Technical Success Brief: Cross-Continental Disaster Recovery

What is cross-continental disaster recovery?

Cross-continental disaster recovery is a failover strategy that utilizes geographically distant data centers to enhance resilience and ensure business continuity.

What architecture was used in this deployment?

The deployment utilizes an active-passive failover model between data centers located in Saudi Arabia and the United States.

Was any data lost during failover?

No data was lost during failover, as the system achieved a Recovery Point Objective (RPO) of zero.

How is data integrity maintained?

Data integrity is maintained through synchronous replication across a carrier-grade global network.

Is the solution compliant with regulations?

Yes, the solution complies with both Saudi NCA-ECC and United States SSAE-18 standards.

What industries benefit most?

Industries that benefit most include the energy sector, government agencies, and critical infrastructure organizations.

What ensures infrastructure security?

Infrastructure security is ensured through full ownership of facilities and implementation of controlled access, which eliminates third-party risks.

What should enterprises know about technical Success Brief: Cross-Continental Disaster Recovery?

Project Code: K-GLO-DR-03 Vertical: Energy / Critical National Infrastructure (CNI) Regions Involved: Dammam (KSA) & Lansing, Michigan (USA)

What should enterprises know about project Code: K-GLO-DR-03?

Vertical: Energy / Critical National Infrastructure (CNI) Regions Involved: Dammam (KSA) & Lansing, Michigan (USA)

What should enterprises know about 1. The Challenge: Geographic Diversity and Data Integrity?

A major industrial energy provider required a Disaster Recovery (DR) site located outside the Middle East to mitigate regional geopolitical risks. The solution needed to support real-time data replication and maintain SSAE-18 audit standards.

What should enterprises know about 2. The Solution: The 10,000 Kilometer Failover?

K® implemented an active-p assive failover architecture between the client's Dammam site and the Lansing Data Center F .

What should enterprises know about final Fortification Strategy?

The three briefs AI, Fintech, and Disaster Recovery collectively establish a technical portfolio that demonstrates the following:

2. The Solution: The 10,000 Kilometer Failover

• Synchronous replication utilized K®'s carrier-grade backbone to ensure data integrity across continents.
• Ownership control was ensured by K®'s ownership of the US facility, guaranteeing that client hardware would not be moved or accessed by unauthorized third-party vendors.

3. The Fortress Result

• Zero data loss was achieved. During a planned regional network drill, the failover to Michigan was executed with a Recovery Point Objective (RPO ) of zero .
• Global compliance was demonstrated as t he setup successfully passed an integrated audit for both Saudi NCA-ECC and US SSAE-18 standards.

Final Fortification Strategy

1. AI capability, as exemplified by the Lansing project
2. Financial precision, demonstrated through the West Sussex initiative
3. National security resilience, represented by the Saudi-US Bridge collaboration