Choosing the Right EAM Solution: 4 Essential Criteria

For asset‑heavy organizations, maintenance consumes a sizable slice of the balance sheet. Since Boeing pioneered reliability‑centered maintenance (RCM) in the 1970s, the methodology has continuously evolved to trim maintenance spend, curb risk, and elevate safety. Today, with the newest iteration—RCM3—choosing the right asset‑management software is pivotal to unlocking these gains and keeping unplanned maintenance costs under control.

RCM3

Introduced in 2015, RCM3 represents the latest evolution of reliability‑centered maintenance. It has already been adopted by firms across diverse sectors, from commercial aviation and defense to theme parks, wind farms and offshore rigs.

RCM3 marks a shift to a “fourth generation” of maintenance, powered by the Internet of Things (IoT), predictive analytics and industry‑wide standardisation. These advances enable organisations to move from a reactive, “fix‑when‑it‑breaks” mindset to a proactive, risk‑based culture that delivers operational efficiencies and stronger safety outcomes.

Selection Criteria

Finding an enterprise asset‑management (EAM) platform that can support RCM3 implementation is no small task. Maintenance planners seek a robust computerized maintenance management system (CMMS) that can host their existing processes while offering the flexibility to embed a comprehensive risk profile. Senior executives need C‑suite visibility into asset readiness and capacity across the entire enterprise.

Adopting an RCM3 approach—and reaping the benefits of lower risk, higher safety and reduced downtime—requires careful attention to several key criteria.

1. Comprehensive with Embedded Document Management

RCM3 aligns with ISO 55000, which demands a single database that captures the full asset lifecycle—from design through operation, maintenance, end‑of‑life and decommissioning. Stand‑alone maintenance packages cannot deliver this breadth; a true EAM solution must span every discipline that supports the asset, including HR, supply‑chain, production scheduling and manufacturing.

Embedded document management is essential. It consolidates once‑unstructured data—design drawings, operating plans and training certifications—into an easily searchable repository, as ISO 55000 requires. During health‑and‑safety inspections, the system can instantly pull the relevant documentation, proving that maintenance or installation work was performed by qualified personnel and helping organisations respond swiftly to unforeseen events.

2. Robust with High Usability

Robustness is a prerequisite for asset‑intensive businesses. Core functionality must support a range of maintenance modes, including root‑cause analysis that delivers clear yes/no answers to determine whether a component poses a safety or environmental risk or lacks redundancy that could trigger downtime.

Advanced maintenance features must remain intuitive for end users. For example, a client at an intermodal container terminal recently implemented a structured failure‑management (SFM) system for critical assets such as rubber‑tired gantry cranes. The accumulated maintenance history allowed the SFM to diagnose problems down to the joystick level, asking targeted questions—does the joystick stutter before lift or overrun when changing positions?—and suggesting whether a simple cleaning or a full replacement is required.

EAM systems should therefore be easy to navigate, with a clean user interface and a mobile suite that lets supervisors and executives access real‑time data from any device, wherever they are.

3. Versatile and Agile

Every organisation has a unique structure, often with multiple divisions and distinct business models. The underlying software must adapt to a wide spectrum of asset types, regulatory frameworks, environmental constraints and risk profiles. Once deployed, its versatility and agility become even more critical as organisational needs evolve.

An EAM platform should capture data while equipment is running, ingesting information from SCADA, IoT sensors and other sources in their native formats. Seamless data integration eliminates silos, offers a holistic operational view and reduces labor‑intensive, error‑prone data entry.

Automated data capture, combined with mobile maintenance tools that let technicians log information directly on the machine, is essential for consolidating all the data needed to make accurate, real‑time decisions.

Standardisation must remain a priority, especially as new regulations—such as ISO 55000 and ISO 31000—are introduced. Consistent, real‑time information enables engineers and contractors across all sites to work in sync, adhering to a unified industry standard.

4. High Visibility, Clear Reporting

RCM3 extends RCM2 by demanding transparent asset‑portfolio metrics for senior leaders. A capable EAM system should organize and present operational data in a clear, actionable format that supports risk‑aware decision making rather than merely risk mitigation.

Asset‑management software should provide visual what‑if scenarios, illustrating the impact of proactive changes and external shocks on downtime, environmental risk and productive capacity. Rather than viewing maintenance cost in isolation, executives can compare preventive maintenance frequency against failure rates, or maintenance spend against production revenue and asset replacement costs—delivering full insight into the business value of maintenance.

As assets grow more complex and smart devices proliferate, RCM3 adoption will accelerate. Selecting an EAM solution that embodies the versatility and features described above will not only support basic reliability‑centered maintenance but also enable organisations to embrace the broader RCM3 framework.

With the right asset‑management software, this maintenance philosophy can cut costs, mitigate risk and prepare companies for disruptive change, allowing their maintenance strategy to evolve alongside new technologies and methodologies.

About the Author

Jerry Browning is a senior advisor for IFS North America who assists customers in asset‑intensive industries with knowledge transfer and consulting on EAM software.