Network Infrastructure Setup:

$$ Simulate the network topology using Packet Tracer,Cisco sandbox, GNS$3,$ or any

simulation tool.

$$ Design a virtual LAN $($VLAN$)$ architecture for both wired and wireless networks.

$$ Deploy Cisco Catalyst switches as the access, distribution, and core layers of the

network.

$$ Integrate Cisco DNA Center for SD$-$Access management and policy enforcement.

$$ Deploy Cisco ISR routers at each branch office for WAN connectivity.

SD$-$Access Configuration:

$$ Configure Cisco DNA Center for fabric discovery and domain creation.

$$ Define network policies based on user roles, device types, and application

requirements.

$$ Implement network segmentation using Virtual Networks $($VN$)$ and Virtual Routing

and Forwarding $($VRF$)$ instances.

$$ Configure Access Control Policies $($ACP$)$ for traffic segmentation and security

enforcement.

SD$-$WAN Configuration:

$$ Deploy Cisco vSmart controllers in the data center for centralized control and policy

enforcement.

$$ Configure Cisco vEdge routers at branch offices to establish secure VPN tunnels.

$$ Define WAN Edge policies for intelligent traffic steering based on application

performance and business priorities.

$$ Implement Quality of Service $($QoS$)$ policies for optimizing application performance

over the WAN.

Page $3$ of $3$

Group Project $22024$

Integration and Testing:

$$ Integrate SD$-$Access and SD$-$WAN solutions to ensure seamless communication

between the LAN and WAN.

$$ Test end$-$to$-$end connectivity, policy enforcement, and application performance across

the network.

$$ Conduct failover and load balancing tests to validate WAN resilience and redundancy.

$$ Use monitoring tools like Cisco DNA Assurance and vManage for real$-$time visibility

and troubleshooting.