Azure Virtual WAN vs Broadcom Network Flow Analysis comparison

Azure Virtual WAN is a networking service that provides optimized and automated branch connectivity to, and through, Azure. It unifies networking, connectivity, security, and routing functionalities, making it ideal for globally distributed enterprises.

Designed for seamless and scalable network management, Azure Virtual WAN connects multiple branches, offices, and remote locations with Azure's cloud infrastructure. This solution offers a centralized hub for managing network communication, enabling efficient network traffic management across locations. Enterprises can now simplify complex network strategies and enhance connectivity through advanced networking capabilities without relying on multiple vendors.

• Hub-and-Spoke Architecture: Facilitates streamlined communication across branches
• Integrated Security: Offers built-in policies and security controls
• Unified Networking: Simplifies network management with centralized control
• Scalable Connections: Supports multi-location deployments efficiently
• Automated Configuration: Reduces manual setup time with automated processes

• Cost Efficiency: Reduces costs by automating network management tasks
• Enhanced Performance: Improves network performance with intelligent routing
• Scalability: Adaptable to growing network needs as enterprises expand
• Improved Security: Boosts protection with Azure's integrated security solutions
• Operational Agility: Increases flexibility and speed in deploying new branches

Azure Virtual WAN is applied across multiple industries such as finance and healthcare, where secure and reliable connectivity is paramount. Its ability to manage complex networks and provide enhanced security aligns with the stringent demands and compliance requirements of these sectors, ensuring smooth and efficient operational workflows.

CA Network Flow Analysis provides 100% visibility into the composition of network traffic across the enterprise, helping Network Administrators deliver optimal application performance and validating the impact of network infrastructure changes, resulting in returns on investment (ROI) of up to 150%.