A. Total number of connections
B. Number of connections per second
C. Average packet size
D. Average response time
A. Ensuring the design uses the maximum available resources.
B. Ensuring the design uses the minimum available resources.
C. Ensuring the design is approved by all team members.
D. Ensuring the design accommodates all your requirements.
A. It is a network that operates independently of a VCN.
B. It is a subdivision of a VCN.
C. It is a larger network that contains VCNs.
D. It is a separate network from a VCN.
A. Configure public IP failover for resources in the secondary cloud.
B. Implement Service Gateway with automatic failover routing options.
C. Designate the secondary cloud as an active-active configuration.
D. Utilize FastConnect with automatic failover to the secondary OCI region.
A. Content Switching
B. Least Connections Algorithm
C. Weight-Based Distribution
D. Round Robin Algorithm
A. Internet Gateway (IGW)
B. FastConnect or Site-to-Site VPN connection to each region
C. Route propagation and peering configuration between DRGs
D. Dynamic Routing Gateway (DRG) attached to each VCN
A. GRE tunnels with IPSec encryption
B. Public peering over the internet
C. Private peering over a dedicated physical connection
D. VPN Connect over the public internet
A. Update route tables in each VCN.
B. Modify the DRG security list rules.
C. Configure IPSec tunnels with specific route filters.
D. Adjust BGP community attributes on advertised routes.
A. Each site needs a separate Dedicated Connection.
B. Utilize a single Dedicated Connection with multiple virtual circuits.
C. Implement Cloud VPN with a central gateway.
D. Configure IPSec VPN tunnels for each site.
A. Inter-Region Latency
B. Network Flow Logs
C. Network Monitoring Service
D. Network Security Groups (NSGs)
