Technology obsolescence presents an ongoing point of friction between tech teams and managed service providers (MSPs), and the organizations they manage IT infrastructure for. Obsolete devices and software can present compatibility, security, and compliance concerns that technicians would like to eliminate — but this often conflicts with budgetary concerns.

Presenting a clear summary of obsolete devices and the risks they pose can help convince stakeholders of the necessity of maintaining an up-to-date, compliant IT infrastructure. This guide explains how to build a cross-client technology obsolescence tracker and integrate it into your hardware lifecycle and IT asset management procedures.

What is obsolescence management?

Obsolescence management is the ongoing process of monitoring your IT infrastructure for hardware and software products that are no longer supported or fit for purpose. This is a critical task in IT service management (ITSM), identifying devices that are out of warranty, no longer receiving software updates and security patches, or for which spare parts are no longer available.

Why is obsolescence management important?

While there is always resistance to spending money replacing hardware that is currently working, maintaining obsolete devices can quickly accumulate costs far greater than that of replacing them earlier. Mitigation measures may need to be put in place to protect insecure software products, while constantly repairing outdated hardware without vendor support, or re-applying temporary software workarounds after updates, puts extra stress on IT teams.

The unexpected failure of an obsolete technology can also incur significant costs through loss of productivity: when an unsupported device finally fails, it may take time to find a suitable replacement. Running critical workloads on unsupported components puts the entire business at risk and may present compliance issues if sensitive data is involved.

What is the IT asset management approach?

Cost predictability is one of the biggest benefits of proper software and hardware lifecycle management. MSPs require structured oversight over all of their clients’ technology products to provide this efficiently. This is enabled by standard obsolescence rules that are consistent across clients, unified tracking tools for multi-tenant visibility, and automated checks that reduce manual effort and allow you to focus your attention on the highest risk assets.

What you need to manage your IT obsolescence lifecycle

A cross-client obsolescence tracker allows you to consolidate information about technology products in use (including details such as age, version, and EOL/warranty status) and generate reports that identify at-risk technology so that you can prioritize refreshes across clients at a cadence that won’t over-burden your team.

It also allows you to align your software and hardware refreshes with client budgeting cycles, and spread out requests for funding to do so, in order to make it more palatable for cost-conscious stakeholders. A comprehensive, clear summary of the status of hardware in its lifecycle will also demonstrate the maturity of your MSP to clients during QBRs and compliance reviews.

To implement an effective cross-client obsolescence tracker, you’ll need:

• A centralized tool to collect and store inventory data for multiple clients (e.g., NinjaOne, Lansweeper, IT Glue, or equivalent)
• Warranty and purchase records for client devices
• Access to vendor EOL/EOS (end of support) databases for OS and applications
• Defined refresh thresholds (e.g., laptops: 4 years, servers: 5–7 years)
• Reporting/documentation tool (Excel, Google Sheets, Power BI, or NinjaOne Docs)

An IT asset management and documentation platform that supports multi-tenancy is ideal for this. When assessing the MSP platform you’ll build your business on, consider these features a necessity, alongside strong automation and helpdesk tools to further help identify and track problematic software and hardware.

Once you have the requisite components, you can begin to implement your cross-client technology obsolescence tracker and use it to inform your refresh lifecycles.

Step 1: Define obsolescence criteria

What is considered “obsolete” will vary from product to product: some devices are only obsolete once they are physically broken (if they can’t be readily replaced), while others present an immediate security concern once the vendor stops releasing software patches. You should set rules that determine what is considered obsolete based on the product or product category, such as:

• Hardware age: Device older than 4–5 years (laptops/desktops), 5–7 years (servers/network gear)
• Warranty status: Expired or nearing expiration
• OS/software support: Versions no longer receiving patches
• Performance benchmarks: Devices consistently exceeding CPU/memory thresholds (measurable using remote monitoring and management tools)

This can be tabulated and stored in your documentation platform for future review by IT team members, and for presentation to stakeholders.

Step 2: Consolidate data into a unified tracker

Obsolescence data should be collected and stored in a central tool in a consistent format, for example, by normalizing to key fields such as client, device type, purchase date, warranty/EOL date, software version, etc. Specific data for different clients should be isolated and protected (as disclosure to outside parties could reveal security vulnerabilities), but can be aggregated broadly in a spreadsheet or BI dashboard to allow for planning and coordination across tenants for internal use in your MSP.

The tool you choose, for example, NinjaOne Documentation, will form the basis of your obsolescence tracker, so it should support robust access control and integrate readily with the rest of your IT management tools.

Step 3: Automate EOL & warranty checks

Leverage automation wherever possible in your MSP toolchain. Warranty lookups can often be performed with API calls to major vendors like Dell, HP, and Lenovo. Alerts can be configured for either EOL or warranty end dates or when devices reach an age threshold, and the current version of deployed software can be retrieved using monitoring tools or scripting.

This data can then be fed into your technology obsolescence tracker, and automation can be further used to raise support tickets when scheduled or predicted action is required.

Step 4: Segment by risk and business impact

Prioritize obsolete items based on the impact they will have on your clients, for example:

• Tier 1 (critical): Servers, executive laptops, compliance workloads that must be refreshed ASAP
• Tier 2 (core): Standard desktops/endpoints that can be refreshed per cycle
• Tier 3 (low impact): Test/lab gear that can have an extended lifecycle with monitoring or mitigation measures in place

These tiers can be presented in your tracker using color coding to communicate severity.

Step 5: Align forecasts with client budgets

Spreading refreshes across quarters can avoid cost spikes that may discourage clients from upgrading or replacing technology products. However, there will be critical infrastructure that must be replaced as soon as possible, which should be highlighted alongside the detrimental impacts their continued use would have on your client’s business operations.

This requires forward identification of devices approaching obsolescence so that this information can be presented during QBRs or other regular IT planning sessions.

Step 6: Build governance and reporting practices

Integrate your technology obsolescence tracker into your MSP governance processes. Update it monthly with any new data that cannot be retrieved programmatically, and perform quarterly reviews with your internal stakeholders. Share critical updates with clients and ensure results are archived in your documentation platform for future reference and accountability, as well as auditing.

Making obsolescence planning a repeatable part of your governance workflow will ensure that it remains proactive and that gaps are not left.

Using NinjaOne to automate inventory, as well as tag and report obsolete devices for visibility and accountability

NinjaOne provides all the components required to build a robust, flexible technology obsolescence tracker. You can use inventory reports to pull device age, warranty status, and software versions, tag at-risk devices for visibility, export lifecycle data, and schedule scripts to retrieve and update obsolescence data automatically.

NinjaOne Documentation can then be used to securely store and share internal documents and client-facing reports. All of this is provided as part of a comprehensive set of MSP tools that also includes remote monitoring and management (RMM), mobile device management (MDM), helpdesk, and endpoint backups.