Digital Engineering · Practice Area 03

Asset Performance
Management

Connecting reliability engineering, condition data and digital analytics into a single, continuously improving programme — where every maintenance decision is informed, every failure prediction is actionable, and every asset contributes to operational value.

Discuss Your APM Programme Benchmark with GARPI™ →

Practice AreaDigital Engineering

Standards AlignmentISO 55001 · GFMAM · IEC 60300

Delivery ModelARaaS® Continuous Programme

Typical Engagement12–36 months

SectorsAll asset-intensive industries

The Challenge

Assets are managed in
silos. Performance suffers.

Most organisations have the data. The problem is that maintenance systems, condition monitoring platforms, inspection records and financial data all exist in separate systems — and no one connects them into a coherent picture of asset health, risk and lifecycle value.

Reactive maintenance culture — resources consumed firefighting failures that were predictable weeks earlier.

Data without insight — SCADA historians and CMMS full of data, but no one synthesising it into maintenance decisions.

No failure mode visibility — maintenance tasks not connected to the failure modes they are designed to prevent.

Lifecycle cost blindness — replacement versus repair decisions made without whole-life cost analysis.

Governance gap — no systematic review of whether the asset management system is working or improving.

What is APM?

Not a software platform.
A discipline.

Asset Performance Management is the structured discipline of connecting asset strategy, reliability engineering, condition monitoring, maintenance execution and performance analytics into a single, continuously improving system. APM is not a product you buy — it is a capability you build. Optimal's APM programmes are delivered through the ARaaS® framework, ensuring that improvement compounds year on year rather than fading after a one-off project.

40%

Average reduction in unplanned downtime within 18 months of a structured APM programme

3×

Maintenance spend efficiency improvement when failure modes drive task selection

ISO 55001

International standard for asset management systems — APM is the operational layer

GFMAM

Global Forum on Maintenance & Asset Management — 39 subjects mapped to APM maturity

Optimal's APM Approach

Built on failure modes. Driven by data.

Optimal's APM programmes are structured around six interconnected capabilities — from establishing a defensible asset register through to prescriptive analytics and continuous governance review. Each capability reinforces the others; the goal is a self-sustaining system that improves automatically as data accumulates.

Asset Register & Hierarchy

Establish a complete, ISO 14224-aligned asset register — every asset identified, classified and positioned in the functional hierarchy that drives all downstream maintenance and reliability decisions.

Criticality & Failure Mode Analysis

Asset criticality ranking combined with FMEA/RCM analysis — mapping every critical asset to its failure modes, effects and current controls. The foundation for defensible maintenance task selection.

Condition Monitoring Integration

Connecting vibration analysis, thermography, oil analysis, SCADA data and ultrasound into a unified condition picture — detecting potential failures early and shifting maintenance from calendar-based to condition-based.

Predictive & Prescriptive Analytics

Moving beyond monitoring to prediction — using machine learning models and statistical process control to forecast failure probability and prescribe optimal maintenance timing, extending intervals without increasing risk.

Work Management Optimisation

Ensuring that analytical outputs translate into executed work — integrating APM findings with CMMS task scheduling, planner workflows and shutdown management to close the loop between insight and action.

Governance & Continuous Review

Structured quarterly reviews of APM system performance — measuring KPIs, identifying new failure modes, updating criticality rankings and ensuring the programme evolves with the asset base and business context.

Asset performance analytics and condition monitoring

The ARaaS® Connection

APM is the programme layer
of ARaaS®

Asset Performance Management is not a standalone service — it is the discipline that the ARaaS® framework is designed to deliver. Every ARaaS® programme is, at its core, an APM programme: structured around your asset base, failure modes and operational context, and designed to compound improvement continuously.

Where point-solution APM software vendors sell platforms, Optimal provides the engineering capability to make APM work — the failure mode libraries, the condition monitoring methodology, the analytical models and the governance structure that software alone cannot deliver.

Reliability Centred Maintenance (RCM) as the analytical foundation →

FMEA libraries covering 40+ asset classes →

Condition monitoring protocol development →

CMMS optimisation & data quality improvement →

KPI framework aligned to ISO 55001 objectives →

Explore the ARaaS® Framework

What You Receive

APM programme deliverables

APM Strategy Document

A documented APM strategy aligned to your business objectives — defining scope, asset criticality tiers, performance targets, KPI framework and governance cadence for the programme lifecycle.

Criticality Register

A complete asset criticality register — every asset ranked by consequence of failure across safety, production, environmental and cost dimensions, with criticality-informed maintenance strategy for each tier.

FMEA / RCM Outputs

Living failure mode registers for all critical assets — failure mode identification, effect analysis, criticality classification and recommended maintenance tasks mapped to failure modes, not just calendar intervals.

Condition Monitoring Plan

A structured condition monitoring programme — technology selection, measurement protocols, alert threshold development and data integration architecture connecting CM data to CMMS work order generation.

Analytics Dashboard & KPI Framework

A performance measurement framework with operational dashboards — tracking availability, MTBF, MTTR, maintenance backlog, defect rates and GARPI™ maturity scores against targets and industry benchmarks.

Governance & Review Protocol

A structured governance protocol for ongoing APM programme management — quarterly performance reviews, failure mode database updates, KPI trend analysis and annual strategic alignment reviews.

Programme Evidence

APM in practice —
measurable outcomes

Optimal has deployed APM programmes across mining, oil & gas, nuclear, power generation and process industries. Across all sectors, the pattern is consistent: connecting failure modes to maintenance tasks, condition data to work orders, and analytics to decisions produces compounding reliability improvement within 12–18 months of programme launch.

Mining — 34% reduction in unplanned conveyor stoppages within 14 months

Power Generation — MTBF improvement from 1,200 to 2,100 hours on critical rotating plant

Oil & Gas — maintenance cost per production unit reduced by 22% over 24-month programme

Nuclear — ISO 55001 certification achieved within 18 months of APM programme launch

Discuss Your Programme View Case Studies →

ARaaS® Toolbox

The tools that make
APM work

Optimal's APM programmes are supported by the ARaaS® Toolbox — a proprietary set of reliability engineering capabilities, failure mode libraries, analytical models and field diagnostics that are not available off-the-shelf. They are the reason Optimal APM programmes deliver faster and compound further than software-led implementations.

Asset Reliability Discuss Your Requirements →

Foundation

RCM Analysis & Failure Mode Library

Analytics

Predictive & Prescriptive Analytics Engine

Digital

Optimal360™ Asset Intelligence Platform

Field

Condition Monitoring & Field Diagnostics

Related Services

Services that connect to APM

GARPI™ 2026 · Global Asset Reliability & Performance Index

Where does your APM
programme sit on the maturity curve?

GARPI™ measures your organisation across eight dimensions of asset performance maturity — including APM-specific dimensions covering Digital & Data Maturity, Reliability Engineering and Condition Monitoring. Benchmark against peers in your industry in 12 minutes.

Take the GARPI™ Survey View Methodology →

Asset Strategy & Planning

Reliability Engineering

Maintenance Execution

Condition Monitoring

Digital & Data Maturity

Reliability Governance

Workforce Capability

Spares & Materials

Next Steps

Ready to build a
real APM programme?

Every APM engagement begins with a scoping conversation — understanding your asset base, current data landscape and performance gaps. We will tell you honestly what is achievable and what it will take.

Discuss Your Requirements Benchmark First with GARPI™

Global — Africa & Middle East

Dr Leslie Moyo · Director Africa
enquiries@optimal.world
+44 7932 581 317

Africa — Project Delivery

Danie Fourie CA(SA) · Project Manager
enquiries@optimal.world
+27 82 566 0047

Asset PerformanceManagement

Assets are managed insilos. Performance suffers.

Not a software platform.A discipline.

Built on failure modes. Driven by data.

APM is the programme layerof ARaaS®