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by Metrotechs · Dallas · Est. 2012
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Electronics

Component obsolescence waits for no one.

Electronics manufacturers face lifecycle volatility, supply chain risk, and SKU proliferation that punish slow systems. The companies that stay ahead of the supply chain are the ones whose operations are built on accurate, live component data — not quarterly BOM reviews.

3–5xWhat reactive EOL component management costs compared to proactive lifecycle tracking.
The Challenges
3–5x
cost of reactive vs. proactive EOL management

Discovering end-of-life components mid-production

When lifecycle status isn't integrated into the ERP, the first signal that a component is end-of-life is often a purchase order that can't be fulfilled. Reactive EOL management costs 3–5x what proactive management does.

23%
of electronics quality escapes trace back to BOM errors

BOMs that drift from reality

Approved vendor lists, substitution rules, and revision levels maintained outside the ERP mean production is periodically working from information that's out of date. Engineering change orders that don't propagate create quality escapes downstream.

40%
of NPI projects miss their initial launch date

New product introduction timelines that slip

When NPI workflows depend on manual handoffs between engineering, procurement, and production, schedule slippage is the norm. The market window doesn't wait for internal coordination failures.

What Changes

Component risk is visible before it becomes a production problem

When lifecycle status, lead time data, and supply risk scores run through your ERP, procurement and engineering can see end-of-life exposure across the entire product portfolio months before it affects a production run. The conversation changes from "we need this now" to "we knew this was coming."

BOM changes propagate correctly the first time

When engineering change orders flow through a system instead of email and spreadsheets, the right revision reaches procurement, production, and quality simultaneously. The rework and quality escapes that come from acting on stale data drop significantly.

NPI timelines compress

Automated handoffs between engineering, procurement, and production scheduling mean new product introductions move faster. When the workflow is governed by the system rather than by coordination between people, schedule slippage becomes the exception rather than the norm.

Supply chain risk becomes a managed variable

AI-assisted demand forecasting, price trend monitoring, and supply risk scoring give procurement a picture of what's coming — not just what's happening now. The companies that manage supply chain volatility best tend to be the ones who saw it earliest.

Built For
  • Electronics manufacturers and contract manufacturers
  • Companies managing large, complex component portfolios
  • Organizations launching new products with multi-function coordination requirements
  • Businesses where supply chain volatility creates recurring production risk
How We Engage
01

Assess BOM quality and lifecycle exposure

We evaluate your BOM completeness, lifecycle status coverage, substitution rule depth, and the degree to which engineering change orders propagate correctly. We quantify current EOL exposure across your active product portfolio.

BOM accuracy assessmentEOL exposure analysisECO propagation audit
02

Design the component management model

We define how lifecycle tracking, substitution rules, NPI workflows, and obsolescence alerting will operate inside your ERP — before any configuration begins. The model specifies what automates and what requires human decision.

Component lifecycle designNPI workflow architectureERP integration mapping
03

Govern delivery against the design

We manage implementation against the agreed model, validating each phase against the BOM accuracy and NPI cycle time benchmarks from the assessment. Scope drift is caught early.

Phased delivery governanceBOM accuracy validationTeam enablement
Launchpad Assessment Areas

BOM Accuracy Assessment

Evaluates BOM completeness, lifecycle status coverage, and substitution rule depth across your active product portfolio. Identifies the specific gaps that create production surprises and quality escapes.

Obsolescence Exposure Analysis

Quantifies your current exposure to end-of-life components across all active products and calculates the cost difference between your current reactive posture and a proactive management model.

NPI Cycle Time Analysis

Benchmarks your new product introduction cycle time against industry standards and identifies the process and data bottlenecks that are slowing time-to-market.

Every engagement starts with an assessment.

Before we recommend anything, we quantify the cost of your current state. The assessment tells you what the problem is worth — and whether solving it makes sense.

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