the whole maintenance team.

How the task would work
  1. Receive the event

    See which piece of equipment needs attention and the assigned task.

  2. Accept the work

    Confirm who is taking the job so the team can avoid duplicate responses.

  3. Update the task

    Report progress or request further help through the agreed maintenance workflow.

What the pilot should establish

A line trial would check whether requests reach the intended people and whether acceptance and progress remain clear to the whole maintenance team.

Discuss a production-support wearable

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Functions, suitability and delivery scope are defined and validated for each project.