Prevent Downtime

Identify failure patterns before they cause downtime

Analyze service history, product telemetry, and failure patterns to identify risks early and prevent unplanned downtime before your customers are affected.

The Cost of Reactive Service

Reacting is expensive, preventable failures are worse

$7.75M

Median annual cost of unplanned service visits

1/10th

The cost of a PM visit vs. an emergency reactive dispatch

13%

Of service visits are repeat dispatches for the same underlying issue

From reactive firefighting to failure prevention

Most service organizations can identify past failures but struggle to spot patterns that signal future downtime. Neuron7 surfaces patterns to identify risks before they become outages.
Predictive Maintenance

Fix it before it breaks, on a visit you were already making

Neuron7 identifies which assets are about to fail and ties the prediction to your next scheduled visit. Field teams perform the PM before it becomes an issue.

Asset-level risk scoring
Surfaces likely failures by asset, product, location, and behavior. Each prediction includes confidence level, predicted timeframe, and recommended action.
Scheduled visit intelligence
Predictions surface during service windows already on the calendar, so technicians prevent the next failure while on the job they were addressing.
Non-connected coverage
Works on assets without sensors. Uses service request history, device metadata, and environmental factors to predict failures across any fleet.
Next Likely Issue

Prevent the second dispatch before it gets scheduled

When a technician closes one issue, Neuron7 surfaces the next likely failure, with resolution steps to address it before leaving.

Install-base pattern correlation
Analyzes the current issue, asset history, and patterns across similar units in the same region to surface next-likely failures a scheduled PM checklist would miss.
SME-governed recommendations
Only predictions validated by subject-matter experts reach field technicians. No unnecessary work, no parts waste.
Mobile delivery
Surfaces inside Salesforce Field Service, ServiceNow, or the technician's phone. No separate tool, no context switch.
"This wasn't something we needed to spend 12 or 18 months developing. This was real...I didn't have to wait. From an operational leader perspective, that's gold."
Bill Girzone
SVP Global Field Services
ncr atleos
Insights Engine

Field knowledge delivered to engineering, automatically

When the same failure appears across related assets, Neuron7 identifies the pattern and routes it to engineering immediately.

Cross-asset pattern detection
Identifies failure patterns across products, regions, and teams, surfacing correlations no individual analyst could connect manually.
Automated engineering escalation
Systemic issues are flagged to engineering for design review and documentation updates, compressing weeks of lag into hours.
Configurable surge alerts
Tracks issue frequency across 1-day, 7-day, 30-day, and 90-day windows. When a pattern spikes, the right team is alerted before it reaches critical volume.

Why Neuron7

The only AI agent that transforms your service operations

Knows your operations

Keeps getting smarter

Pre-empts failures

"The Neuron7 product levels the playing field for newly onboarded technicians so they can be just as successful as a 10-year."

Bill Girzone
SVP, Global Field Services

"Neuron7 helped identify realistic targets backed by real data, giving us the confidence to expand on the value we saw with Neuron7 integrated in our existing service platforms."

Rachael Castroverde
VP, Global Services

"The reaction has been wonderful. By integrating the solutions into our service delivery platforms, we get better customer service, more efficiency, and happier employees."

John Page
President, Global Services

Explore other use cases

Frequently
asked questions

What data does Neuron7 need to get started with predictive maintenance?

To get started with non-connected prediction, Neuron7 needs historical service request data from your existing CRM or FSM platform. For connected device prediction, it needs raw device logs, fault codes, and system telemetry. Neuron7 scopes the exact requirements during onboarding, with no data migration or IT project required.

How long before Neuron7 delivers predictive maintenance results?

First predictions are available within days of onboarding, as soon as Neuron7 has access to historical service request data. Most customers see measurable reduction in emergency dispatches and repeat visits within 30 to 60 days.

Why aren't IoT alerts enough for predictive maintenance?

IoT alerts alone are not enough for predictive maintenance because they identify that something is wrong without identifying the root cause, the resolution, or what to do about it. Neuron7 goes beyond IoT alerts by isolating the signal, identifying the failure mode, and delivering resolution steps in the technician's existing workflow. The alert and the fix arrive together.

Can Neuron7 predict failures on non-connected or unconnected assets?

Yes. Neuron7 predicts failures on non-connected assets using a model that analyzes service request history, device metadata, placement, and environmental data across the full installed base. No sensors or IoT retrofit is required.

Is Neuron7 better than scheduled preventive maintenance?

Yes. Neuron7 improves on scheduled preventive maintenance by generating asset-specific recommendations based on actual failure patterns, usage, and operating conditions, rather than treating every asset the same. The result is fewer unnecessary visits on assets that do not need attention and better uptime on the ones that do.

Your next outage is predictable

See how Neuron7 identifies failure patterns across service data and helps teams take action earlier.