Hardware Asset Lifecycle Management
What the exam tests
Hardware Asset Lifecycle Management tests end-to-end control of physical assets - planning, procurement, receiving, deployment, maintenance, and retirement - and the evidence trail proving each stage happened.
Core rules
- Stages: plan/forecast, acquire, receive and stock, deploy, maintain, retire/dispose. Each needs an owner, a record, and a control.
- Receiving is the highest-leverage control: if serial numbers are not captured at goods-in, every downstream record is suspect.
- Tagging and chain of custody make assignment auditable. Every asset should carry a current custodian, location, and status (in stock, in use, in repair, pending disposal).
- End of life is not end of risk. Retirement requires data sanitization to a recognized standard (for example NIST SP 800-88), a certificate of destruction or erasure, and financial derecognition.
- Refresh planning uses warranty end dates, vendor end-of-support notices, failure rates, and residual value.
Worked example
A fleet of 500 laptops reaches its four-year refresh point. Finance depreciates them over three years, so book value is zero. The vendor offers $60 per unit buy-back for 380 units in good condition. Disposal costs $25 each for the remaining 120, plus $10 sanitization. Net recovery is 380 × $60 = $22,800, less 120 × $35 = $4,200, giving $18,600 - before any productivity gain from new devices. The decision is documented with disposal certificates attached to each asset record.
Traps that cost marks
- Skipping goods-in capture and trying to reconstruct serials later.
- No disposal evidence, leaving the organization exposed on data protection.
- Ignoring lease return conditions and incurring end-of-term charges.
- Measuring only break/fix volume instead of total cost and compliance.