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LinkProof Branch

Overview Features & Benefits Models & Tech Specs

Key Features and Benefits

Real-time WAN Link Failover  
  • Use cost-effective links for redundancy without suffering reliability penalty
  • Quickly identify failures at any point along the application or transaction path and react proactively
  • Automatically redirect inbound and outbound traffic to available wide area network (WAN) paths of your data center

Active-active Link Redundancy

 
  • Take full advantage of back-up link bandwidth
  • Keep spare links available for immediate failover

Full Device Redundancy  
  • Prevent the introduction of a single point of failure in a high-availability architecture
  • Protect your hardware investment and lower total cost of ownership (TCO)

Business-smart Routing

 
  • Decide which traffic is routed over which WAN links based on any Level 4–7 parameter or application type
  • Create flexible, scalable distributed architectures and deploy applications over existing distributed architectures
  • Gradually migrate from legacy to new WAN links or quickly fall back if needed
  • Eliminate need for complex border gateway protocol (BGP) routing configurations

Comprehensive Device, Link,and Application Path Management

 
  • Simple device configuration
  • Application-aware policy set-up
  • Health, performance and utilization monitoring and reporting

Inbound and Outbound Proximity-based Routing

 
  • Minimize access time to web sites and extranet applications hosted at the data center
  • Minimize internal users’ access time to critical external Internet resources
  • Reduce WAN traffic volume

Inbound and Outbound Link Load
Balancing

 
  • Dynamically make the most of existing, available bandwidth based on changing business and technical priorities
  • Bypass temporary WAN bottlenecks for both inbound and outbound traffic

Bandwidth Management and Traffic Shaping

 
  • Ensure that top-priority and business critical applications always receive the bandwidth they need
  • Prevent non-critical Internet usage (i.e., peer-to-peer usage)
  • Protect latency-sensitive applications from bottlenecks
  • Control Quality of Service (QoS) levels