Asset Performance Management (APM) is a strategy that combines asset data, analytics, condition monitoring, maintenance processes, and reliability engineering to improve equipment reliability, availability, safety, and operational performance. APM helps organizations make better maintenance and operational decisions based on asset condition and risk.

Asset Performance Management (APM) helps organizations elevate their maintenance strategies by combining asset health data, analytics, reliability expertise, and operational insights to make better maintenance and asset investment decisions. Rather than relying solely on reactive, preventive, or predictive maintenance approaches, APM helps organizations determine the right maintenance strategy for each asset based on its criticality, condition, and business impact.

By providing greater visibility into asset health and performance, APM helps teams identify equipment risks earlier, prioritize maintenance activities, optimize maintenance resources, and reduce unnecessary work. The result can be improved asset reliability, reduced unplanned downtime, increased production performance, lower maintenance costs, and longer asset life.

At a broader level, APM helps organizations shift from simply maintaining equipment to actively managing asset risk, performance, and lifecycle value, enabling more informed decisions that support reliability, safety, sustainability, and operational goals.

A computerized maintenance management system (CMMS) primarily manages maintenance schedules, work orders, and asset records. Asset Performance Management uses equipment health data, analytics, and reliability insights to determine what maintenance should be performed and when it should occur.

Predictive maintenance is a maintenance strategy that uses asset condition data to anticipate failures. Asset Performance Management is broader, encompassing predictive maintenance, condition monitoring, reliability strategies, risk management, analytics, and maintenance workflows.

Asset Performance Management solutions can utilize condition monitoring data, vibration measurements, process information, equipment diagnostics, maintenance records, inspection results, engineering data, and operational information to generate actionable reliability insights.

APM enables reliability teams to identify critical equipment risks, prioritize maintenance resources, monitor asset health, and continuously improve reliability performance across the facility.

APM solutions can support rotating equipment, field instrumentation, valves, electrical systems, fixed assets, and critical production equipment including pumps, compressors, turbines, motors, heat exchangers, and process systems.

By combining equipment condition information with analytics and reliability expertise, APM solutions can identify developing problems before they result in unexpected failures, allowing maintenance teams to plan repairs and interventions more effectively.

Preventive maintenance is performed at scheduled intervals regardless of equipment condition. Predictive maintenance uses equipment health information to determine when maintenance is needed. Prescriptive maintenance goes a step further by recommending specific actions to address identified risks and optimize performance.

Organizations typically measure APM success through improvements in asset availability, reductions in unplanned downtime, maintenance cost savings, improved production performance, reduced safety incidents, and extended equipment life.

APM helps connect equipment data, maintenance processes, analytics, and organizational workflows to create data-driven decision making across operations, maintenance, reliability, and engineering teams.