Sangfor WANO can integrate with existing network infrastructure in a variety of ways, depending on the specific deployment scenario and network architecture. Here are some of the ways that Sangfor WANO can be integrated:

In-line deployment: In this deployment scenario, Sangfor WANO is placed in-line with the network traffic between the WAN and LAN, and optimizes the traffic in real-time. This deployment method requires minimal changes to the existing network infrastructure, and can be implemented without disrupting existing network services.

Out-of-band deployment: In this deployment scenario, Sangfor WANO is connected to a span or mirror port on the network switch, and passively monitors the network traffic. This deployment method is non-intrusive and requires no changes to the existing network infrastructure, but can be less effective at optimizing real-time traffic.

Virtual deployment: Sangfor WANO can be deployed as a virtual machine on a hypervisor, and can be integrated with the existing virtual infrastructure. This deployment method can be used to optimize traffic between virtual machines or to optimize traffic between physical and virtual machines.

Hybrid deployment: Sangfor WANO can be deployed in a hybrid mode, where both in-line and out-of-band optimization are used. This deployment method can provide the benefits of both deployment modes, with real-time optimization for critical traffic and passive optimization for non-critical traffic.

Sangfor WANO also supports a variety of network protocols and can be integrated with various types of WAN connections, including MPLS, VPN, and Internet-based WANs. The specific integration method and deployment scenario will depend on the organization's network architecture and requirements.

Sangfor WANO can integrate with existing network infrastructure in a variety of ways, depending on the specific deployment scenario and network architecture. Here are some of the ways that Sangfor WANO can be integrated:

In-line deployment: In this deployment scenario, Sangfor WANO is placed in-line with the network traffic between the WAN and LAN, and optimizes the traffic in real-time. This deployment method requires minimal changes to the existing network infrastructure, and can be implemented without disrupting existing network services.

Out-of-band deployment: In this deployment scenario, Sangfor WANO is connected to a span or mirror port on the network switch, and passively monitors the network traffic. This deployment method is non-intrusive and requires no changes to the existing network infrastructure, but can be less effective at optimizing real-time traffic.

Virtual deployment: Sangfor WANO can be deployed as a virtual machine on a hypervisor, and can be integrated with the existing virtual infrastructure. This deployment method can be used to optimize traffic between virtual machines or to optimize traffic between physical and virtual machines.

Hybrid deployment: Sangfor WANO can be deployed in a hybrid mode, where both in-line and out-of-band optimization are used. This deployment method can provide the benefits of both deployment modes, with real-time optimization for critical traffic and passive optimization for non-critical traffic.

Sangfor WANO also supports a variety of network protocols and can be integrated with various types of WAN connections, including MPLS, VPN, and Internet-based WANs. The specific integration method and deployment scenario will depend on the organization's network architecture and requirements.