Hybrid MPLS

CloudSwift offers advanced Hybrid MPLS (Multiprotocol Label Switching) solutions that combine the benefits of private MPLS networks with the flexibility of public internet connections. Our Hybrid MPLS services are designed to provide businesses with secure, reliable, and high-performance network connectivity across multiple locations while reducing costs and improving scalability.

Our Hybrid MPLS services include:

• Seamless Integration of MPLS and Internet: Hybrid MPLS solutions integrate private MPLS networks with broadband or internet connections, enabling your business to balance the advantages of both. This allows for reliable, high-priority traffic over MPLS while utilizing the cost-effective and scalable public internet for non-critical traffic.
• Optimized Network Performance: Prioritize mission-critical applications and services, ensuring that bandwidth-intensive operations, such as VoIP, video conferencing, and ERP systems, get the highest level of performance through the MPLS network.
• Cost Efficiency: Reduce the total cost of ownership by utilizing public internet for less critical traffic and leveraging the high-performance private MPLS network only where necessary. This hybrid approach allows businesses to maintain a high-quality network while reducing the cost of private WAN infrastructure.
• Enhanced Security: Hybrid MPLS provides an encrypted, secure communication channel for your business’s critical data over the MPLS backbone, ensuring that sensitive information remains safe while traversing the public internet.
• Scalability: Easily scale your network as your business grows, with flexible bandwidth options and the ability to add new sites without significant infrastructure changes. CloudSwift’s Hybrid MPLS solutions provide the flexibility to grow and adapt to new business needs.
• Redundancy and Failover: Implement automatic failover between MPLS and internet connections to ensure business continuity. If one path experiences issues, traffic is seamlessly rerouted over the other, maintaining connectivity and minimizing downtime.