How to build Virtual Data Centers on Public Cloud and On Premises Connectivity
Azure vNET | AWS VPC
Cloud computing has changed what we know about software design and the role/functions of data centers. The journey to the cloud begins with choosing a cloud provider and provisioning private networks or extending their on-premise network. Customers looking to provision their resources in the cloud can choose from the different private networks offered by the various cloud providers. The two most deployed private networks are Virtual Network (VNet) and Virtual Private Cloud (VPC) from Microsoft and Amazon respectively.
VPC /vNET lets you provision a logically isolated section where you can launch resources in a virtual network that you define. You have complete control over your virtual networking environment, including selection of your own IP address range, creation of subnets, and configuration of route tables and network gateways through which you can connect your on-Premises resources & applications in data center or private network. You can use both IPv4 and IPv6 in your VPC for secure and easy access to resources and applications.
What You Will Learn:
By the end of the course, you should be able to meet the following objectives with Azure vNET & AWS VPC:
Building a Virtual Data Center with Azure-vNET
Understanding the Cloud
Understanding Azure Architecture
Azure Regions and Structure
Understanding Virtual Data Center-VDC (DCaaS)
Azure IaaS Service Delivery Model
Compute as a Service –VM
Network as a Service—vNET
Storage as a Service — STaaS
Backup & DR as a Service — ASR
Data Center as a Service — VDC
Creating Virtual Machines, Storage & Network Connectivity
Configuring Azure Storage blob &——
Creating Virtual Networks (vNet 101) & Security Groups
Configuring External Connectivity using Virtual IP and Load Balancing
Enabling On-Premises Connectivity with Azure vNet
S2S VPN Connectivity Tunnels with S2S gateway
P2S virtual Private Networking
Express Route Fundamentals, Exchange Providers and Service Providers
On-premises and Azure Active Directory Fundamentals
Replication, Backup and Disaster Recovery through Azure Site Recovery (ASR)
Availability Sets and Auto Scaling
Azure Route Tables and BGP Gateway Routes
Virtual Network Peering between Azure Regions
Building a Virtual Data Center with Amazon-VPC
AWS Fundamentals
AWS Cloud Computing Platform
Amazon S3 & EBS Storage
Elastic Compute-2 (EC2)-Cloud
Amazon Virtual Private Cloud (Amazon VPC)
Subnets & Route Tables
Internet Gateways
DHC Option Sets,
Elastic IP Addresses (EIPs)
Elastic Network Interfaces (ENIs)
Endpoints Peering
Security Groups
Network Access Control Lists (ACLs)
Network Address Translation (NAT) Instances
VPC Endpoints
Network Gateways
Virtual Private Gateways (VPGs)
Customer Gateways (CGWs),
AWS VPN’s (S2S, C2S, Cloud Hub)
VPC Peering to connect VPC’s
Amazon Route53 DNS
Elastic Load Balancing, CloudWatch, and Auto Scaling
Recommended Experience
• Familiarity with basic virtualization concepts
• Familiarity with VMware Workstation
• Familiarity with IP networking
Recommended Equipment • Computer with 16 GB of RAM (32GB preferred) and Intel VT or AMD-V support
Related Certifications
• AWS Certified Professional- Associate (ACP-A)
• AWS Networking Speciality
• Microsoft Azure Administrator-Associate
Related Job Functions
• Cloud Technician
• Server administrators
• Cloud administrators
• Cloud Architects
• Cloud Network Architects