Conversations at IBM TechXchange 2026 highlighted a practical need: turning infrastructure alerts into tracked, prioritized work in Maximo.
At IBM TechXchange 2026, a surprising number of visitors wanted to discuss monitoring integration with IBM Maximo.
Facilities managers, reliability engineers, and IT professionals from utilities, manufacturing, transportation, and government organizations raised a common question: If a monitoring platform already knows something is wrong, can it automatically create a request in Maximo, where the people responsible for resolving the problem manage their work?
The answer is yes. A monitoring integration with IBM Maximo can connect infrastructure alerts directly to asset management workflows, eliminating the manual steps between detecting a problem and creating a service request.
In this article, I'll explain how the integration works, what information is exchanged, and how it helps IT teams streamline service request management using Galileo, a unified infrastructure observability platform that provides real-time monitoring, alerting, historical performance analysis, and integrations across hybrid IT environments.
What Is IBM Maximo?
IBM Maximo® is an enterprise asset management (EAM) solution used to manage physical and technical assets throughout their lifecycles. These assets can include manufacturing equipment, utilities infrastructure, vehicles, buildings, and data center systems.
Today, IBM Maximo Application Suite (MAS) brings together asset management, monitoring, predictive maintenance, and inspection capabilities on a platform built on Red Hat® OpenShift®.
Key applications include:
- Maximo Manage: Manages assets, work orders, service requests, inventory, purchasing, and labor.
- Maximo Monitor: Collects and analyzes operational equipment data to identify anomalies and potential problems.
- Maximo Health and Maximo Predict: Support asset health assessment and predictive maintenance.
- Maximo Visual Inspection: Uses computer vision to identify defects and other conditions.
- Maximo Mobile: Gives field technicians access to work orders and asset information.
Maximo Manage provides a central system for tracking maintenance activities, asset histories, and associated costs. Service Requests can document reported problems and initiate the processes used to evaluate, assign, and complete corrective work.
For organizations already managing assets in Maximo, connecting infrastructure monitoring to these workflows can reduce manual effort and improve the information available to maintenance and operations teams.
Why IBM Maximo Monitoring Integration Matters
Infrastructure monitoring and asset management frequently operate as separate systems.
A monitoring platform detects a failed disk, an unreachable network device, a degraded storage array, or a UPS running on battery power. Someone must then review the alert, determine whether action is necessary, open Maximo, and create a Service Request.
That manual process introduces several potential problems:
- Delayed response: Important alerts may wait for someone to review an email or dashboard.
- Incorrect asset identification: Manually entered asset numbers can associate requests with the wrong equipment.
- Inconsistent prioritization: Different operators may assign different priorities to similar problems.
- Incomplete asset histories: Events detected by monitoring tools may never become part of the asset's service record.
Automating the handoff allows qualifying monitoring events to become tracked requests in Maximo, with consistent information and predefined priorities.
How the Galileo IBM Maximo Monitoring Integration Works
Galileo Active Monitor (GAM), Galileo's managed real-time monitoring and alerting service, supports an integration that automatically creates Service Requests in IBM Maximo.
The integration uses a native webhook and Maximo's APIs to transmit alert information directly, without requiring separate middleware or custom integration scripts.
Galileo Active Monitor also works alongside Galileo's historical performance analysis capabilities, allowing teams to investigate current problems in the context of longer-term infrastructure behavior.
From Monitoring Alert to Maximo Service Request
The integration follows four steps:
1. Galileo Active Monitor detects a problem.
A monitored host or business service meets a defined alert condition. Examples include a failed disk, an unreachable device, or a performance threshold violation.
2. Action rules determine whether to create a request.
GAM evaluates configured conditions such as alert severity, host group, tags, or business service. These rules determine which events should generate Maximo Service Requests.
3. GAM creates a Service Request through the Maximo API.
The integration communicates with Maximo over HTTPS using its service-request object structure, MXAPISR. It supports OSLC and REST API methods and authenticates using a Maximo API key.
4. Maximo returns the Service Request identifiers.
The integration receives the created request's identifiers, including ticketid and ticketuid, and records them in the monitoring event history. Operators can reference the corresponding Maximo request when investigating the original problem.
The result is a direct connection between the detected infrastructure condition and the record used to manage its resolution.
What Information Does Galileo Send to Maximo?
The IBM Maximo monitoring integration maps information from Galileo Active Monitor into fields used by Maximo Service Requests.
| Maximo field | Source in Galileo Active Monitor | Purpose |
|---|---|---|
classstructureid | Configured Maximo classification | Associates the request with the appropriate classification |
assetnum | Host inventory asset tag | Associates the request with the corresponding Maximo asset |
reportedpriority | Alert severity or configured fixed value | Assigns a consistent reported priority |
description_longdescription | Monitoring problem name | Describes the condition that triggered the request |
Table 1. Example field mappings between Galileo Active Monitor and Maximo Service Requests.
The asset number is particularly important. When the monitoring host's inventory tag matches an asset in Maximo, the Service Request can be associated with that asset, making the reported condition available within its service history.
How Alert Severity Determines Priority
Galileo Active Monitor can assign the Maximo-reported priority automatically based on the severity of the detected problem.
The integration uses the following default mapping:
| Galileo Active Monitor severity | Maximo reported priority |
|---|---|
| Disaster | 1 (highest) |
| High | 2 |
| Average | 3 |
| Warning | 4 |
| Information | 4 |
| Not classified | 5 (lowest) |
Table 2. Default severity-to-priority mapping.
Organizations can also configure a fixed priority for monitoring-generated requests.
This provides a consistent starting point for prioritization while allowing Maximo's existing processes and workflows to determine how requests are handled.
What Automated Service Requests Mean for Maximo Teams
Connecting infrastructure monitoring to Maximo can improve several aspects of daily operations.
Faster request creation. Qualifying problems generate Service Requests automatically, without waiting for an operator to transfer information between systems.
More complete asset records. Requests associated with the correct asset provide additional information about infrastructure problems that may affect reliability, maintenance planning, and lifecycle decisions.
Consistent prioritization. Defined severity mappings reduce variation in how monitoring-generated problems are classified.
Better control over alert volume. GAM action conditions, escalations, and maintenance windows help teams determine which events warrant a Maximo Service Request.
Less integration infrastructure. The native webhook communicates with Maximo through its APIs, reducing the need to maintain separate middleware or custom scripts for request creation.
These benefits are particularly relevant in environments where infrastructure availability directly affects business operations or physical assets.
How to Configure the IBM Maximo Monitoring Integration
The integration requires configuration in both Maximo and Galileo Active Monitor.
1. Prepare Maximo.
Configure an API key with the appropriate permissions to create Service Requests through the MXAPISR object structure. Ensure the required API endpoint is accessible to the monitoring service.
2. Configure Galileo Active Monitor.
Enable the IBM Maximo Service Request integration, supply the Maximo endpoint and API key, select the appropriate API method, and configure the classification identifier.
3. Define alert routing and asset associations.
Specify which hosts, services, and alert severities should create requests. Populate the relevant host inventory asset tags so monitoring events can be associated with the correct Maximo assets.
Galileo's Technical Advocacy team handles the GAM-side configuration and helps establish the appropriate monitoring and alerting rules.
As with any integration, API permissions, endpoint accessibility, asset identifiers, and routing conditions should be validated before enabling automated request creation in production.
Connecting Monitoring to Operational Workflows
One of the more interesting takeaways from IBM TechXchange 2026 was how frequently conversations about infrastructure monitoring led to questions about asset management.
For organizations using Maximo, the connection is practical. Infrastructure events can affect the availability and reliability of assets that maintenance and operations teams are responsible for supporting.
An IBM Maximo monitoring integration allows qualifying infrastructure alerts to enter those teams' established service management workflows, with asset information, problem details, and priorities already attached.
Galileo Active Monitor provides that connection through direct API-based Service Request creation, helping organizations turn detected problems into actionable, tracked work.
Interested in connecting Galileo Active Monitor with IBM Maximo? Contact the Galileo team to discuss the integration and how it could fit your environment.