How can a Chief Product Officer (CPO) track component or module retirement across regional product lines? The first step is to start with the retiring module, not with a stack of individual product roadmaps.
A CPO needs to see:
Where the module is still used
How long each product or region expects to depend on it
What will replace it
Which transitions do not yet have a credible path.
The key distinction is simple: the retirement date may be global, but the transition plan is not.
One component can reach end of life once while creating very different timing decisions across products, generations, and regions.
In this article, gain insights on how to track component retirement and how a product portfolio planning layer for CPOs can help you keep lifecycle decisions connected instead of isolated.
Modular products carry lifecycle consequences long after launch. This is one of the many challenges leaders face in complex manufacturing.
Epiroc, for instance, states that modularization helps simplify upgrades, service, and maintenance, while aftermarket represented 66% of its 2025 revenue.
In this example, the company is not describing this specific retirement framework, but its product strategy illustrates why shared-module decisions matter well beyond initial product development.
Consider an industrial equipment manufacturer using the same electronic display across four machine families.
The supplier expects the display to reach end of life in 2028.
On paper, that sounds like one lifecycle event. But at the product level, it looks very different.
|
Product line |
Current situation |
Transition plan |
|
Machine Family A |
Major refresh planned in 2027 |
Move to the replacement display during the refresh |
|
Machine Family B |
Current generation remains active longer |
Transition in 2028 |
|
Machine Family C |
Product expected to retire before the display does |
No redesign required |
|
Machine Family D |
Product must remain in market beyond 2028 |
No funded replacement path yet |
Machine Family D is where the portfolio conversation changes.
The issue is no longer simply that a product component is going to sunset. Leadership now has to decide whether to fund a redesign, change product timing, pursue a last-time buy, move the product to another platform, or reconsider how long the product should remain active.
A shared module therefore needs its own planning-level lifecycle rather than appearing only as a line buried inside several separate product plans.
This is part of the broader discipline of lifecycle planning in product portfolio management: the lifecycle of a shared module and the lifecycle of every product using it will not necessarily end together.
A common mistake is assigning one retirement date to the module and treating every dependent product as though it must move at the same time.
As every CPO in the room knows, this is rarely how complex manufacturing works. Here's what actually happens.
For the shared module, the planning view may show:
For each dependent product, it may show:
While these timelines are related, they are not identical.
Regional variation combined with differences in timelines are structural factors that impacts the portfolio in complex manufacturing planning.
On one hand, a European variant might need the old module longer because of validation requirements. On the other, a North American generation may already be scheduled for a refresh.
Meanwhile, an older low-volume product may be better served by a last-time buy than by redesign.
This is the core planning challenge that product and portfolio leaders run into:
How do you keep differences visible without turning one shared retirement into several disconnected stories?
A CPO does not need a detailed review of every product using the module. Most transitions may already fit within existing plans.
The useful portfolio view makes the exceptions obvious:
Aligned: Machine Family A transitions during an already-planned refresh.
Planned: Machine Family B has a defined replacement and timing.
No action needed: Machine Family C retires before the module becomes unavailable.
Decision needed: Machine Family D remains dependent on the retiring module with no agreed transition.
Now leadership can focus on the product where the lifecycle plans no longer fit together instead of treating the entire module retirement as a crisis.
This is also why shared module risk matters in product portfolio planning. The more products that depend on one underlying element, the more important it becomes to see where the shared plan and individual product plans begin to diverge.
Regions add another layer of complexity because the same product generation may not transition everywhere at once.
Suppose a shared controller is being phased out of new North American products while a European configuration still expects to use it for another generation.
There is still only one controller retirement. But the planning view needs to distinguish:
Where is the module still used?
and
When does each product or regional configuration actually stop needing it?
Otherwise, a portfolio-level label such as “Controller retirement: 2028” can create the false impression that the transition is solved everywhere.
For global product portfolios, a more useful question is:
Where does the retirement plan stop matching the product plan?
Knowing when a module disappears is only half of lifecycle planning. Each important dependent product should have an intended path, such as:
Not every product should receive the same answer.
For instance, a product nearing retirement may not justify redesign investment. Meanwhile, a strategic platform expected to stay in market for another decade probably needs a more durable transition.
A lifecycle spreadsheet reviewed separately from the product roadmap will eventually drift away from the plan.
Products stay in market longer than expected. Launches move. Regional requirements change. Replacement modules take longer to validate.
A CPO-level view should therefore make five factors explicitly clear:
This is part of the broader job of product portfolio planning. For product and portfolio leaders, it is important to keep products, platforms, modules, lifecycle decisions, and roadmap timing connected instead of reviewing each plan in isolation.
Gocious gives complex manufacturers a strategic portfolio planning layer for connecting these relationships while detailed component definition, sourcing, and engineering change control remain in PLM, ERP, and engineering systems.
Ready to learn more? Explore Gocious Product Portfolio Planning or request a custom demo to see how one trusted portfolio view will help you track module retirement across regional product lines.