As cloud computing continues to gain popularity, traditional networking models are becoming inadequate to meet the demands of modern enterprise applications. Multi-protocol label switching (MPLS) networks are one such model that is undergoing a significant transition to adapt to the modern cloud era. Hybrid networks that combine the strengths of both MPLS and cloud networks are emerging as a viable solution to meet the needs of the enterprise.
MPLS networks have long been the gold standard for enterprise networking. They offer a reliable, secure, and fast connection between sites, making them ideal for distributed organizations. However, these networks were designed for a pre-cloud era and cannot fully support the needs of modern applications. The rigidity of MPLS does not lend itself well to the dynamic nature of cloud computing, where applications are distributed across multiple clouds and platforms. Additionally, MPLS networks are expensive to deploy and require a high degree of expertise to manage.
Cloud networks offer a more flexible and scalable solution that can adapt to the demands of modern applications. They leverage the internet to provide a cost-effective and easy-to-manage infrastructure. Cloud networks can be deployed quickly, and they can scale up or down as needed to accommodate changing application requirements. However, cloud networks lack the reliability and security of MPLS, making them less suitable for mission-critical applications.
Hybrid networks that combine MPLS and cloud networks offer the best of both worlds. They can provide the high reliability and security of MPLS for mission-critical applications while leveraging the flexibility and scalability of cloud networks for applications that are less sensitive to performance and availability. Hybrid networks can also be customized to provide optimal performance for specific applications, enabling organizations to prioritize traffic and allocate bandwidth as needed.
The transition to hybrid networks requires careful planning and a deep understanding of the organization’s application requirements. Organizations must carefully evaluate their applications to determine which require the high reliability and security of MPLS and which can be supported by cloud networks. They must also assess their bandwidth needs and the impact of the transition on their existing infrastructure.
Organizations must also carefully consider the vendor they choose to implement the hybrid network. Vendors should have expertise in both MPLS and cloud networking and be able to design a customized solution that meets the organization’s specific needs. They should also provide ongoing support and monitoring to ensure optimal performance and availability.
In conclusion, MPLS networks are undergoing a significant transition to adapt to the modern cloud era. Hybrid networks that combine the strengths of both MPLS and cloud networks are emerging as a viable solution to meet the needs of the enterprise. Organizations must carefully evaluate their applications and infrastructure to determine the optimal mix of MPLS and cloud networking. Vendors with expertise in both areas can help design and implement a hybrid network that provides the most reliable, secure, and scalable solution for the enterprise.