Common configurations
Organizations using a single connection can leverage Bigleaf’s backbone network, intelligent software, and actionable insights to redefine their network performance.
Use Bigleaf across multiple circuits and you can leverage the full-time value of each across your network. Unlike other SD-WANs, you don’t have to keep other circuits on standby with the actual hope that you won’t ever have to use them. Instead, Bigleaf manages your traffic across all your circuits.
Increase the reliability of your network performance by including an extra level of redundancy with our high-availability options. Our high-availability options include 2 pre-configured Bigleaf edge routers that are bridged together for immediate failover should either router fail for any reason.
Conveniently add reliability to your multi-circuit or high availability configuration by using a cellular Wireless Connect circuit as one of your ISP connections. Use your Wireless Connect plan as a secondary circuit to support failover, active-active load balancing, or selective load balancing.
Organizations using a single connection can leverage Bigleaf’s backbone network, AI-powered software, and actionable insights to redefine their network performance.
Use Bigleaf across multiple circuits and you can leverage the full-time value of each across your network. Unlike other SD-WANs, you don’t have to keep other circuits on standby with the actual hope that you won’t ever have to use them. Instead, Bigleaf manages your traffic across all your circuits.
Increase the reliability of your network performance by including an extra level of redundancy with our high-availability options. Our high-availability options include 2 pre-configured Bigleaf edge routers that are bridged together for immediate failover should either router fail for any reason.
Conveniently add reliability to your multi-circuit or high availability configuration by using a cellular Wireless Connect circuit as one of your ISP connections. Use a Wireless Connect plan as a secondary circuit to support failover, active-active load balancing, or selective load balancing.