Hybrid Wide Area Network (WAN) services integrate private MPLS (Multiprotocol Label Switching) with broadband and LTE (Long-Term Evolution) connections, providing businesses with enhanced network performance, flexibility, and cost-efficiency. This approach optimizes critical applications over MPLS for reliability while utilizing broadband for non-sensitive traffic to reduce costs.
Hybrid Wide Area Network services supports agile scalability, adapts to varying network demands, and ensures seamless connectivity across geographically dispersed locations.
When you combine the reliability of private networks with the affordability and flexibility of public connections, businesses can achieve improved operational efficiency, better user experiences, and readiness for cloud integration, all while optimizing network expenditure.:
1. Improved Network Performance
Hybrid WAN allows businesses to leverage multiple connection types, such as MPLS (Multiprotocol Label Switching), broadband, and LTE (Long-Term Evolution). This diversification minimizes latency and bottlenecks, ensuring smoother and more reliable network performance.
Critical applications can be prioritized over MPLS for reliability, while less sensitive traffic can utilize broadband for cost-effectiveness.
2. Enhanced Flexibility and Scalability
Traditional WAN architectures can be rigid and challenging to scale. On the other hand, hybrid WAN offers flexibility by allowing businesses to scale bandwidth and resources dynamically based on fluctuating demands.
It supports agile connectivity solutions, enabling companies to adapt quickly to growth, seasonal changes, or new locations without overprovisioning costly MPLS links.
3. Cost Efficiency
Cost reduction is a significant driver for adopting hybrid WAN. Prior to integrating lower-cost broadband and LTE connections alongside MPLS, businesses can achieve substantial savings on network expenses.
They can optimize spending by directing critical data through MPLS while using broadband for less sensitive traffic, achieving a cost-effective balance without compromising performance.
4. Increased Reliability and Redundancy
Hybrid WAN enhances network reliability through built-in redundancy. If one connection type experiences downtime or congestion, traffic can seamlessly reroute through alternative paths, ensuring minimal disruption to operations. This redundancy is crucial for maintaining business continuity and meeting service-level agreements (SLAs) with customers.
5. Support for Cloud Adoption
As businesses increasingly migrate to cloud-based applications and services, hybrid WAN provides optimal connectivity to cloud environments.
It facilitates direct access to cloud resources, improving performance and user experience for employees accessing cloud applications from various locations.
6. Geographical Reach and Branch Connectivity
For businesses with geographically dispersed locations or remote branches, hybrid WAN supports efficient connectivity.
It enables centralized network policies and security management while providing local breakout for internet traffic at branch offices, optimizing performance and reducing backhaul costs.
7. Security and Compliance
Hybrid WAN solutions include robust security measures to protect data in transit across different network types.
Businesses can implement unified security policies and encryption protocols across all connections, ensuring compliance with regulatory requirements and safeguarding sensitive information.
In Conclusion
Adopting hybrid WAN services offers businesses a strategic advantage by combining the reliability of MPLS with the flexibility and cost-efficiency of broadband and LTE connections. This approach enhances network performance and scalability, supports cloud adoption, and improves overall operational resilience.
By leveraging the benefits of hybrid WAN, businesses can optimize their IT infrastructure to meet evolving demands and drive digital transformation initiatives effectively.
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