Scenario 1 You have a customer with a large IBM Lotus Domino environment. The
customer is in the process of migrating from a UNIX to a Microsoft Windows infrastructure.
As part of this process, they are going to perform a refresh of the hardware and software
that Domino is running on. In addition, they will migrate all client backups to a new EMC
NetWorker environment. The new backup environment consists of a NetWorker server and

two storage nodes running on Windows 2008. The Domino environment consists of a single
server running two instances of Domino. The total amount of data that needs to be backed
up is approximately 900 GB. The Domino server will have connections to both the SAN and
the LAN. They would like to perform hot backups of the databases using the NMDA but are
leaving specific design decisions to you. Additionally, the customer would like to send all
data to disk for onsite backups and clone the first full backup of the year to tape for
long-term offsite retention. The backup target infrastructure consists of a single Quantum
i2000 tape library with six LTO-4 tape drives in addition to two EMC Data Domain 890s.
One Data Domain will be located at their primary site. The second Data Domain is at the
disaster recovery (DR) site as a replication target for the first. One of the customer’s major
concerns is the backup speed of the Domino environment. They are interested in any best
practices they can implement to improve backup performance at the Domino level.
Furthermore, they are looking for guidance in using NMDA to backup the data and leverage
their backup infrastructure in the most efficient way. Refer to Scenario 1. Following a full
backup of both Domino instances on the server, at which level of granularity can data be
recovered from this backup?

A.
Database, transaction logs, and DAOS

B.
Database, document, and DAOS

C.
Database and document only

D.
Database and DAOS only