MPLS VPN – Secure Private WAN for Enterprise Networks
Secure, QoS-driven WAN connectivity for distributed enterprises
Consistent performance for every site and workload
Rapid's MPLS VPN delivers deterministic routing, guaranteed QoS, and centralized control across your WAN. Connect headquarters, branches, data centers, and cloud regions with a single managed backbone that keeps collaboration responsive and secure.
MPLS L3VPN
Scalable Layer 3 VPN for site-to-site connectivity
- Multi-site connectivity with full mesh topology
- Class of service (CoS) for traffic prioritization
- Carrier-grade security with encryption options
- 99.9% availability SLA with diverse routing
MPLS L2VPN
Point-to-point and multipoint Layer 2 connectivity
- Ethernet over MPLS for native Layer 2 extension
- Low-latency point-to-point and multipoint services
- Flexible bandwidth allocation and service classes
- Carrier-grade reliability with redundant paths
Hybrid MPLS to Cloud
Cloud-ready MPLS overlay for hybrid networks
- Dynamic path selection based on application intent
- Secure tunnels into AWS, Azure, and Google Cloud
- Single-pane visibility across hybrid networks
DC Interconnect
High-throughput links between data centers
- Redundant paths for high availability
- Low-latency connectivity for data center replication and backup
- Bandwidth options from 1Gbps to 100Gbps.
Key Features
Private Transport Security
Traffic isolation with MPLS labels and encryption optionality keeps sensitive data off the public internet.
Application-Aware QoS
Prioritize VoIP, video, and transactional workloads with assured latency and jitter metrics.
Full-Mesh Topologies
Design hub-and-spoke or any-to-any meshes for resilient multi-site collaboration.
Deep Network Visibility
Real-time telemetry, flow analytics, and SLA reporting for every site and class of service.
Cloud Interconnects
Extend MPLS policies directly into cloud PoPs and hosted infrastructure environments.
Enterprise SLAs
99.9% uptime with defined remediation paths, proactive notifications, and dedicated NOC support.
Ideal for
MPLS VPN is built for enterprises demanding secure, predictable connectivity across every location.
Branch Office Connectivity
Connect remote branches to HQ with assured performance for POS, ERP, and collaboration suites.
Data Center Interconnect
Low-latency, high-throughput links between production, backup, and disaster recovery facilities.
Real-Time Collaboration
Optimized pathways for unified communications, contact centers, and telepresence.
Cloud Integration
Private connectivity into cloud workloads without traversing the public internet.
Why choose Rapid's MPLS VPN?
Predictable Performance
Carrier-class routing delivers deterministic latency, jitter, and packet-loss characteristics for critical apps.
Centralized Policy Control
Define segmentation, QoS, and access policies once and push them to every site automatically.
Operational Simplicity
Managed routers, proactive monitoring, and single support model reduce administrative overhead.
Scalable Architecture
Add sites, bandwidth, or new classes of service without redesigning the entire network.
Secure Cloud Access
Direct paths into leading cloud providers keep sensitive workloads isolated yet reachable.
Future-Ready Platform
Integrates seamlessly with SD-WAN overlays, SASE frameworks, and zero-trust initiatives.
Ready to modernize your enterprise WAN?
Partner with Rapid to design, deploy, and operate a high-performance MPLS VPN tailored to your application mix.
Contact UsCustomer Success Stories
Enterprises rely on Rapid's MPLS VPN to run latency-sensitive, compliance-heavy workloads at scale.
LogiTrans Worldwide
Logistics"Rapid's MPLS VPN gave us a single, predictable WAN across 42 depots. Shipment tracking latency dropped by 55% and voice quality issues disappeared."
FinSure Capital
Financial Services"With Rapid's QoS policies we maintain sub-10ms jitter for our trading platforms and meet every compliance audit with real-time reports."
HealthCore Clinics
Healthcare"HIPAA-compliant MPLS segmentation keeps clinical records isolated while telemedicine workloads remain crystal clear."