Veeam Backup & Replication V11: Architecture and Design

LiveOnLine Certifiant
  • Référence : VBRv11AD
  • Durée : 2 jours (14 heures)
  • Certification : VMCA
  • Eligible CPF : Non

CONNAISSANCES PREALABLES

  • Ideally VMCE certified, attendees should have extensive commercial experience with Veeam and a broad sphere of technical knowledge of servers, storage, networks, virtualization and cloud environments

PROFIL DES STAGIAIRES

  • Senior Engineers and Architects responsible for creating architectures for Veeam environments

OBJECTIFS

  • Design and architect a Veeam solution in a real-world environment
  • Describe best practices, review an existing infrastructure and assess business/project requirements
  • Identify relevant infrastructure metrics and perform component (storage, CPU, memory) quantity sizing
  • Provide implementation and testing guidelines in line with designs
  • Innovatively address design challenges and pain points, matching appropriate Veeam Backup & Replication features with requirements

METHODES PEDAGOGIQUES

  • 6 à 12 personnes maximum par cours, 1 poste de travail par stagiaire
  • Remise d’une documentation pédagogique papier ou numérique pendant le stage
  • La formation est constituée d’apports théoriques, d’exercices pratiques et de réflexions

METHODES D'EVALUATION DES ACQUIS

  • Auto-évaluation des acquis par le stagiaire via un questionnaire
  • Attestation de fin de stage adressée avec la facture

FORMATEUR

Consultant-Formateur expert Veeam

CONTENU DU COURS

1 - Introduction

  • Review the architecture principles
  • Explore what a successful architecture looks like
  • Review Veeam’s architecture methodology

2 - Discovery

  • Analyze the existing environment
  • Uncover relevant infrastructure metrics
  • Uncover assumptions and risks
  • Identify complexity in the environment

3 - Conceptual design

  • Review scenario and data from discovery phase
  • Identify logical groups of objects that will share resources based on requirements
  • Create a set of detailed tables of business and technical requirements, constraints, assumptions and risks
  • Review infrastructure data with each product component in mind
  • Create high level design and data flow

4 - Logical design

  • Match critical components and features of VBR with requirements
  • Create logical groupings
  • Determine location of components and relationship to logical grouping
  • Aggregate totals of component resources needed per logical grouping
  • Calculate component (storage, CPU, memory) quantity sizing

5 - Physical/tangible design

  • Convert the logical design into a physical design
  • Physical hardware sizing
  • Create a list of physical Veeam backup components

6 - Implementation and Governance

  • Review physical design and implantation plan
  • Review Veeam deployment hardening
  • Describe the architect’s obligations to the implementation team
  • Provide guidance on implementation specifics that relate to the design

7 - Validation and Iteration

  • Provide framework for how to test the design
  • Further develop the design according to a modification scenario