Asset Lifecycle Management

Asset Lifecycle Management in manufacturing is not just about tracking — it’s about extracting maximum performance, reducing lifecycle costs, and driving operational excellence. GrowthLenz delivers advanced asset lifecycle management solutions that enable complete inventorisation of assets, sub-assets, parts, and sub-parts through structured ontology and taxonomy frameworks. Our intelligent asset lifecycle management software enables full lifecycle visibility, establishes equipment hierarchies, and triggers proactive maintenance actions based on operational thresholds, usage patterns, and criticality. It also incorporates IoT-powered real-time asset health monitoring, warranty tracking, and proactive parts replacement to avoid unplanned downtime and extend asset life.

Built on proven asset lifecycle management best practices, our platform helps manufacturers improve uptime, optimize spare part planning, reduce maintenance costs, and drive tangible ROI — all through a connected, performance-driven approach.

Discover Consulting: Diagnostics

Discover

Products

Within the product domain,
there are:

Customers / Suppliers

Within the customer/supplier domain, there are:

Design​

Map Assets across flowsheet​

Proactive Alerts​

Track run hours​

AI Sales agent​ AI Proposal agent​

Deploy

Reliable, Efficient & Safe operations for Manufacturer​
Reduce Warranty Cost & Accelerate Aftermarket Revenue for OEM​

FAQ

What are the stages/phases of Asset Lifecycle Management?

Asset Lifecycle Management typically includes the following key stages:

  • Planning & Procurement: Identifying asset needs, budgeting, and acquiring the right equipment.
  • Acquisition & Installation: Receiving, tagging, installing, and commissioning the asset into operation.
  • Operation & Utilization: Active usage of the asset, including tracking performance and ensuring optimal operation.
  • Maintenance & Optimization: Performing preventive and predictive maintenance, monitoring asset health, and replacing parts proactively.
  • Decommissioning & Disposal: Safely retiring the asset, reclaiming value where possible, and updating records to ensure compliance and traceability.

Each stage is supported by data and digital workflows to ensure lifecycle visibility, cost control, and performance optimization.

Key Performance Indicators (KPIs) used to measure the effectiveness of asset lifecycle management software include:

  • Asset Uptime / Availability
  • Mean Time Between Failures (MTBF)
  • Mean Time to Repair (MTTR)
  • Maintenance Cost per Asset
  • Spare Parts Turnover Rate
  • Warranty Compliance and Recovery
  • Lifecycle Cost per Asset
  • Work Order Completion Rate (Planned vs Actual)
  • Failure Prediction Accuracy (if IoT-enabled)
  • Asset Utilization Rate

These KPIs help organizations evaluate maintenance efficiency, asset performance, and return on asset investment.

Delivering Peace of Mind with Installed Assets​