MPLS

An MPLS network directs data traffic based on labels rather than IP addresses, allowing packets to take the most efficient route through the provider’s infrastructure. Each data path is predefined, helping ensure stable latency, bandwidth efficiency, and reliable delivery.

As a result, MPLS is ideal for organizations that rely on consistent performance, such as those running voice, video, or financial applications across multiple sites. Aseva helps you evaluate when MPLS should be part of your connectivity strategy – and when newer solutions like SD-WAN may complement or replace it.

An MPLS circuit is a private, carrier-managed connection that links two or more business sites within an MPLS network. Unlike internet-based links, MPLS circuits follow predetermined label-switched paths, which prioritize data flow and improve performance consistency.

Each circuit is designed to deliver predictable bandwidth and low latency for sensitive applications such as VoIP, video conferencing, or ERP systems. Aseva helps you evaluate MPLS circuit options based on coverage, redundancy, and quality of service to ensure your connectivity supports operational needs across every location.

MPLS technology is commonly used for site-to-site connectivity, WAN optimization, and enterprise-grade traffic management. It enables organizations to prioritize specific applications – like voice or ERP systems – and maintain consistent service quality.

An IP MPLS network integrates traditional IP routing with MPLS label-switching to create a more efficient, policy-driven transport layer. As a result, it provides the flexibility of IP with the predictability of dedicated circuit routing. Aseva helps organizations source and manage IP/MPLS solutions that support enterprise connectivity across global or regional footprints.

Yes. While MPLS (Multiprotocol Label Switching) was not originally designed as a security technology, it provides strong protection by keeping your traffic on private, provider-managed circuits rather than the public internet. Because MPLS routes data within a closed network environment, it minimizes risks such as interception or packet tampering.

Many organizations also layer additional security controls – like encryption, firewalls, and Zero Trust policies – on top of MPLS to further safeguard sensitive information.

Not always. SD-WAN vs MPLS isn’t a matter of better or worse, but of priorities. MPLS offers unmatched reliability and quality of service, while SD-WAN delivers flexibility, cost efficiency, and cloud readiness.

Many enterprises use a hybrid model – keeping MPLS for critical applications and adding SD-WAN for non-sensitive traffic and branch connectivity. Aseva helps you design a balanced architecture that maximizes performance while controlling costs.

Migrating from MPLS to SD-WAN begins with evaluating your existing connectivity, application priorities, and security requirements. Most organizations start with a hybrid approach – keeping MPLS for mission-critical traffic while introducing SD-WAN for flexibility and cloud access. At Aseva, we can help you design and manage this transition to minimize disruption and maintain performance.

MPLS networks improve efficiency by streamlining how data is routed through the network. Instead of performing multiple IP lookups at each router, MPLS uses labels to direct traffic along the most efficient path – reducing delays and optimizing bandwidth usage. This approach enables faster, more predictable communication between sites and applications.