AWS cloud architecture diagrams are used for many important tasks. Depending on your role, you will most likely be interested in the elements on the diagram that you are responsible for.

Amazon Web Services or AWS Cloud offers pay as you go on demand compute resources that allow you to run workloads and store data on AWS network infrastructure which removes the need to buy and maintain expensive computer hardware in-house.

With more and more development teams embracing containerised packaging and deployment of their applications and micro services, the ability to visualise the current state of containerised workloads has become important.

A large part of managing cloud infrastructure is making sure everything is running as expected so that your applications operate and access data efficiently while avoiding over specified resources that cost more than is necessary.

A well laid out Google Cloud diagram is an important tool for managing and communicating the design and implementation of your GCP architecture.

Classless Inter Domain Routing or CIDR is a prefix based standard for the representation of IP addresses and their routing properties. It was introduced to enable blocks of IP addresses to be grouped together for inclusion in router routing tables instead of needing to include massive blocks of individual IP information. 

Accurate AWS topology diagrams are the easiest way to easily understand what you have configured and running in your AWS environments. An accurate diagram also allows you to easily communicate your AWS network design to key stakeholders including new engineers and external consultants.

Accurate AWS cloud diagrams play a vital role in monitoring and internally communicating the operational status and design of your AWS infrastructure.

When you are working with Microsoft Azure, there are many advantages when you create and maintain accurate Microsoft azure diagrams online.

With accurate up to date diagrams on hand, you can effectively communicate your Azure network design to both technical engineering staff and also management where necessary.  If you are onboarding new engineers, or engaging external consultants, you can bring them up to speed very quickly with a well laid out Azure network topology diagram.

The problem with diagrams is the time it takes to create them. If you are using manual drag and drop diagram software or drawing packages like visio the process can take forever which is why up to date Azure diagrams are rarely on hand. Nobody has the time or motivation to sit down and create diagrams. You usually have far more important or pressing issues to sort out.

This is where creating Azure Diagrams Online using Hava comes into play.

If you are taking on a new client or development project, having access to infrastructure documentation is a massive advantage when trying to understand exactly what is running on your network.

Back in the dim dark past of our cloud consulting days, diagramming a new client's infrastructure was always the first job in the process. It was always time consuming, laborious but necessary in establishing exactly what was going on prior to starting work on improving or redesigning infrastructure.

EC2 instances are the virtual machines provided by AWS that you can rent to run your application workloads. They can can vary from powerful instances with hundreds of processors capable of processing vast amounts of data quickly, down to small micro instances suitable for running microservices.