Traditional WAN architectures were designed for applications running in centralized data centers. Today, enterprise applications are distributed across cloud platforms, SaaS providers, and regional data centers. Backhauling traffic across MPLS networks introduces latency, increases cost, and reduces visibility. Advanced SD-WAN architectures solve this problem by intelligently routing traffic across multiple network transports while maintaining strong security controls and consistent application performance.
Advanced SD-WAN integrates firewalls directly at the branch edge, including IDS/IPS and role-based segmentation. This allows organizations to eliminate standalone branch firewalls while enforcing consistent Zero Trust security policies across all locations.
Advanced SD-WAN platforms simplify connectivity between cloud environments and data centers while maintaining consistent performance and security policies. This architecture allows organizations to deploy, migrate, or balance workloads across multiple cloud providers without redesigning the underlying network.
Advanced SD-WAN platforms continuously monitor latency, packet loss, and jitter across all available network paths. Intelligent traffic steering and WAN optimization technologies ensure applications remain responsive even under changing network conditions.
Advanced SD-WAN allows organizations to reduce WAN costs by supplementing or replacing expensive MPLS circuits with broadband and public internet connectivity. Centralized orchestration and automated provisioning also reduce operational complexity, lowering the time and resources required to deploy and manage branch networks.
Advanced SD-WAN platforms deliver consistent application performance across any network transport by intelligently monitoring and steering traffic based on real-time network conditions. Capabilities such as dynamic path selection, packet loss mitigation, TCP optimization, and data deduplication allow organizations to maintain reliable performance even when using broadband and internet circuits. By continuously adapting to changing network conditions, advanced SD-WAN ensures that business-critical applications remain responsive whether they are delivered from data centers, cloud platforms, or distributed enterprise environments.
HPE Aruba EdgeConnect is an advanced SD-WAN platform designed to provide secure, high-performance connectivity across branch offices, data centers, and cloud environments. By creating encrypted virtual network overlays across any available transport, EdgeConnect enables organizations to connect users directly to applications while maintaining consistent security policies and predictable application performance.
EdgeConnect continuously monitors network conditions including latency, packet loss, and jitter, and dynamically steers traffic across the optimal path in real time. Integrated WAN optimization technologies such as packet conditioning, TCP acceleration, and data deduplication further improve application responsiveness across long-distance or high-latency connections.
With centralized orchestration and zero-touch deployment capabilities, Aruba EdgeConnect simplifies network operations while allowing organizations to augment or replace traditional MPLS circuits with broadband and public internet connectivity. The result is a flexible, cost-effective WAN architecture that supports modern multi-cloud application environments.
Secure, Encrypted SD-WAN: With increased snooping on networks, insecure default hardware configurations, and an uncertain chain of custody for international networks, what can an enterprise do to ensure their private data stays private? Learn how Hararei can help to secure your WAN traffic: Secure Overlay Network.
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