Use every WAN connection intelligently.
Combine MPLS, broadband, fibre, wireless and internet connectivity through one application-aware enterprise WAN. ScaleAOn continuously evaluates available paths and directs traffic according to application priority, network conditions and business policy.
What holds hybrid WAN back today.
Expensive MPLS dependence
Business traffic remains tied to a limited set of private links even when suitable broadband or wireless capacity is available.
Static routing
Traditional routing decisions cannot react intelligently enough to changing application needs and real-time link quality.
Limited visibility
Network teams struggle to see how individual links, applications and branches are performing.
Slow branch expansion
New locations require manual configurations, specialist intervention and long implementation cycles.
How ScaleAOn Hybrid WAN works
Dynamic path selection
Continuously assess latency, jitter, packet loss and available capacity before selecting the path for each application flow.
Application-aware policies
Direct critical applications according to business intent instead of depending only on static destination-based routing.
Bandwidth aggregation
Use available WAN capacity more effectively across multiple links.
Unified visibility
View branch, link and application behaviour from a central management platform.
Policy-controlled internet breakout
Provide direct access for approved cloud and SaaS traffic while retaining enterprise security policies.
Zero-touch deployment
Bring new sites into the enterprise network without manually configuring every branch.
What enterprises gain.
- Reduce dependence on one carrier or WAN technology
- Improve application experience across branches
- Use broadband without losing central control
- Increase branch resilience through path redundancy
- Simplify hybrid-network operations
- Prepare the WAN for cloud applications
Products that deliver hybrid WAN.
Ready to move forward?
Talk to a Lavelle Networks specialist about your network requirements.