VEEAM Backup & Replication V12 course / LAB & VMCE questions

Clarifies the differences between full, differential, and incremental backups in Veeam backup and replication v12, and explains how each affects storage, restoration speed, and strategy.

Explain how full, incremental, and differential backups differ in restore speed and storage, noting that incremental needs a prior full backup, and emphasize encryption to protect backups.

Understand forever forward incremental backups, which create one full backup followed by incrementals, merge at the end to save space, and require significant resources during merging.

Discover reverse incremental backups in Veeam Backup & Replication v12: start with a full backup, rebuild the latest full from changed blocks, and manage restore points with retention policies.

Master the 3 to 1 rule with two storage types and an offsite backup to protect data from failures and disasters, while testing to achieve zero backup errors.

The backup server is a Windows-based core component that coordinates backup replication, recovery verification, restores, scheduling, and infrastructure settings, often serving as default backup proxy and backup repository.

Default proxy role resides on the backup server; deploy dedicated proxies for large installations. Proxies distribute VM data retrieval, duplication, compression, and encryption to the backup repository or another proxy.

Learn how a backup repository stores Veeam backups, VM copies, and metadata across Windows or Linux servers, local or attached storage, NAS, object storage, and cloud services.

Explore application-aware processing with VSS to quiesce apps inside a VM during backups, ensuring consistent Exchange, Active Directory, or SQL data and avoiding data loss.

Utilize data compression and deduplication in Veeam backup and replication to reduce network traffic and storage, choosing compression levels from non to extreme and enabling deduplication for similar data blocks.

Learn how one acceleration, using a pair of accelerators on source and target, speeds backup and replication on low bandwidth with network compression, multithreading, dynamic TCP window size, and deduplication.

Explore the simple deployment of vm backup and replication on a single Windows machine, with all services including backup server, default backup proxy, backup repository, and guest interaction proxy.

Adopt advanced deployment to shift backup workloads to dedicated components—backup server as manager, proxies, repositories, and mode servers—enabling horizontal scaling, offsite replication, and high availability.

Distribute deployment federates multiple backup and replication servers under Veeam Backup Enterprise Manager for centralized web management, enabling jobs across the entire infrastructure from a single console and unified licensing.

Understand the hardware, software, and port requirements for Veeam Backup & Replication v12, including 64-bit CPU with 4 cores, 8 GB RAM, 5 GB install, and a 1 Gbps network.

Install Veeam and explore backup and replication in the V12 course, including lab and VMCE questions.

Discover licensing options for Veeam Backup & Replication, including installation of a license key, free community edition, and subscription, perpetual, or rental licenses, plus instance and socket licensing.

Define the retention policy to control how many restore points you retain on disk and how far you can rollback, including short-term and long-term retention such as GFS.

Understand how veeam replication creates a copy of VMware vSphere VMs in native VMware vSphere format on the target, using onsite and offsite scenarios with snapshot integration and compression trade-offs.