breaching its contractual obligations to employees, loss of employee morale, and potential resignations.
In the event of unavailability of systems, e.g. Oracle, the Service Recipient will omit journalisation of payroll balances until the system becomes available, and make payroll payments to employees manually, making commercially reasonable efforts to ensure employees receive payroll on-time. The Service Provider will maintain payroll records off-system until service is restored, at which point the Service Provider will enter data maintained off-system during the outage back into the relevant system.
If the service is disrupted due to a shortage of staff, the Service Recipient will make commercially reasonable efforts to ensure employees receive payroll on-time. The Service Provider will redeploy staff from elsewhere within the Finance function to manage payroll processing or hire an FTC available at immediate notice to perform the activity.
The core shared infrastructure provided to the Service Recipient includes several layers of resilience to ensure continuity of their systems, data and processes.
The core environment is based on a hybrid cloud model. The physical data centres are geographically diverse and feature physical security controls, redundant power and environmental controls, and real time environmental monitoring. The cloud-based data centre uses a Microsoft Azure tenancy.
The servers to be used by the Service Recipient will use a virtualization model. Virtual servers will be created on virtualization hosts in the physical data centres or in the Azure tenancy. These servers can be transferred between hosts easily. Designated production servers are replicated in near real time to a disaster recovery data centre in the using Microsoft’s Azure Site Replication. Designated servers will also be backed up nightly to a local backup appliance and ultimately to a cloud-based backup service.
Data on the file servers of the Service Recipient will also enjoy additional protection. Shadow copies will be available to recover recent versions of user files. Data on the file servers will be replicated in real time between the geographically diverse physical data centres to provide additional redundancy.
In the event of a failure to the data centres, servers or data, there are several options to continue operations.Should a user lose some data, it can be recovered from a shadow copy, a local backup, a cloud-based backup, or the disaster recovery data centre. Should a server fail, it can be spun up on another host in the same data centre, a host in a different data centre, recovered from a local or nightly backup, or brought up in the disaster recovery data centre. Should an
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