When components go obsolete: Why proactive Design Maintenance protects your product

In 2025, more than 620,000 electronic components reached end-of-life (EOL), according to industry analysis. While component obsolescence has long been a challenge for manufacturers, the scale of recent discontinuations highlights a broader reality: maintaining a product over its lifecycle is becoming just as important as developing it in the first place.

For organisations developing medical devices, industrial equipment, IoT solutions, communications products, and other electronic technologies, this trend raises an important question.

What happens when the technology inside your product is no longer available?

Many products are designed to remain in service for ten years or more. Some medical and industrial systems continue operating for decades. Yet the components, software platforms, and technologies used to build those products often evolve at a much faster pace. As a result, organisations are increasingly facing the challenge of supporting long-life products in a rapidly changing technology environment.

The issue extends far beyond component availability. It impacts manufacturing continuity, product support, regulatory compliance, customer satisfaction, and ultimately the long-term commercial viability of a product.

Product lifecycles are growing. Technology lifecycles are shrinking.

One of the biggest challenges facing engineering teams today is the growing mismatch between product lifecycles and technology lifecycles.

Customers expect products to remain available, reliable, and supported for many years. In sectors such as MedTech, industrial automation, mining, defence, and telecommunications, product longevity is often a key requirement. Customers invest in these systems expecting ongoing support, spare parts availability, and long-term performance.

The technologies used to build those products operate very differently.

Semiconductor manufacturers regularly introduce new product families while retiring older technologies. Software frameworks evolve. Wireless communication standards are updated. Cybersecurity requirements become more stringent. Supply chains shift in response to market demand, geopolitical factors, and emerging technologies.

A product launched only a few years ago may still perform exactly as intended, yet already contain components approaching end-of-life or software platforms nearing the end of their support lifecycle.

This growing gap means that maintaining product viability can no longer be viewed as an occasional engineering exercise. It requires ongoing attention and strategic planning.

Why obsolescence is no longer just a supply chain problem

Component obsolescence is often perceived as a procurement issue. A supplier discontinues a part, sourcing teams identify an alternative, and production continues.

In reality, the consequences can be far more significant.

A replacement component may require changes to a PCB layout, updates to firmware, additional validation testing, or modifications to manufacturing processes. In regulated industries, even seemingly minor design changes may trigger additional documentation, verification activities, or regulatory assessments.

What begins as a component availability issue can quickly become an engineering challenge, an operational challenge, and in some cases, a commercial challenge.

Recent supply chain disruptions demonstrated how quickly component shortages can affect production schedules and customer commitments. While global supply chains have stabilised compared to previous years, organisations are increasingly recognising that resilience depends on more than simply finding replacement parts when problems arise.

It depends on understanding product risk before those problems occur.

The cost of waiting too long

Many product teams are aware that components will eventually become obsolete. The challenge is that obsolescence rarely arrives as a single dramatic event.

Instead, risk often accumulates gradually.

Lead times begin to increase. Alternative suppliers become harder to find. Software platforms approach end-of-support. Regulatory standards evolve. Manufacturing constraints become more apparent.

Individually, these changes may seem manageable. Collectively, they can create significant pressure on a product’s future viability.

Organisations that delay action often find themselves responding under tight timeframes. Engineering teams are required to prioritise urgent redesign work, procurement teams face limited sourcing options, and business leaders must make decisions with reduced flexibility.

The cost of these situations is rarely measured solely in engineering hours. Production delays, increased component costs, customer dissatisfaction, and lost market opportunities can have a far greater impact on the business.

The difference between a manageable engineering project and a business-critical issue often comes down to one factor: preparation.

Why design maintenance is becoming a strategic function

Traditionally, maintenance activities have been viewed as something that happens after development is complete. A product is launched, and engineering resources move on to the next project.

Increasingly, organisations are recognising that this approach is no longer sufficient.

The companies managing product lifecycles most successfully are treating Design Maintenance as an ongoing engineering and business function. Rather than waiting for issues to emerge, they are actively monitoring product health, reviewing technical risks, assessing component availability, and identifying opportunities for improvement throughout the product lifecycle.

This approach creates several advantages.

It allows organisations to address technical risks before they impact customers. It provides greater flexibility when responding to supply chain changes. It supports ongoing compliance and cybersecurity requirements. It also enables businesses to improve products incrementally, rather than waiting until a full redesign becomes unavoidable.

Most importantly, it helps organisations protect the value of products that are already generating revenue and delivering value to customers.

Turning insight into action

Understanding the importance of design maintenance is one thing. Knowing where to start is often the biggest challenge.

One of the most effective ways to assess the long-term health of an existing product is through a proactive Bill of Materials (BOM) review. Identifying components approaching end-of-life, supply chain risks and potential redesign challenges early allows engineering teams to plan ahead rather than react under pressure.

To help organisations get started, Genesys is currently offering a limited-time Design Maintenance package that includes:

• Complimentary BOM Risk Review

• No setup fee for new Design Maintenance engagements

• Design Maintenance from AU$1,000 per month (normally AU$2,000 per month)

  
  

Whether you’re supporting a medical device, industrial system, communications product or IoT solution, this offer provides an opportunity to proactively identify risks, reduce future engineering costs and extend the life of your product.

Extending product value through continuous improvement

Innovation is often associated with new product development. New features, new technologies, and new product launches naturally attract attention.

However, some of the most valuable engineering work happens after a product has already reached the market.

Many successful products remain competitive not because they are frequently replaced, but because they are continuously improved. Hardware is updated to reduce risk, firmware evolves to improve functionality, manufacturing processes are optimised, and emerging issues are addressed before they become significant problems.

This approach allows organisations to maximise the return on their original development investment while continuing to meet changing customer expectations and market requirements.

It also supports broader sustainability objectives. Extending the life of an existing product can often reduce waste, minimise unnecessary redesigns, and make better use of the resources already invested in development, testing, and certification.

In many cases, the most effective path forward is not replacing a successful product. It is ensuring that product can continue to evolve.

Looking beyond the launch

Product launches are important milestones, but they represent only the beginning of a product’s lifecycle.

As technologies continue to evolve and component obsolescence becomes increasingly common, organisations must think beyond the initial release and consider how products will

be supported, maintained, and improved over the years that follow.

The companies that manage this transition successfully are often those that view design maintenance not as a reactive necessity, but as a strategic investment in product longevity.

Because long-term product success is not defined solely by bringing a product to market.

It is defined by ensuring that product continues to deliver value, remain manufacturable, and meet customer expectations long after launch.

At Genesys, we help organisations navigate these challenges through proactive Design Maintenance services, supporting everything from component obsolescence management and redesign activities to software updates, compliance support and ongoing product improvement. Our lifecycle-focused approach helps businesses reduce risk, protect existing investments and ensure products remain reliable, manufacturable and compliant for years to come.

With our current Design Maintenance offering, which includes a complimentary BOM Risk Review, no setup fee and Design Maintenance from AU$1,000 per month, there has never been a better time to take a proactive approach to product lifecycle management.