Issue link: https://iconnect007.uberflip.com/i/1545206
78 SMT007 MAGAZINE I JUNE 2026 A RT I C L E BY RO B RO N A N , R E T RO N I X The first article in this series explored how semiconduc- tor shortages exposed the fragility of global supply chains. But shortages are only one part of a broader challenge. The electronics supply chain has always been complex, but in recent years it has become something else entirely: unpredictable. From pandemic-driven disruptions to geopolitical tensions and sudden demand spikes, manufacturers have been forced to confront the hard truth that traditional sourcing strategies are no longer enough. Resilience is now the priority, and increas- ingly, that resilience is being built not just through diversification and forecasting, but through a smart- er approach to electronic components themselves. The Perfect Storm of Supply Chain Challenges Several structural weaknesses in the electron- ics ecosystem persist. Component shortages are longer-lasting, with lead times stretching from weeks into months or even years for certain semiconductors. Obsolescence has accelerated as product lifecycles shrink, leaving manufacturers scrambling to support legacy systems with dwin- dling component availability. Secured sourcing has become critical in indus- tries such as aerospace, defense, and medical, where traceability and authenticity are non-negotiable. Price vola- tility has made budgeting difficult, with spot market pricing often detached from historical norms. Excess and waste remain persistent is- sues, as companies overbuy to hedge against uncertainty, only to be left with sur- plus inventory later. Individually, these chal- lenges are manageable. Together, they create a land- scape where agility and innova- tion are essential. Beyond Traditional Procurement Historically, procurement strategies have focused on securing new components through authorised distribution channels. While this remains important, it is no longer sufficient on its own. Independent distribution has helped bridge gaps, but it also introduces risks. As a result, many organisations are looking for alternatives that offer both reliability and certainty. This is where electronic component recovery en- ters the conversation. At its core, component recovery is about extracting usable, high-quality components from existing assemblies, whether from excess stock, decommissioned equipment, or manufacturing surplus, and returning them to the supply chain. While the concept is not new, its relevance has RETHINKING RESILIENCE How Electronic Component Recovery Is Reshaping the Supply Chain