AWS (Amazon Web Services), Azure (Microsoft Azure), and GCP (Google Cloud Platform) with a focus on networking capabilities:
==>>Networking Services:
AWS: Virtual Private Cloud (VPC), Elastic Load Balancer (ELB), Amazon Route 53 (DNS), AWS Direct Connect, AWS PrivateLink, AWS Transit Gateway, AWS Global Accelerator.
Azure: Virtual Network (VNet), Load Balancer, Azure DNS, ExpressRoute, Private Link, Azure Virtual WAN, Azure Front Door, Azure Traffic Manager.
GCP: Virtual Private Cloud (VPC), Load Balancing, Cloud DNS, Cloud Interconnect, Cloud VPN, Cloud Router, Global Load Balancer, Traffic Director.
==>>Network Connectivity:
AWS: Offers robust connectivity options through AWS Direct Connect (dedicated private network connection), VPN connections, and Transit Gateway for connecting multiple VPCs.
Azure: Provides connectivity options like ExpressRoute (dedicated private network connection), VPN Gateway, and Virtual WAN for connecting distributed networks.
GCP: Offers Cloud Interconnect (dedicated private network connection), Cloud VPN, and Dedicated Interconnect for connecting on-premises networks to GCP.
==>>Load Balancing:
AWS: Elastic Load Balancer (ELB) includes Classic Load Balancer, Application Load Balancer (ALB), and Network Load Balancer (NLB) to distribute traffic across instances.
Azure: Load Balancer provides both internal and external load balancing options, along with the Azure Application Gateway for layer 7 load balancing.
GCP: Load Balancing offers HTTP(S) Load Balancing for global load balancing, Network Load Balancing for layer 4 load balancing, and Internal Load Balancing for internal traffic distribution.
==>>DNS Services:
AWS: Amazon Route 53 provides highly available and scalable DNS web services.
Azure: Azure DNS offers domain hosting, management, and DNS resolution services.
GCP: Cloud DNS provides a reliable and scalable domain name system with low latency and high availability.
==>>Hybrid Networking:
AWS: Provides services like AWS Direct Connect, VPN connections, and Transit Gateway to connect on-premises networks with AWS resources.
Azure: Offers ExpressRoute for dedicated private connectivity between on-premises networks and Azure.
GCP: Provides options like Cloud VPN, Dedicated Interconnect, and Cloud Interconnect for connecting on-premises networks to GCP.
==>>Edge Networking:
AWS: AWS Global Accelerator and CloudFront content delivery network (CDN) for faster content delivery and DDoS protection.
Azure: Azure Front Door and Content Delivery Network (CDN) for global content delivery and edge caching.
GCP: Cloud CDN and Cloud Load Balancing for edge caching and global load balancing.
****************************AWS Network Components Details************************
Networking Services:
Virtual Private Cloud (VPC)
Elastic Load Balancer (ELB)
Amazon Route 53 (DNS)
AWS Direct Connect
AWS PrivateLink
AWS Transit Gateway
AWS Global Accelerator
Network Connectivity:
AWS Direct Connect (dedicated private network connection)
VPN Connections
AWS Transit Gateway (connecting multiple VPCs)
Load Balancing:
Elastic Load Balancer (ELB)
Classic Load Balancer
Application Load Balancer (ALB)
Network Load Balancer (NLB)
DNS Services:
Amazon Route 53 (DNS)
Hybrid Networking:
AWS Direct Connect (connecting on-premises networks)
VPN Connections
AWS Transit Gateway (connecting multiple VPCs)
Edge Networking:
AWS Global Accelerator (fast content delivery and DDoS protection)
CloudFront (content delivery network - CDN)
**********************AZURE Networking Components*******************************
Networking Services:
Virtual Network (VNet)
Load Balancer
Azure DNS
ExpressRoute
Private Link
Azure Virtual WAN
Azure Front Door
Azure Traffic Manager
Network Connectivity:
ExpressRoute: Dedicated private network connection to Azure
VPN Gateway: Securely connect on-premises networks to Azure
Virtual WAN: Connect and manage multiple sites through a central hub
Private Link: Access Azure services privately over Azure backbone network
Azure Front Door: Global routing and load balancing for web applications
Azure Traffic Manager: DNS-based traffic routing for high availability and performance
Load Balancing:
Internal Load Balancer: Load balancing within a virtual network
Public Load Balancer: Load balancing incoming internet traffic
Application Gateway: Layer 7 load balancing with advanced features
Traffic Manager: DNS-based load balancing across regions
DNS Services:
Azure DNS Zones: Hosting and management of DNS domains
Private DNS Zones: Resolution of Azure-specific DNS names privately
Hybrid Networking:
ExpressRoute: Private connection to extend on-premises networks to Azure
VPN Gateway: Securely connect on-premises networks to Azure over the internet
Virtual WAN: Connect and manage on-premises and Azure networks centrally
Security and Monitoring:
Azure Firewall: Centralized network security service
Network Security Groups (NSGs): Filter network traffic at the subnet or network interface level
Azure DDoS Protection: Protect applications and resources against DDoS attacks
Azure Monitor: Monitoring and diagnostics for network resources
Network Optimization:
Virtual Network Peering: Connect virtual networks across Azure regions
Network Virtual Appliances: Deploy third-party virtual appliances for network functions
Azure ExpressRoute Global Reach: Extend on-premises networks to other regions via ExpressRoute
Edge Networking:
Azure Front Door: Global content delivery network (CDN) and application acceleration
Azure Content Delivery Network (CDN): Secure and scalable content delivery with low latency
***************************GCP Network Components Details**************************
Networking Services:
Virtual Private Cloud (VPC)
Load Balancing
Cloud DNS
Cloud Interconnect
Cloud VPN
Cloud Router
Global Load Balancer
Traffic Director
Network Connectivity:
Cloud Interconnect
Cloud VPN
Dedicated Interconnect
Load Balancing:
HTTP(S) Load Balancing
Network Load Balancing
Internal Load Balancing
DNS Services:
Cloud DNS
Hybrid Networking:
Cloud VPN
Dedicated Interconnect
Cloud Interconnect
Edge Networking:
Cloud CDN
Cloud Load Balancing
