Electronic Supply Chain Teams

Every part. Five years out.

Z2 scores obsolescence, single-source, and compliance risk on every line of your BOM — cheap to fix at design, monitored continuously through production. One 1B+ component database, no reconciliation.

Exploded technical illustration of a multi-layer printed circuit board assembly showing the full component stack of an electronics bill of materials
1B+ Components tracked
200K+ Manufacturing sites mapped
10K+ PCNs monitored monthly
105+ Regulations covered

The Challenge

A BOM that was healthy at launch isn’t healthy at 18 months.

Hundreds of thousands of parts go obsolete every year. Many carry no formal PCN — your team finds out when stock runs dry, not when the decision was made.

By then the cheap fixes are gone. A last-time buy ties up cash, an emergency redesign runs $46,000+ per board spin, and qualifying a form-fit-function alternate takes weeks you don’t have.

Reactive obsolescence

~150,000 components reach end-of-life every year. When you learn of it after the fact, there’s no time to qualify a replacement before stockout — only expensive options left.

Single-source exposure

A part sourced from one supplier at one site looks fine until that site goes down. Sourcing dependency codes flag SSS and SSM parts before a disruption forces the issue.

Scattered data

Pricing, part data, compliance, and risk live in separate tools, reconciled by hand. Z2 reads them off one database, so every BOM line carries lifecycle, sourcing, and compliance in a single view.

Four tools.
One component layer.

Each covers a different layer of part and BOM risk, all built on the same data.

Deep Dive

One number tells you
if the BOM is healthy.

The BOM Health Score grades every line 0–100 across six dimensions: obsolescence, compliance, market availability, technology, multi-sourcing, and supplier risk. Upload a BOM in any format — auto column-mapping populates it in seconds, and version history compares risk across revisions so you see whether the last spin made the board more resilient or less.

See Part Risk Manager
Lowest health · Single-source
TPS54331DR
Texas Instruments · Step-down converter · NRND, sole site
31
Health
38 wk
Lead time
2
Alternates
Power-Board Rev C · 412 lines 17 flagged
TPS54331DR
Step-down converter · NRND
31
GRM188R71C104KA01
MLCC 0.1µF · multi-source
88
STM32F405RGT6
MCU · active
74

Capabilities

From design lock to production, continuously watched.

Lifecycle forecasting

90% historical forecast accuracy on component lifecycles, built on the Sandborn/CALCE methodology from the University of Maryland and refined by Z2. See NRND and end-of-life coming while alternates are still cheap.

Formal and informal PCN detection

Many end-of-life events never get a formal PCN. Z2 captured 82,221 lifecycle changes in a single year that arrived with no notice at all — deduped, prioritized P0–P7, and tied to a mitigation path.

Pre-mapped alternates

A/B/C form-fit-function cross-references sit ready on every part. When a component discontinues, the qualified alternate is already there — no weeks of manual searching.

Sourcing dependency codes

Every part is tagged MMM, SSS, or SSM, so single-supplier and single-site exposure is visible on the BOM before a disruption makes it visible the hard way.

Live distributor inventory

Pricing and availability from 10,000+ distributors, attached to each MPN. Check stock and lead times against your alternates without leaving the BOM.

Mitigation strategies

For every at-risk part, Z2 surfaces the play — bridge buy, last-time buy, or cross-reference — with the inventory and pricing data to act on it now.

Site disrupted
Kaohsiung Fab 2
Taiwan · ON Semiconductor
18
Resilience / 100
6
MPNs from this site
Products exposed Revenue
Inverter X400 $8.4M
Drive Module M2 $3.1M
Sensor Hub S1 $1.6M
Total at risk $13.1M

Deep Dive

What a single part outage
costs you downstream.

Component-to-site mapping traces every MPN to its manufacturing locations, then scores each site 0–100 for resilience. When a disruption hits a site, Z2 follows the part through to the finished products that depend on it and quantifies the revenue at risk — so you triage by business exposure, not by gut feel.

See Supply Chain Watch

Use Cases

One platform,
every seat at the table.

Component Engineering

Pick parts that survive the program

See lifecycle status, forecast, and qualified alternates during NPI — before a part is locked into a multi-year build with no easy substitute.

Commodity & Sourcing

Qualify alternates before you need them

Pre-mapped A/B/C crosses, distributor pricing, and country-of-origin for tariff exposure — so alternate qualification isn’t a fire drill.

Supply Chain & Production

React to early warnings, not stockouts

Continuous BOM monitoring flags degrading parts months ahead, so you respond to a signal instead of an empty bin and a stopped line.

Product Compliance

Submission-ready evidence from part data

RoHS, REACH, PFAS, and conflict minerals roll up from MPN to BOM with FMD and CoC evidence — declarations built from the same data, not reassembled by hand.

Why Z2

Catch it at design,
when it’s still cheap to fix.

The cost of an obsolescence problem climbs the longer it hides. Caught during design, an alternate is a line-item swap. Caught in production, it’s a $46,000+ redesign spin or a stalled line. Z2 moves the catch upstream and keeps watching every BOM after launch.

$46,000+ Cost of a single emergency board redesign spin
82,221 Lifecycle changes captured in one year with no PCN issued
90% Historical accuracy of Z2’s component lifecycle forecast

There are many pitfalls in supply chains now; you can run into a discontinued component and regularly see delays. Z2Data fills a critical gap for our purchasing, helping us build a more robust supply chain model on the inflow side, so we don’t end up with stoppages.

GET STARTED

See what’s hiding in your BOM.

Upload a BOM in any format and get a free risk report — health scores, obsolescence flags, and alternates across every line.