Every engineering and procurement leader knows the feeling. A design is locked, production timelines are set, and then a component availability issue surfaces that forces a scramble. The redesign triggers weeks of delay. The qualification cycle restarts. Costs climb. And somewhere in the postmortem, someone asks the question no one wants to answer: could we have seen this coming?
For most organizations, the answer is yes. But the tools and workflows in place today were never built to deliver that kind of foresight.
A recent independent survey of nearly 500 engineering, procurement, quality assurance, and supply chain professionals, conducted by Fuld & Company in February 2026, paints a detailed picture of what teams are actually experiencing across aerospace and defense, electronics, automotive, medical devices, and industrial manufacturing. The findings are not theoretical. They reflect the daily reality of professionals managing BOMs, sourcing components, tracking compliance, and trying to make good decisions with incomplete information.
The numbers tell a story that most leaders already feel in their operations, even if they have not quantified it.
The time drain is staggering
The survey found that 77% of respondents spend five or more hours per week reading datasheets and comparing component alternatives. That is not five hours spent designing or innovating. That is five hours of manual research, cross-referencing PDFs, and toggling between disconnected tools to answer basic questions about availability, pricing, and specifications.
And datasheet research is only one piece of it. Nearly half of respondents spend more than 11 hours per week manually transferring data across CAD, PLM, and ERP systems. The engineering workflow in most organizations is held together by manual handoffs, copy-paste routines, and tribal knowledge about which spreadsheet has the latest data.
This is not a minor inefficiency. These are hundreds of hours per team per year spent on work that adds no strategic value, time that could be redirected toward design optimization, supplier qualification, or getting to market faster.
Design rework keeps compounding
When teams lack real-time visibility into component feasibility during the design phase, problems surface after the design freeze, when changes are most expensive. The survey confirmed that nearly half of all design teams are routinely reworking locked designs because the parts they specified are no longer available or viable.
The financial impact is substantial. 85% of respondents report facing design rework costs of up to $250K. For organizations running multiple design programs in parallel, those costs multiply quickly. And they extend beyond dollars. Every post-freeze change adds weeks to the timeline, restarts qualification processes, and introduces new risk into programs that were supposed to be on track.
Reactive decisions carry a price tag
Supply chain disruptions are no longer rare events. They have become a recurring feature of the operating environment, driven by geopolitical instability, regulatory shifts, supplier consolidation, and demand volatility. Yet most organizations still operate in a reactive posture.
The survey found that the majority of respondents lack four or more months of visibility into component obsolescence, pricing trends, and supply shifts. Without that forward-looking window, teams are left responding to problems after they hit, negotiating from a position of weakness, and absorbing costs that were avoidable.
How much does that reactivity cost? For 72% of respondents, the annual cost of reactive decisions is upwards of $50K. That figure accounts for expedited fees, emergency sourcing, production delays, and the downstream effects on delivery schedules. For larger organizations with complex BOMs and long product lifecycles, the true cost is almost certainly higher.
Compliance gaps create outsized risk
Regulatory compliance in electronic component selection is not optional, particularly in aerospace and defense, medical devices, and automotive. Yet the survey revealed that 62% of respondents discover compliance violations post-design, at a stage when remediation is significantly more expensive and disruptive than catching the issue during the design phase.
This is not a failure of intent; Engineering teams care about compliance. The gap is in the tooling. When compliance data lives in separate systems, requires manual lookups, and is not embedded in the design workflow, violations slip through. And when they are discovered late, the cost includes redesign, re-qualification, potential regulatory action, and reputational risk that is difficult to quantify.
The real cost is what you are not doing
The statistics above describe direct, measurable losses. But the deeper cost of inaction is in the opportunities that never materialize. When engineers spend their weeks on manual data extraction instead of design optimization, when procurement teams are stuck reacting to shortages instead of building resilient supply strategies, and when quality teams are catching compliance issues after the fact instead of preventing them, the entire organization is operating below its potential.
The survey data makes clear that these are not edge cases. They represent the norm for a significant majority of organizations across industries. The scale of manual effort, the frequency of avoidable rework, and the cost of reactive decision-making all point to the same conclusion: the status quo carries a measurable and ongoing financial penalty.
What teams can do now to gain early visibility
The data paints a clear picture of the problem. The next question is what engineering, procurement, compliance, and operations teams can do today to move from reactive to proactive. Below are practical steps each function can take to start building supply chain visibility before the next disruption hits.
Engineering teams should prioritize embedding component feasibility checks earlier in the design process. Rather than selecting parts based on specifications alone and discovering availability gaps after the design freeze, engineers can use supply chain intelligence tools to validate component availability, lifecycle status, and compliance standing during the conceptual design phase. This eliminates the most expensive category of rework: post-freeze redesigns driven by parts that were never viable for production.
Procurement and sourcing teams should move beyond reactive spot-buying and invest in predictive analytics for pricing, lead times, and supply trends. With forward-looking data, procurement leaders can negotiate from a position of strength, lock in favorable pricing windows, and build approved vendor lists that account for geopolitical concentration risk. Closing that gap is the single highest-leverage move procurement can make.
Compliance and quality assurance teams should push for compliance validation to be embedded directly into the design and sourcing workflow, rather than treated as a downstream checkpoint. When compliance screening happens in real time during component selection, the 62% of teams discovering violations post-design can catch those issues at a fraction of the cost. For teams operating in aerospace and defense or medical devices, where regulatory exposure carries significant financial and legal consequences, this shift is especially urgent.
Supply chain and operations leaders should focus on building a unified view of risk across their component base. That means connecting BOM data with real-time intelligence on supplier health, geopolitical exposure, obsolescence forecasts, and regulatory changes. Organizations that invest in this kind of continuous monitoring can prevent supply chain disruption by up to 80%, turning what was previously a crisis response into a managed, predictable process.
Across all of these functions, the common thread is the same: the tools and workflows designed for a simpler era are no longer sufficient. The complexity of today’s electronic component landscape demands an intelligence-driven approach that gives every stakeholder access to the data they need, when they need it, inside the workflows they already use.
The compounding cost of waiting
The cost of inaction is not a one-time hit. It compounds with every design cycle, every post-freeze change, every compliance gap discovered too late. And for organizations competing on speed, quality, and cost in regulated industries, that compounding effect is a competitive liability they can no longer afford to carry.
The path forward starts with visibility.
See how Accuris Supply Chain Intelligence gives engineering, procurement, and supply chain teams the early warning system they need.
This analysis is based on findings from an independent survey of 439 professionals conducted by Fuld & Company in March 2026, spanning aerospace and defense, electronics, automotive, medical devices, and industrial manufacturing.
