Abstract: A first routing instance may receive, from a second routing instance, forwarding information identifying a next-hop. The first routing instance may receive, via a component of the first routing instance, network traffic. The first routing instance may determine, based on the network traffic and the forwarding information, an interface to a component of the second routing instance. The first routing instance may provide, to the component of the second routing instance, the network traffic via the interface. The second routing instance may provide the network traffic to the next-hop.

Abstract: A first routing instance may receive, from a second routing instance, forwarding information identifying a next-hop. The first routing instance may receive, via a component of the first routing instance, network traffic. The first routing instance may determine, based on the network traffic and the forwarding information, an interface to a component of the second routing instance. The first routing instance may provide, to the component of the second routing instance, the network traffic via the interface. The second routing instance may provide the network traffic to the next-hop.

Abstract: A method, performed by a computer device, may include obtaining bandwidth use data associated with a network device and predicting a trough period in bandwidth use for the network device based on the obtained bandwidth use data. The method may further include providing an auction associated with a time period during the predicted trough period, wherein the auction offers use of the network device during the time period at a discounted price; receiving a bid, from a customer, for use of the network device during the time period via the auction; and provisioning one or more services on the network device for the customer based on the received bid, wherein the one or more services are provided for a duration of the auctioned time period.