Manage cookies
This site uses cookies to collect information about your browsing activities in order to provide you with more relevant content and promotional materials, and help us understand your interests and enhance the site. Visit our cookie policy to learn more.
Manage cookies
Cookie Settings
Cookies necessary for the correct operation of the site are always enabled.
Other cookies are configurable.
Essential cookies
Always On. These cookies are essential so that you can use the website and use its functions. They cannot be turned off. They're set in response to requests made by you, such as setting your privacy preferences, logging in or filling in forms.
Analytics cookies
Disabled
These cookies collect information to help us understand how our Websites are being used or how effective our marketing campaigns are, or to help us customise our Websites for you. See a list of the analytics cookies we use here.
Advertising cookies
Disabled
These cookies provide advertising companies with information about your online activity to help them deliver more relevant online advertising to you or to limit how many times you see an ad. This information may be shared with other advertising companies. See a list of the advertising cookies we use here.
Technology and Global Distribution Case Study | Resilience Guard
Home  ›  Insights  ›  Case studies  ›  Technology and telecoms
Case study · Technology and telecoms

Cyber and operational resilience for a global technology solutions and distribution group

Systemic resilience across global distribution, supplier ecosystems and cyber disruption exposure, where interruption cascades into client industries.

Practitioner led since 2014 Led by John Zeppos, Founder and Group Managing Director DRI Accredited training provider Three BCI Global Awards 16+ EU Horizon research projects Trusted to train 3 of the Big Four
SectorTechnology and distribution
FootprintEurope, Middle East and international
FrameworksISO 22301, NIS2 and DORA context
FocusSystemic supply capability

Business context: technology disruption becomes systemic disruption

Continuity risk is amplified because disruption propagates downstream across client ecosystems:

  • High volume distribution networks supporting critical industries.
  • Complex supplier ecosystems and logistics provider reliance.
  • Increasing cyber exposure across customer and operational platforms.
  • Growing expectations from regulated clients under NIS2 and DORA related demands.
  • Multicultural operations requiring unified governance across regions.
How can global technology operations remain resilient under both cyber disruption and supply chain interruption across all markets?

The situation

Strong operational teams existed, but resilience maturity was uneven across business regions:

  • Inconsistent recovery objectives across distribution hubs.
  • Limited integration between cyber disruption recovery and operational continuity.
  • Supplier interruption risk not formally embedded into continuity governance.
  • No unified resilience measurement across international operations.
  • Enterprise customer assurance expectations rising rapidly, especially from regulated sectors.

How the engagement was built

Engagement architecture: Cyber and operational resilience for a global technology solutions and distribution groupExecutive assurance and crisis governance01Critical service anddistributionpriority definition02Cyber disruption andoperationalcontinuity...03Supplier ecosystemcontinuitygovernance04Unified measurementand client assuranceISO 22301 aligned business impact analysis and evidence base
The engagement architecture: governance above, sector-specific pillars, an ISO 22301 evidence base beneath.

01Critical service and distribution priority definition

With leadership we defined the fulfilment operations, platforms and supplier dependencies that protect systemic supply capability, with recovery objectives grounded in client impact.

02Cyber disruption and operational continuity integration

Cyber recovery integrated into operational continuity sequencing and crisis command, so a platform compromise is handled as a supply event, not an IT ticket.

03Supplier ecosystem continuity governance

Supplier interruption risk embedded into continuity governance with tested alternatives across the logistics and distribution network.

04Unified measurement and client assurance

One resilience maturity model across regions, producing the evidence enterprise and regulated customers increasingly demand.

What programmes of this maturity deliver

Consistent with the firm's experience across the sector, high maturity programmes of this kind typically achieve:

Typical outcome ranges of high maturity programmes0%50%100%Faster recovery capability30 to 50%
Typical ranges across comparable high maturity programmes, not a single client claim.
  • Stronger supplier continuity oversight.
  • Improved enterprise customer assurance readiness.
  • Enhanced resilience maturity across multinational operations.
Frequently asked questions: Technology distribution resilience
How does ISO 22301 apply to technology distribution?

It ensures critical fulfilment operations, supplier dependencies and service delivery priorities are defined, measurable and auditable across regions.

Why is resilience in technology supply ecosystems increasingly critical?

Technology disruption cascades across client industries. Continuity must protect systemic supply capability, not only internal operations.

How do cyber incidents affect technology continuity?

Cyber disruption can interrupt distribution platforms, enterprise services and supplier connected ecosystems. Effective resilience integrates cyber recovery into operational continuity sequencing and crisis command governance.

Related
Start the conversation

Put this capability behind your operations.

A confidential conversation with a senior practitioner who has delivered in your sector. We respond within 24 hours.

Book a consultation
All consultations are treated with strict confidentiality.