Technology

Cloud Routing: Your Virtual Guide To Dynamic Networking

Don’t you hate it when your browser tabs to access different clouds looks like a grocery list?

The struggle gets even more accurate when running a business that requires traffic management and resource allocation. Lucky for you, the latest technological innovation called Cloud router by Google offers you seamless dynamic cloud access.

Cloud routing enables you to unleash your full potential, whether you want L3 connectivity or an extensive production workload. So, if your work demanded consistent static routes configuration, now you can focus entirely on the core job with dynamic routing.

What is Cloud Routing?

Google has pioneered the simplification of software-driven networking by introducing cloud routers. Essentially, routing through the cloud is a dynamic information exchange model between networks.

To transfer data from one source to another, you need a set of network paths. Routing is the methodology that creates the pathways for optimal data transactions. Million of routers on your network define the course by making the routing tables.

What Are the Different Types of Routing?

The virtual routing has two modes of connection establishment procedures in place.

Static Route

When you create, manage, and update the routing table manually, a connectivity mechanism comes under static routing. Every router needs a static routing table to connect the resources. That said, such a structure allows for maximum control for smaller networks.

Dynamic Route

Imagine setting up the routing table every time there’s a shift in the network.

The entire process is exhausting, but it also makes networking quite tedious. That’s why dynamic routing came into the picture.

Instead of handing over control to a human, dynamic routing relies on the routers to decide efficient data transfer. The configuration and maintenance of your dynamic routing table are with a protocol called Border Gateway Protocol or BGP.

So, whenever there’s a change in routing infrastructure, the router decides on which path to send the data on. To put it simply, imagine Pacman as the router making a choice whenever it hits a block, I.e., a networking link fails.

What are the Benefits of Dynamic Routing?

The key benefit you receive with dynamic routing is an ease in operations and redundancy.

  • Suitability: Irrespective of the size of the network, in the absence of manual intervention for maintenance, dynamic routing creates efficiency. With router intelligence, you can even reach remote networks for link building.
  • Automation: Since BGP allows for an optimal data path through automatic functioning, you now get the gift of lower latency. Whether a VPN gateway or an on-premise network, you can find a dedicated interconnection with dynamic routing.
  • Promptness: Dynamic routing delivers data promptly from getting control of route advertisement through BGP to adjusting network topology during failure.
  • Scalability: Now that your network doesn’t need manual control for its table configuration, you can make use of even the most complex data paths.

Cloud routing is the conductor of traffic between a source and a destination.

The best part is – a multi-cloud environment for high performance and service availability is achievable now. So, if your business needs scalability through software-based routing solutions, now is the time to accelerate your transformation.

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