製品機能

Site Resilience Score for Every Manufacturing Site

A predictive 0 to 100 score showing how likely each site in your supply chain is to withstand a disruption, before it happens.

概要

Site Resilience Score turns scattered geographic risk into a single number for every manufacturing location you depend on. Each site is rated 0 to 100, where higher means more resilient and a low score flags real exposure to act on. Z2 builds the score from country, city, and site-level factors, so you can compare facilities, prioritize the most vulnerable, and brief leadership without researching each location by hand.

Spot your weakest sites first

One score, layered risk factors

Most teams know roughly where their parts are made, but not how risky those locations are. Site Resilience Score combines three layers into a single 0 to 100 figure: country variables like political stability, inflation, and labor; city factors like power reliability and disaster vulnerability; and each facility's own incident history. It reflects the determinants that drive site risk, including disaster exposure, crime, terrorism, and country stability. Refined over nearly a decade, the score stays grounded in real disruption patterns rather than generic country ratings, so a low score points to a site that genuinely deserves attention.

SITE RESILIENCE SCORE
41
/ 100
High exposure
Country stability 55
Natural disaster 29
Crime & terrorism 44

Find your weakest sites first

A consistent 0 to 100 scale lets you rank every facility on the same terms. Sort by resilience and route mitigation to the locations most likely to fail you, making the score a practical triage tool for procurement, sourcing, and continuity teams working through long supplier lists. Scores apply across more than 100,000 manufacturing sites worldwide, covering fabs, assembly, test, system assembly, warehouse, and distribution, so whether a part comes from a tier 1 supplier or a sub-tier facility you just mapped, you get a comparable read.

WEAKEST SITES FIRST
SiteResilienceType
Kaohsiung, TW41 · HighFab
Cebu, PH53 · ElevatedAssembly
Penang, MY68 · ModerateTest
Guadalajara, MX79 · StableSystem
Dresden, DE86 · StableFab

Built into Supply Chain Watch

Site Resilience Score lives inside Supply Chain Watch alongside part-to-site mapping and event monitoring, so a site's score is always tied to the parts you buy from it. Click a site on the map and you see its resilience score next to the MPNs produced there. When event monitoring flags a disruption, you already know which low-resilience sites carry your critical parts, so you can move straight to contacting a manufacturer or qualifying an alternate source instead of starting analysis from scratch.

PARTS AT THIS SITE
Kaohsiung, Taiwan
Resilience 41 · 3 critical MPNs
STM32F407VGT6 Critical
GRM188R71H104K Single source
CL10B104KB8NNNC Alt qualified

機能

Supply Chain Watch

Site Resilience ScoreはZ2DataのSupply Chain Watchに搭載された機能の一つであり、real-time monitoring of disruptive events mapped to your parts and manufacturing sites, so you act before a disruption reaches your line.

Supply Chain Watchを詳しく見る →

よくあるご質問

What does a high Site Resilience Score mean?

The score runs 0 to 100, and a higher number means a site is more resilient and less likely to suffer a disruption. A low score signals real exposure that warrants closer review or a sourcing alternative. The scale is consistent across sites, so you can compare directly.

What factors go into the score?

Three layers: country variables like political stability and inflation, city factors like power reliability and disaster vulnerability, and each site's incident history. It captures disaster, crime, terrorism, and country stability risk, in a model refined over nearly a decade.

How many sites does the score cover?

Scoring covers more than 100,000 manufacturing sites worldwide, spanning fabs, assembly, test, system assembly, warehouse, and distribution. That extends to sub-tier locations mapped through Supply Chain Watch, not just your direct suppliers.

Score every site before a disruption hits.