The webinar focuses on networking aspects of Microsoft Azure:
- Geographies, regions and availability zones
- High availability in Azure
- Azure virtual networks
- Private and public addressing
- Packet forwarding in Azure
- Network security
- Internet access and NAT
- VPN connectivity and direct connectivity to on-premises infrastructure (ExpressRoute)
- Provisioning and orchestration
Virtual Networks
- Virtual Network address prefixes and subnets
- IPv4 subnet addressing
- IPv6 support
- Packet forwarding in Azure virtual networks
- User-defined routes and service chaining
- BGP routing with Virtual Network Gateway
- Azure Route Server
Addressing
- Internal and external addresses
- Multiple IP addresses per VM instance
- Public IP addresses
- Using IPv6
- DNS and DHCP
Security
- Network and Application Security groups
- Network security monitoring and troubleshooting
- Network Virtual Appliances
- Virtual Network TAP
- Web Application Firewall (upcoming)
Beyond a single virtual network
- Internet access and NAT
- Virtual network peering
- Virtual Network Gateways (VNG)
- Site-to-Site and Remote Access VPN connectivity
- VPN high availability
- ExpressRoute
Azure Virtual WAN and Virtual Hubs
- Azure Virtual WAN and Virtual Hubs Overview
- Virtual Hub Routing
- Multi-Region Routing
- Simple connectivity scenarios
- Complex connectivity scenarios, including shared services, hub-and-spoke connectivity and network appliances
- Using Azure Firewall in Secure Virtual Hub
- Third-party appliances within Virtual Hubs
Load Balancing
- Azure Load Balancer (transparent L4 load balancing)
- Cross-Region Azure Load Balancer (global L4 load balancing)
- Azure Application Gateway (web traffic load balancing – reverse HTTP proxy)
- Azure Traffic Manager (DNS-based load balancing)
- Azure Front Door (global web traffic load balancing)
- Azure CDN (global HTTP content delivery network)
Simple deployment scenarios
- Simple web service
- Scale-out web service with load balancing
- Multi-tier service with load balancing
- Private and public subnets
- Bring-your-own firewall
- Inspection of intra-VNet traffic
- High-availability hybrid cloud
Automating Azure deployments
- Infrastructure-as-Code principles applied to cloud deployments
- Using Resource Manager
- Third party tools: Ansible and Terraform
After this webinar you’ll be able to:
- Map network infrastructure requirements into Azure concepts and objects
- Design complex Azure networking infrastructure
- Design security, Internet access and inbound load balancing for Azure workloads
- Build hybrid clouds by connecting Azure workloads with external networks
This webinar targets architects and designers who are planning, designing or building networking infrastructure within Microsoft Azure, or connecting Azure workloads with on-premises data centers.
It will also help server, virtualization, security and networking engineers understand the advantages and limitations of Azure virtual networks and related security and load balancing solutions.
Ivan Pepelnjak, CCIE#1354 Emeritus, is an independent network architect, book author, blogger and regular speaker at industry events like Interop, RIPE and regional NOG meetings. He has been designing and implementing large-scale service provider and enterprise networks since 1990, and is currently using his expertise to help multinational enterprises and large cloud- and service providers design next-generation data center and cloud infrastructure using Software-Defined Networking (SDN) and Network Function Virtualization (NFV) approaches and technologies.
Ivan is the author of several books covering data center technologies, highly praised webinars, and dozens of data center and cloud-related technical articles published on his blog.
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