The Best Maintenance Software for Data Centers: Comparing 7 CMMS Platforms for Data Center Management

All unplanned downtime can have serious consequences. But the risk is sky-high for critical equipment in data centers. Imagine a chiller, CRAH unit, or cooling loop fails during a period of high server demand. Millions of customers can be affected, the cost would be extraordinary, and your business may be prone to cybersecurity attacks. All because a preventable failure wasn’t caught early enough.

That is why maintenance software, like a computerized maintenance management system (CMMS), is so important for data center management. But finding the right platform is not an easy task. There are so many options out there and so many sources to sift through.

That’s why we put together this guide. It compares seven of the top maintenance management software vendors for data centers, basing the assessment on over 1,000 customer reviews. This isn’t a side-by-side look at feature lists or a simple glance at a few websites. The strengths and gaps of each platform is driven by the thoughts and experiences of those who have used each system.

The guide also includes a step-by-step framework for evaluating and purchasing maintenance software for data centers along with must-have features to look out for.

Key takeaways

• Data centers need a CMMS alongside systems such as DCIM, ERP, and CAFM because maintenance execution requires dedicated workflows for work orders, inspections, procedures, asset histories, and follow-up actions.
• MaintainX stands out as the best maintenance software for data centers because of its technician adoption, mobile work management, centralized records, preventive maintenance control, and visibility across multiple sites and asset types.
• Buying a CMMS for data center management should start with maintenance problems and real workflows, involve technicians and IT early, and test shortlisted platforms using actual assets, procedures, approvals, and operating conditions.
• Features matter only when teams can use them consistently. Mobile usability, onboarding, support, security, integrations, and ease of administration are as important as PM automation and reporting.

How we evaluated CMMS software for data centers

To build a useful comparison of maintenance software for data center management, we evaluated products using customer reviews from data center employees and those from related areas, including facility management, IT asset management, and enterprise asset management.

We prioritized reviews from people responsible for critical facilities, infrastructure, equipment, or distributed technical assets. We then assessed each platform against the capabilities data center maintenance teams are most likely to need, including:

• Work order creation, prioritization, and escalation
• Preventive and condition-based maintenance
• Asset histories for power, cooling, fire suppression, and other facility equipment
• Mobile access for technicians
• Parts and inventory management
• Procedures, inspections, and audit-ready records
• Reporting on downtime, costs, labor, and asset performance
• Integrations with data center and enterprise systems
• Multi-site controls, permissions, security, and implementation support

Because reviewer needs vary, we treated reviews as evidence of usability and operational fit, not proof that every product will work in every data center. Final selection should also account for a facility’s scale, redundancy requirements, compliance obligations, and integration needs.

But first, a brief overview of data center management software

Data centers rely on several software categories because no single system manages every part of the operation:

Data center infrastructure management software

Data center infrastructure management software (DCIM software) monitors and manages the relationship between IT equipment and supporting infrastructure, including power, cooling, capacity, and environmental conditions. It helps teams understand what is happening across the facility in real time. Infrastructure monitoring tools perform a similar role within the technology stack by tracking the health, availability, and performance of servers, networks, and other IT components.

Enterprise resource planning software

Enterprise resource planning software (ERP software) connects functions such as finance, procurement, inventory, and asset accounting. Some ERP platforms include maintenance modules, but these often sit inside a larger system designed around enterprise-wide processes. 

Computer-aided facility management software

Computer-aided facility management (CAFM) and integrated workplace management systems focus more heavily on building information, floor plans, space, occupancy, and facility operations.

Computerized maintenance management system

A computerized maintenance management system (CMMS software) has a more focused job: turning maintenance needs into planned, assigned, documented work. It gives technicians and maintenance leaders a dedicated place to manage work orders, preventive maintenance, procedures, parts, labor, and asset histories.

What’s the difference between all these software and do I need them all?

All of these systems are strong at different parts of data center management and they work even better together. 

A DCIM platform might detect rising temperatures or abnormal power conditions, while the CMMS coordinates the inspection, repair, approval, documentation, and follow-up work. Instead of forcing detailed maintenance execution into monitoring, financial, or space-management systems, teams can integrate those systems with a CMMS. Each platform then handles the work it was built to do without sacrificing technician adoption, maintenance records, or operational control.

The best CMMS for data center maintenance: Why MaintainX is the top platform

• High technician adoption: MaintainX gives technicians a clear mobile interface for receiving assignments, recording labor, attaching photos, and updating work orders in real time. Reviewers repeatedly describe the system as intuitive and easy to deploy, which matters in data centers where incomplete records or delayed updates weaken shift handoffs and incident response.
• Centralized maintenance records: Teams can keep work orders, procedures, photos, documents, comments, and asset service history in one system. This gives facilities leaders a more complete record for critical infrastructure such as cooling equipment, generators, UPS systems, switchgear, fire protection systems, and building controls.
• Better preventive maintenance control: Reviewers credit MaintainX with making preventive maintenance easier to schedule, document, and track. For data centers, that can help teams reduce missed inspections and maintain evidence for critical equipment checks.
• Visibility across sites and asset classes: MaintainX can provide a common operating framework across multiple facilities while allowing individual locations to adjust workflows. Reviewers also use it to manage facilities, fleet, equipment, inventory, and other asset groups.
• Faster communication and issue resolution: Photos, comments, assignments, priorities, and status updates stay attached to work orders. This reduces reliance on radio calls, texts, email, and paper notes when facilities, IT, vendors, and operations teams coordinate responses.

Comparing the top maintenance software platforms for data center facility management

MaintainX

Key features that reviewers like

• Mobile work order management: Technicians can create, receive, update, and close work orders from the field. They can also add photos and detailed notes, giving supervisors more timely information about equipment condition and completed work.
• Asset lifecycle records: Reviewers track equipment documentation, photos, service history, spare parts, maintenance activity, and end-of-life timelines in the platform. This can help data center teams build a clearer history for facilities infrastructure and other fixed assets.
• Multi-site visibility: MaintainX helps teams assign and monitor work across multiple locations while giving leadership centralized visibility into open work, recurring tasks, and operating performance.
• Configurable procedures and checklists: Teams can create procedures with conditional steps, images, inspection fields, and technician guidance. This supports more consistent execution of inspections, rounds, and standard maintenance tasks.
• Reporting and dashboards: Reviewers use MaintainX to monitor downtime, work order history, preventive maintenance activity, equipment issues, workload, and other maintenance metrics.

What could be better

• Deeper asset-specific configuration: MaintainX applies a relatively consistent structure across asset types. Organizations managing very different equipment classes may want more control over asset-specific fields, layouts, and workflows.
• More flexible reporting: Some reviewers say advanced reports and custom dashboards require additional setup or support. Teams with complex capacity, compliance, or infrastructure reporting requirements should test their priority reports during evaluation.
• More detailed work order list views: Reviewers would like to see more assignment and work order information without opening individual records or moving between views.

What customers are saying

“The asset management features allow us to track everything from major apparatus to small equipment with photos, documentation, and service history in one place.” - Richard, Logistics Manager

“The software is easy to use ‘out of the box’ while customization is still possible.” - Dan, Facilities Manager

“What I liked most about MaintainX is how easy it is to use across multiple locations and how well it keeps our operations organized.” - Elena, Maintenance Manager

“The system is very easy to use and learn. Great customer support. Implementation was smooth and easy.” - William, Maintenance and Reliability Manager

Fiix

Key features

• Centralized asset histories: Reviewers like that they can bring work orders, preventive maintenance tasks, documents, parts, downtime, and service history together under each asset to create a traceable record for data center equipment, like cooling units and UPS systems.
• Preventive maintenance automation: Customers mention being able to use scheduled maintenance, nested PMs, event triggers, and meter data to support condition-based and recurring work for facilities management.
• Support for large asset catalogs: Reviewers report using Fiix to manage thousands of assets and large PM libraries, including IT assets.

What could be better

• Multi-site controls have limitations: Site administrators may not be able to isolate every supplier, task group, PM, or workflow by location. That could create governance challenges for data center operators that need strict separation between sites and teams. “For multi-site use, you cannot limit the list of suppliers, preventive maintenance or task groups to the site users.” — Olawale, Sr. Global Lean Director
• Implementation and data loading take work: Asset hierarchies, parts records, locations, and maintenance plans require significant upfront preparation. Data center teams with fragmented equipment registers should expect internal data cleansing and governance work. “Implementation is a bit of a bear.” — Scott, Facilities Supervisor
• Complex asset relationships may not roll up cleanly: Reviewers noted that work performed on a sub asset does not always appear in the parent asset’s history, and one work order may not associate cleanly with several assets. That can complicate maintenance records for integrated systems such as a UPS plant, chiller loop, or rack power chain. “I think this functionality has been overlooked, often a work order pertains to more than one specific piece of equipment.” — Ryan, Manufacturing Engineering Technician

eMaint

Key features

• Highly configurable workflows: Reviewers value the ability to adapt forms, fields, workflows, dashboards, prioritization rules, and approval processes to distinguish emergency incidents, planned maintenance, inspections, and compliance activities.
• Detailed reliability data: Users like that they can track equipment history, downtime, MTTR, MTBF, technician performance, parts usage, and preventive maintenance records to support electrical and environmental infrastructure.
• Cross-department use: Customers say that the platform can be configured for operations, maintenance, engineering, facilities, inventory, and procedural work.

What could be better

• Configuration often requires coding knowledge: Custom reports and other administrative functions often require SQL, database logic, or vendor support. This increases reliance on a system administrator to build analytics and workflows. “Creating custom reports…can be very difficult unless you are familiar with SQL language” — Sam, Maintenance Planner
• The technician experience is complex: Reviewers say the platform can feel scattered or difficult for frontline users. That creates an adoption risk where rapid work order updates are essential. “It’s a little complicated for regular maintenance techs.” — Jacob, Maintenance Manager
• Multi-site separation is incomplete: Shared workflows and system structures may make it difficult to fully isolate sites. This may be a concern for organizations managing independently operated data centers or customer-specific environments. “On a multi-site install, I’m not able to completely separate the different sites from each other. Sharing workflows between all sites significantly reduces their usefulness.” — John, Facilities Engineering Manager

IFS Ultimo

Key features

• Broad facilities and infrastructure coverage: Reviewers use IFS Ultimo for facility management, infrastructure, rooms, inventory, purchasing, fleet, keys, reservations, medical equipment, and maintenance.
• Flexible asset structures: Customers say that the platform allows for detailed asset trees, condition history, maintenance plans, documents, bills of materials, locations, and configurable registration methods.
• Integration and automation options: Users mention that IFS connects to SAP, financial systems, ITSM platforms, email, IoT, building access systems, and automated job generation.

What could be better

• The breadth is difficult to grasp: Reviewers warn that teams can become overwhelmed and attempt too much at once. “In the beginning, it is difficult to see the whole picture. Somebody needs to explain this better.” — Pieter, Specialist Materials
• Integrations add implementation work: Users say that database connections and interfaces may require custom development, testing, and additional effort. “Connecting the platform to other software is a lot of custom work.” — Harry, DevOps Engineer
• Everyday actions take extra clicks: Several customers describe older interface patterns and multi-step actions. “A less strong point of IFS Ultimo is that actions sometimes require a number of mouse clicks.” — Meilof, Staff Officer

Hexagon HxGN EAM

Key features

• Enterprise-wide asset management: Customers like that they can connect assets, inventory, purchasing, preventive maintenance, depreciation, work history, and reporting for physical infrastructure maintenance and fixed asset oversight.
• Inventory and purchasing integration: Reviewers say they’re able to tie inventory, equipment, purchasing, and work history together.
• Fixed asset and financial functionality: Users mention depreciation and fixed asset management in addition to maintenance.

What could be better

• The steep learning curve reduces adoption: Reviewers repeatedly say the system takes time to understand, especially for new or occasional users. “It is very hard for new users…It just seems outdated and something that needs to be changed or improved.” — Boris, Engineering Supervisor
• Complex workflows slow frontline work: The number of screens, steps, fields, and configuration choices can make basic work order activity take longer than expected. “It now takes 3-4 times as long to action work compared to the existing CMMS system.” — John, Maintenance Planner
• Administration creates long-term consultant dependency: Extensive configuration may require ongoing external support instead of being managed entirely by the maintenance or facilities team. “You are forever tied up to the need of consultants, both to configure the system and create reports and KPIs” — Peter, System Developer
• The interface feels dated and crowded: Reviewers cite small text, many windows, unfamiliar terminology, and an older visual experience. “Dull, boring and somewhat messy UI.” — Chris, Manager

IBM Maximo

Key features

• Deep enterprise asset management: Reviewers like that Maximo supports asset hierarchies, work orders, PMs, job plans, inventory, procurement, safety, budgets, and reporting, which accommodate interdependent electrical, mechanical, building, and technology assets.
• Detailed lifecycle history: Asset records can retain work history, repairs, parts, costs, warranties, documents, and changes to support audit trails and repair-versus-replace decisions.
• Extensive configuration and integration: Users find value in being able to build configurable fields, workflows, modules, APIs, and industry add-ons, along with enterprise integrations.
• IT and operational process alignment: Some reviewers describe Maximo as closely aligned with ITIL and suitable for broader infrastructure services.

What could be better

• The learning curve is steep: Maximo’s breadth can make onboarding difficult for technicians. “It has a steep learning curve. It's hard to learn.” — Alexander, Process/Project Engineer
• Routine actions require too many steps: Reviewers report that simple data entry may involve several screens, tabs, or clicks that discourage complete field documentation. “Sometimes it takes a lot of work to do little things in the system. To enter one thing, it takes many clicks.” — Verified reviewer
• Setup and configuration need specialists: Implementations can require substantial technical expertise, data preparation, and consultant support. “Setup and configuration can still be complicated and require consultants.” — Dominic, Systems Architect and Senior Consultant
• End-user customization is constrained: Customers say that frontline users often struggle to change list views, layouts, columns, or navigation. “Hard for the end user to customize views.” — Verified reviewer

UpKeep

Key features

• Mobile-first technician experience: Reviewers identify the mobile app as a core strength. Technicians can receive work, add notes and photos, record parts, update status, and complete jobs near the equipment.
• Fast work order adoption: Users say that UpKeep makes it simple for staff to submit, assign, prioritize, and monitor requests, which improves response times for cooling, electrical, security, network-room, and general facility issues.
• Useful for dispersed sites: Customers use UpKeep across multiple properties and field locations, giving technicians immediate access to current work and historical information.

What could be better

• Reporting and dashboards lack depth: Reviewers say advanced reporting, custom dashboards, and portfolio-level views can require workarounds or extra configuration. “Customization options for reports and dashboards could be more flexible.” — Stephanie, Owner
• Integrations miss some key enterprise systems: Some reviewers were unable to connect inventory, ERP, or industry-specific tools as needed. “There needs to be more inter-connectivity with various software. We cannot link our inventory to our current system and thus cannot accurately use this module.” — Shania, Mechanical Designer
• Customization and permissions are restrictive: Work order forms, roles, security access, and interface options may not be granular enough for complex organizations. “I would like to be able to set exact permissions per user.” — Jonathan, Clinical Engineering Director

How to evaluate and buy maintenance software for data centers

The best maintenance software is not the one with the longest feature list. It’s the one that fits your assets, workflows, users, and existing tech stack. Use the following steps to evaluate and purchase a CMMS that is best for your team and business.

1. Start with the problems you need to solve

Write out the maintenance problems creating the most risk or wasted effort before comparing products. These might include:

• High reactive maintenance rate
• Asset history and work history that is siloed, scattered, missing, or inaccessible
• Poor coordination between maintenance, facilities, and IT
• Inconsistent procedures across technicians or sites
• Limited visibility into labor, parts, contractor work, or recurring failures
• Audit records that are difficult to retrieve

Turn each problem into a measurable outcome. For example, instead of “improve reporting,” aim to shorten response times, or produce complete maintenance records for an audit.

2. Map the workflows the software must support

Feature checklists can hide whether a platform fits the way work actually happens. Map a few important workflows from beginning to end, such as:

• A temperature or power alert that requires maintenance action
• A scheduled UPS, generator, or cooling-system inspection
• An emergency repair involving internal teams and outside contractors
• A failed inspection that requires escalation and approval

For each workflow, identify what needs to be done, who needs to do, and the ideal flow of both information and action. Use these workflows as the basis for vendor demonstrations and trials.

3. Involve every team affected by the decision

Maintenance may own the CMMS, but it should not evaluate the system alone. Include technicians, facility managers, reliability or engineering teams, IT, security, procurement, compliance stakeholders, and site leadership where appropriate. Each has a different use for the system and can see different risks. Early involvement also builds buy-in before implementation begins.

4. Prioritize fit over feature volume

Separate requirements into three groups:

• Essential on day one
• Valuable as the program matures
• Nice to have features in the long-term or unnecessary for your operation

This keeps impressive but low-value features from outweighing practical requirements such as technician adoption, mobile access, clear asset hierarchies, and permissions.

5. Test the software with real data and conditions

Ask vendors to show how the platform handles your actual asset structure, procedures, priority rules, approval paths, and reporting needs. Run a pilot with a limited group of assets or one facility. Include real users and common scenarios, as well as less convenient conditions such as urgent work, shift handoffs, poor connectivity, and contractor access. Watch for how many steps each task takes, what information users skip, and where they need workarounds.

6. Evaluate implementation and ongoing ownership

Ask what it will take to configure the system, clean and migrate asset data, build PMs, train users, connect other systems, and support adoption after launch. Clarify who will own administration internally and how much time that role will require. A platform that fits your team’s capacity is often a better choice than one that needs constant specialist support.

7. Compare total value, not just subscription cost

Consider implementation services, integrations, training, data migration, internal administration, and the cost of poor adoption. Then compare those costs with the operational value the system could create, like less downtime, fewer costs, and better audit readiness. The final decision should come back to one question: Can this system help your teams execute critical maintenance more consistently without adding unnecessary complexity?

The most important features for data center CMMS software

A strong data center CMMS needs more than work orders and automated preventive maintenance. Here are some of the must-have features to support reliable execution, accurate data collection, widespread adoption, and cross-team coordination.

Easy work order management

Teams should be able to create, assign, prioritize, escalate, and close work without unnecessary steps. The system should support different priority levels, clear ownership, due dates, approvals, attachments, comments, and complete maintenance records. For data centers, it should also be easy to distinguish routine work from issues that could threaten uptime or redundancy.

Preventive and condition-based maintenance

The CMMS should schedule recurring inspections and maintenance based on time, meter readings, operating conditions, or other triggers. It should also help teams adjust maintenance plans when work is missed, assets change, or failure patterns emerge.

Clear asset hierarchies and maintenance histories

Data centers contain interconnected systems, including generators, UPS equipment, cooling units, switchgear, batteries, fire protection systems, and supporting components. A CMMS should organize these assets by site, room, system, parent asset, and component. Technicians should be able to see past failures, repairs, inspections, documents, costs, and open work before making a decision.

Mobile usability

Technicians should be able to access procedures, update work, add photos, scan asset codes, record readings, and close tasks from the equipment location, regardless of connectivity.

Procedures, checklists, and required fields

A data center CMMS should help standardize high-risk and repetitive work. Look for digital procedures, inspection checklists, required readings, signoffs, pass/fail logic, and automatic follow-up actions.

Alerts, escalations, and communication

The platform should notify the right people when critical work is created, delayed, failed, or completed. Teams should also be able to communicate inside the work record so that decisions and handoffs are documented.

Reporting that supports decisions

The system should allow maintenance teams to create KPI dashboards that automatically update as work is scheduled and completed. The reporting capabilities should help teams answer practical questions, like:

• Which critical PMs are overdue?
• Which assets fail most often?
• Where is reactive work increasing?
• How long do urgent repairs take?
• What equipment creates the most cost or labor demand?

Parts, tools, and contractor tracking

The CMMS should track critical spares, stock levels, locations, usage, purchase information, and parts linked to specific assets or work orders. It should also support outside vendors and contractors without sacrificing permissions, documentation, or accountability.

Integrations and open data access

Maintenance software should fit alongside DCIM, building management, monitoring, ERP, procurement, identity, and reporting systems. Look for integrations, APIs, import and export tools, single sign-on, and clear data ownership.

Security and permissions

Role-based permissions should control who can view, create, approve, edit, and close work. Enterprise buyers may also require single sign-on, audit logs, identity controls, and support for internal security reviews.

Ease of implementation and administration

A system may meet every technical requirement and still fail if implementation becomes too slow or difficult. Evaluate how easily your team can migrate data, configure assets, build PMs, change workflows, add users, and update procedures.

Training, onboarding, and customer support

Strong onboarding can help teams avoid poor asset structures, inconsistent data, and low user adoption. Look at the quality of implementation guidance, training resources, support response, and ongoing customer success. Ask how the vendor handles multi-site rollouts, process standardization, and change management.

Technician adoption

Adoption is the feature that makes every other feature useful. The CMMS should make it easier for technicians to find information, follow procedures, communicate, and document work. During a trial, measure whether frontline users can complete common tasks with limited instruction and whether the data they enter is complete enough to support future decisions.

Find the right balance of capability and usability

Data center maintenance software has to support complex assets without making routine work harder. The strongest CMMS will help teams plan and document maintenance, respond quickly to equipment risks, standardize procedures, and build a reliable history of work across critical infrastructure. But capability alone is not enough. A system that requires excessive clicks, specialist administration, or a long rollout can weaken adoption and data quality.

Use the comparisons in this guide to narrow your options, then validate them against your own workflows. Test how each platform handles real work, how easily technicians can use it, and how well it connects with your wider data center technology stack. The right choice is the one that delivers operational control without adding unnecessary complexity.