As applications and systems have evolved from single-host mainframes to distributed microservices architectures, infrastructure automation has become a key part of the toolkit for modern sysadmins and operations teams. This automation has gone from doing basic Operating System installation and setup to full-blown multi-step deployments of production code from a single developer’s commit. By automating these mundane processes and eliminating the human error, production systems have a much higher stability than ever before.

But why stop at automating deployments? There are other elements that need to be automated, too –– one of which is cost.

Rolling out new infrastructure over and over again without ever taking a step back to analyze the cost just leads to the panic-driven cloud-bill-based phone calls from your finance department. Instead, taking similar automation decisions as Puppet, Chef, Ansible, Terraform, or Jenkins and applying them to your cloud costs can help you incrementally save money so you never have that giant surprise bill.

Scaling Up Without Ever Spinning Down

Developers and operations teams often use infrastructure automation early in application development and deployment processes to get servers and databases deployed and functioning. Modern automation tools aren’t just powerful, but also quick to deploy and fit into your current workflow. This is fantastic, but the problem is that the automation effort can start to taper off once the environments are running. Too often, users and teams move on to the next project before figuring out a way to keep costs from getting out of control. Then it becomes too late, and they simply accept that money needs to be dumped into the deployment pipeline to keep everything on task.

Easy-to-use automation is the key to spinning these environments up efficiently, and can also be key for keeping the costs of these environments low.  Sure, you may need to keep the production systems scaled up for maximum application performance and customer satisfaction, but what about the test lab, sandbox environment, dev systems, UAT servers, QA deployments, staging hosts, and other pre-production workloads?  Having giant environments with system sizes that match production can be useful for some testing, but leaving it all running can be easily doubling your cloud costs for each environment like this that you have, for things that are used for a fraction of the time.

DevSecMonLogScalFinOps

As your infrastructure automation toolkit grows and evolves, there’s a few things that you’ll start building in to all of your applications and deployments:

  • Security
  • Monitoring
  • Logging
  • Scalability

As this list grows, there’s one more thing you need: Continuous Cost Control.

 

By building in cost control automation from the very beginning, you can keep your cloud costs low while maintaining the flexibility required to keep up the pace of innovation. Without this, your costs are destined to rise faster than you intended, and is only going to cause headaches (and endless meetings) for your future self. It may not be coming out of your bank account directly, but saving money at an enterprise organization is everyone’s job, and automating this is the key.

And that’s actually what thousands of customers around the world are using ParkMyCloud for today! Get started with continuous cost control today.

About Chris Parlette

Chris Parlette is the Director of Cloud Solutions at ParkMyCloud. Chris helps customers reduce their cloud waste and manage their hybrid infrastructures by drawing on his years of experience working at various software startups. From SaaS to on-prem, virtualization to cloud, monitoring tools to cloud management platforms, and small businesses to large enterprises, Chris has seen it all and loves helping drive improvements to IT management. Chris earned a BS in Computer Science from the University of Maryland. He and his wife, Megan, reside in Silver Spring, MD.

How to Turn AWS Utilization Data
into Automated Cost Control

 

 

 

 


Learn how your AWS utilization data in CloudWatch
can be harnessed to optimize your cloud costs.

June 26th | 2 PM ET