SD-WAN
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Check Point SD-WAN Keep your enterprise resilient by optimizing every WAN connection with probing, failover, redundancy, central monitoring, and troubleshooting. Check Point SD-WAN unifies top security with optimized internet and network connectivity to maximize business resilience. Unifying the best security with optimized internet and network connectivity A software blade activated in Check Point Gateways, Check Point SD-WAN is deployed at the branch level and provides comprehensive prevention against zero-day, phishing, and ransomware attacks, while optimizing routing for users and over 10,000 applications. |
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Cisco Catalyst SD-WAN Catalyst SD-WAN’s secure architecture has evolved to meet these changing security paradigms by providing a scalable and secure solution that can protect your network from anywhere. Catalyst SD-WAN offers engineering leadership in both networking and security, including full-stack multilayer security capabilities on the premises and in the cloud. The integrated security arms IT with advanced threat defense where and when it is needed — for branches connecting to multiple Software-as-a-Service (SaaS) or Infrastructure-as-a-Service (IaaS) clouds, to data centers, or to everything on the internet — and accelerates the transition to a Secure Access Service Edge (SASE) architecture in a secure and agile manner. Secure direct internet access Branch security Application performance optimization Multicloud access Enforce regulatory compliance |
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Meraki SD-WAN Meraki MX appliances are natively part of a unified SD-branch cloud platform that removes complexity and maximizes security protection with automatic software updates capable of reaching every customer site globally in a matter of hours. The Meraki SD-WAN implementation is comprised of several key features, built atop our AutoVPN technology. Dual-Active VPN Uplinks: Prior to the SD-WAN release, Auto VPN tunnels would only form only over a single interface. With the SD-WAN release, it is now possible to form concurrent AutoVPN tunnels over both Internet interfaces of the WAN Appliance. Policy-Based Routing (PbR): Policy-based Routing allows an administrator to configure preferred VPN paths for different traffic flows based on their source and destination IPs and ports. Dynamic Path Selection: Dynamic path selection allows a network administrator to configure performance criteria for different types of traffic. Path decisions are then made on a per-flow basis based on which of the available VPN tunnels meet these criteria, determined by using packet loss, latency, and jitter metrics that are automatically gathered by the WAN Appliance. Performance Probes: Performance-based decisions rely on an accurate and consistent stream of information about current WAN conditions in order to ensure that the optimal path is used for each traffic flow. This information is collected via the use of performance probes.The performance probe is a small payload (approximately 100 bytes) of UDP data sent by spokes to hubs or by hubs to other hubs over all established AutoVPN tunnels every 1 second. WAN Appliances track the rate of successful responses and the time that elapses before receiving a response. This data allows the WAN Appliance to determine the packet loss, latency, and jitter over each AutoVPN tunnel in order to make the necessary performance-based decisions. |
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Aruba Edge Connect The EdgeConnect SD-WAN platform secures and powers a self-driving wide area network for cloud-first enterprises. EdgeConnect SD-WAN provides a secure network foundation for Zero Trust and SASE. It includes a first-class SD-WAN paired with a next-generation firewall delivering unmatched quality of experience and advanced security. Unified SASE Designed for cloud-first organizations Network and security simplification Highest quality of experience Easily add primary/backup high speed LTE Links |













