For IT organizations focused on security and sustainability, the end of the hardware lifecycle is rooted in an enterprise IT asset disposition (ITAD) strategy that mitigates breaches and electronic waste. The strategy leverages internal resources and specialized service providers to comply with data privacy regulations while maximizing hardware residual value.
To help you securely decommission legacy infrastructure and create your own ITAD plan, we’ve curated insights from experts in IT asset disposition. You can leverage these insights and the subsequent action steps to improve organizational security, sustainability, and end-of-life IT asset disposition.
Use ITAD services that are verified and secure
Maintaining data integrity during hardware decommissioning often requires secure IT asset disposition services from partners and third parties, especially for enterprise IT teams that manage tens of thousands of devices. These services can allay data security concerns that are a major roadblock for ITAD and prevent many organizations from repurposing usable devices.
For printers, specifically, 86% of IT and security decision makers cite data security as an obstacle to reuse, resale or recycling – with 39% calling it a “major” or “severe” concern, according to an HP survey of over 800 IT and security decision makers.
“ITAD is not anything new. There’s been an industry and market for buying and selling used technology for years. Now it has a lot to do with data protection and data privacy. Can you assume that when you turn in your used product that the data is going to be erased? No, you can’t. You need to get it verified.”
Joe Marion, President of the Association of Service, Communication, Data, and ITAD Providers
Source: CNBC
⭐ Action step: Deploy NIST SP 800-88 R1-compliant sanitization tools to overwrite all non-volatile storage media before physical transport. Additionally, mandate cryptographic erasure for self-encrypting drives (SEDs) and collect digitally signed Certificates of Destruction for auditing purposes.
Align your ITAD strategy with lifecycle and sustainability goals
Integrating hardware lifecycle management with corporate sustainability goals requires a structured end-of-life IT asset disposition methodology. For example, when printers reach end-of-life, IT and security decision makers combine a variety of IT asset disposition strategies: 60% recycle devices, 19% wipe and donate them, 17% wipe and redistribute them internally, 13% destroy them, and 13% sell them, according to a 2024 HP survey.
“When staff members leave, we don’t destroy their laptops if they’re still functional. By reimaging them, the next users get the applications they need and the appropriate security permissions. At Franciscan Health, we refresh hardware about every 48 months. Every dollar I save or recover can be turned right back into buying additional equipment for patient care or renovating a space to provide a different level of service. At the end of the day, it’s about the patients.”
Charles Christian, VP of Technology & CTO @ Franciscan Health
Source: HealthTech Magazine
⭐ Action step: Utilize automated configuration management tools to rapidly reimage and provision redeployable corporate hardware. For assets that cannot be reused internally, establish a contract with a vendor with R2v3 certification to ensure sustainable IT asset disposal practices.
Understand how ITAD changes with AI hardware
Artificial intelligence hardware is altering the IT asset disposition market landscape. According to Grandview Research, the global IT asset disposition market is projected to reach USD $54.5B by 2030 and was valued at USD $25.3B in 2024. In large part, this growth is being driven by technological advancements and the desire for hardware powered by new tech, such as AI PCs. This expansion requires an updated approach to IT asset disposition for enterprises that want to optimize investments in AI hardware.
"PCs introduced at CES 2026 outline the hardware profile likely to arrive in volume over the next several refresh cycles. First, and as expected, client fleets are being steered toward AI-optimized CPUs and NPUs, concentrating compute value and increasing the importance of disciplined data handling at end of life. Second, specific designs such as HP’s EliteBoard G1a indicate OEM experimentation with modular, service-oriented hardware that may simplify parts harvesting and materials separation."
David Daoud, President and Principal Analyst @ Compliance Standards LLC, previously Director @ IDC
Source: Resource Recycling
⭐ Action step: Update hardware disposal protocols to specifically address localized AI models and high-capacity NPU/GPU architectures that store data within specialized non-volatile caches. Collaborate with vendors experienced in advanced component harvesting to recover modular parts before recycling raw materials.
Key takeaways for improving IT asset disposition
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Partner with verified ITAD service providers to ensure certified data destruction across all legacy hardware fleets. Utilizing NIST SP 800-88 R1-compliant tools and obtaining official Certificates of Destruction will mitigate the security roadblocks that frequently stall asset reuse.
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Align your asset disposition strategy with corporate lifecycle and sustainability goals by prioritizing internal hardware redeployment via automated configuration management tools. For older equipment leaving the enterprise, contracting with R2v3 certified vendors guarantees environmentally responsible disposal and maximizes residual value recovery.
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Revise data handling procedures to accommodate the rapid influx of AI hardware and NPU-equipped client fleets. Adapting wiping protocols for localized AI models and non-volatile caches ensures enterprise data integrity while optimizing the lifecycle of modular component architectures.
