How industries are solving challenges using Ansible…

🤔What is Ansible❔

Ansible is an open-source software provisioning, configuration management, and application-deployment tool enabling infrastructure as code. It includes its own declarative language to describe the system configuration. Ansible was written by Michael DeHaan and acquired by Red Hat in 2015. Ansible is agentless, temporarily connecting remotely via SSH or Window Remote Management (allowing remote PowerShell execution) to do its tasks.

🤔How Ansible Works❔

👉In Ansible, there are two categories of computers: the control node and managed nodes. The control node is a computer that runs Ansible. There must be at least one control node, although a backup control node may also exist. A managed node is any device being managed by the control node.

👉Ansible works by connecting nodes (clients, servers, or whatever you’re configuring) on a network, and then sending a small program called an Ansible module to that node.

👉Ansible executes these modules over SSH and removes them when finished. The only requirement for this interaction is that your Ansible control node has login access to the managed nodes.

👉SSH keys are the most common way to provide access, but other forms of authentication are also supported.

👉Playbook: Playbooks are YAML files that express configurations, deployment, and orchestration in Ansible, and allow Ansible to perform operations on managed nodes. Each Playbook maps a group of hosts to a set of roles. Each role is represented by calls to Ansible tasks.

INTEGRATION

ANSIBLE + AWS:

👉The Power of AWS Meets Ansible Simplicity

Using Ansible to automate your applications in AWS greatly increases the chances that your cloud initiative will be a success. The breadth of AWS capability enables IT organizations to dynamically provision entire workloads like never before. To harness this power, IT organizations must effectively answer:

• How can we control cloud deployments?
• How does DevOps work in the cloud?
• Will my deployments be secure?
• How can we migrate existing apps to the cloud?

The answer? Automate with Ansible.

👉Manage Cloud Like Cloud with Ansible

When you deploy an application into AWS, you will soon realize that the cloud is much more than a collection of servers in someone else’s data center. You now have a fleet of services available to you to rapidly deploy and scale applications. However, if you continue to manage AWS like just a group of servers, you won’t see the full benefit of your migration to the cloud. Ansible automation can help you manage your AWS environment like a fleet of services instead of a collection of servers.

👉Ansible & AWS: Batteries included

From the beginning, Ansible has offered deep support for AWS. Ansible can be used to define, deploy, and manage a wide variety of AWS services. Even the most complicated of AWS environments can be easily described in Ansible playbooks. Once your AWS-based application environments are described with Ansible, you can deploy them again and again, easily scaling out to 100s or 1000s of instances across multiple regions, with the same results each and every time.

Out of the box, Ansible has nearly 100 modules supporting AWS capabilities, including:

✏AMI Management
✏Autoscaling Groups
✏CloudFormation
✏CloudTrail
✏CloudWatch
✏DynamoDB
✏ElastiCache
✏Elastic Block Store (EBS)
✏Elastic Cloud Compute (EC2)
✏Elastic IPs (EIP)
✏Elastic Load Balancers (ELB)
✏Identity Access Manager (IAM)
✏Kinesis
✏Lambda
✏Relational Database Service
✏Route53
✏Security Groups
✏Security Token Service
✏Simple Storage Service (S3)
✏Virtual Private Cloud (VPC)

Ansible also has over 1,300+ additional modules to help you manage every aspect of your Linux, Windows, UNIX, network infrastructure, and applications — regardless of where they’re deployed. With Ansible, one common language can be used to describe everything deployed in your cloud (and your enterprise).

👉Control Cloud Sprawl with Dynamic Inventory

Now that you have deployed applications into the cloud, how do you keep track of what you have? Keeping accurate track of deployed infrastructure is a critical part of ensuring security policies are always followed and systems are properly managed through their lifecycles. You don’t want to be paying for services you don’t need.

With Red Hat Ansible Tower’s cloud inventory synchronization, you can know exactly what AWS instances you have no matter how they were launched. Simply enter your AWS credentials and your entire AWS infrastructure can be made available as resources to use in your Ansible automation jobs.

👉Safely Automating at the Speed of Business

When you only had one or two engineers working in AWS, everything seemed easy. Now that you’ve got ten or more, you need controls in place that restrict users’ ability to modify certain environments. Ansible Tower delivers with its extensive set of role-based access controls that ensures users will only have access to the AWS resources (networks, systems, security groups, etc.) that they require for their job. Plus, Ansible Tower encrypts credentials such as AWS and SSH keys so that you can delegate simple automation jobs to junior employees without giving out the keys.

👉Migrations Made Easy

Your CIO just mandated that you have to migrate dozens of workloads to AWS. With Ansible, you can use the same simple playbook language to manage your infrastructure and deploy your application. Use Ansible to define your application locally. Once you can repeatedly deploy that application locally, re-deploying it to a different infrastructure is as straightforward as defining your AWS environment, and then applying your application’s playbook. No more surprises.

That’s all…

Thanks For Reading…🤝