Detailed project case study
Disaster Recovery & Geo-Separated Failover Design
A resilient continuity approach using geo-separated virtualised environments, hybrid infrastructure and network failover planning.
Designed a geo-separated failover and disaster recovery approach to protect availability, reduce operational risk and strengthen business continuity.
Context
Critical services depended on infrastructure whose recovery paths, geographic separation and ownership needed to be clearer and more dependable.
My mandate
Designed a geo-separated failover and disaster recovery approach to protect availability, reduce operational risk and strengthen business continuity.
Scope
- Enterprise infrastructure
- Cloud & Infrastructure
- simplehuman
Selected technologies
Key decisions
- Mapped critical services, dependencies, recovery paths and operational ownership.
What the team delivered
- Designed geo-separated virtualised environments across hybrid and physical hosts.
- Improved network failover planning, recovery documentation and continuity testing.
Outcome
- Improved resilience across critical business services.
- Reduced ambiguity in recovery responsibilities and procedures.
- Strengthened business continuity through clearer failover patterns.
Evidence
Public details are limited to the operational record and outcomes that can be discussed safely. Supporting evidence is available in interview where appropriate.
What this demonstrates
Resilience is an operating capability, not a backup product. The design connected infrastructure, people, recovery procedures and business priorities.