Reduce on-site service.
Resolve more issues remotely
with better machine visibility.
StriData helps OEM service teams turn connected machine data into a structured view of alarms, machine states, and failure patterns. That gives your team more context before they act, so fewer issues require reactive site visits.
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The problem
When service teams can only react after something goes wrong, every issue becomes slower, more expensive, and harder to resolve remotely.
Service stays reactive
Engineers only start investigating once a customer reports a problem, which means valuable time is lost before the real issue becomes visible.
Too many issues lead to site visits
Without enough context from the machine itself, teams often send someone on-site before knowing whether the issue could have been resolved remotely.
Alarms lack context
Alarm data on its own rarely explains what actually happened. Without machine states, history, and patterns, it is difficult to prioritize and diagnose effectively.
What structured service data looks like
When machine data is organized into a usable service view, your team gets more than isolated alarms. They get the context needed to understand what happened, where it happened, and what to do next.
Alarm history over time
Instead of seeing only the latest alarm, your team can review what happened before, during, and after an issue — making it easier to understand the sequence of events.
Machine states and operating context
Service teams can see whether a machine was running, idle, stopped, or changing state when the issue occurred, which adds critical context to alarm data.
Recurring failure patterns
When issues are categorized consistently across machines and sites, repeated faults become visible. That helps teams spot patterns instead of treating every issue as a one-off incident.
Response time and service performance
Teams can track how quickly issues are identified, handled, and resolved, creating a clearer view of service performance across the installed base.
From connected machine data to remote service visibility in 3 steps
You already have machine connectivity in place. StriData builds the layer on top: first we connect alarm and state data, then we structure failure context, and finally we turn it into a fleet-wide service view your team can actually use.
Connect alarm and machine state data
We connect directly to your machine environment and bring alarms, machine states, and operational events into a structured service layer.
Structure failure categories and context
We organize machine events into a consistent service model, so your team can relate alarms to machine behavior, failure types, and recurring patterns.
See service patterns across the fleet
Your service team gets a shared view of issues across machines and customer sites, making it easier to diagnose remotely, reduce site visits, and prioritize the right actions.
Already proven in a global machine fleet
TMI used this same structured service approach to move from reactive troubleshooting toward a more scalable remote service model across its installed base.
TMI already had IXON connectivity in place. StriData helped turn raw alarm and machine data into a structured service view that made remote diagnostics more consistent and scalable across sites.
The result was fewer issues requiring on-site intervention, better visibility into recurring failure patterns, and a stronger service model built on data that was already available.
Questions about remote service and diagnostics
The main challenge is usually not whether machine data exists, but whether your service team can use it quickly enough to reduce reactive troubleshooting and unnecessary site visits. These are the questions OEM service teams usually ask first.
Want to resolve more service issues remotely?
The Quick Scan is the best starting point if you already have machine connectivity in place and want to explore what a more structured remote service setup could look like for your machines, alarms, and installed base.
StriData has structured analytics for 1500+ machines across 40 countries, all built on existing IXON connectivity, without replacing infrastructure.
Martijn van Dijk
Founder & Data Engineer
