Tasha Bowser’s Post

With HashiCorp #Terraform Cloud Operator 2.3, managing your Kubernetes infrastructure just got easier. Now, you can start operations on workspaces effortlessly using simple annotations. Enjoy smoother workflows, better control, & more self-service options.

With HashiCorp #Terraform Cloud Operator 2.3, managing your Kubernetes infrastructure just got easier. Now, you can start operations on workspaces effortlessly using simple annotations. Enjoy smoother workflows, better control, & more self-service options.

With HashiCorp #Terraform Cloud Operator 2.3, managing your Kubernetes infrastructure just got easier. Now, you can start operations on workspaces effortlessly using simple annotations. Enjoy smoother workflows, better control, & more self-service options.

With HashiCorp #Terraform Cloud Operator 2.3, managing your Kubernetes infrastructure just got easier. Now, you can start operations on workspaces effortlessly using simple annotations. Enjoy smoother workflows, better control, & more self-service options.

🚀Another stellar release from my team to yours! 🎉 ℹ️ The Workspace custom resource in version 2.3 of Terraform Cloud Operator for Kubernetes supports three new annotations to initiate workspace runs allowing users to declaratively start plan, apply, and refresh runs on workspaces. This enhances self-service by allowing developers to initiate runs on any workspace managed by the Operator, including VCS-driven workspaces. 👀 Check it out!

🚀 Excited to share my latest blog on Azure Verified Modules (AVM)! Maintaining your own IaC modules can be time-consuming and complex, but AVM has been a game-changer. It simplifies the deployment process, ensuring consistency and reliability backed by Microsoft's SLA. Dive into the blog to learn more about how AVM can streamline your cloud resource management. Check it out here: https://lnkd.in/gzkZTc_z #AzureVerifiedModules #AVM #InfrastructureAsCode #IaC #Azure #Bicep #Terraform #CloudGovernance #CloudExcellence #AzureLandingZone #CCOE #WellArchitectedFramework #CloudAdoption #DevOps #ITGovernance

Managing cloud expenses is daunting, and even more so in multi-cloud environments. But with the right strategies, it's entirely achievable. From rightsizing compute resources to fostering a culture of cost awareness, several techniques help an organization achieve cloud cost optimization. This blog will help you find which ones your organization is missing. #Finops #Finopsly #CloudCostOptimization

Controlling cloud infrastructure costs is critical for any company, but especially in the early stages of a startup. As you scale, cloud costs can easily spiral out of control if not properly managed. Learn how LINK leveraged Terraform and related tooling setup for easy portability across cloud providers. Read more 👉 https://lnkd.in/gnA8CCWB #CostOptimization #automation #Terraform #LinktoAny

Using an Infrastructure as Code tool like Terraform is highly recommended to setup your cloud resources. When working with Terraform, the core state of your resources is stored in a Terraform state file. It is just a text file or group of text files. The place where you store this file can be local, in a provider like Terraform cloud, in an S3 bucket, or many other places. Over time you may need to move your Terraform state file due to licensing costs of state management products, migrating to new platforms, or many reasons. This article from Jack Roper describes how to migrate your state. https://lnkd.in/eSQg8xas

The Importance of Terraform in Cloud Computing In the rapidly evolving landscape of cloud computing, Infrastructure as Code (IaC) has become the foundation for efficient, scalable, and secure cloud environments. One of the most widely used tools in IaC is Terraform, an open-source tool developed by HashiCorp. It allows users to define and manage infrastructure in code across multiple cloud platforms such as AWS, Azure, and Google Cloud. But why is Terraform so crucial for cloud operations? Here are three key reasons: 1. Infrastructure Automation & Scalability Terraform enables organizations to automate the entire lifecycle of their cloud infrastructure. Whether you’re deploying servers, storage, or networking components, everything can be defined in a declarative configuration file. This approach reduces manual errors and ensures that environments are consistent across all stages from development to production. Additionally, as your infrastructure grows, Terraform allows you to easily scale resources without manually adjusting configurations, making it essential for dynamic cloud environments. 2. Multi-Cloud Support A significant advantage of Terraform is its ability to work with multiple cloud providers. Many organizations adopt a multi-cloud strategy to avoid vendor lock-in, enhance redundancy, or optimize costs. Terraform supports a wide range of providers beyond AWS and Azure, including cloud platforms, third-party services, and on-premise solutions. This flexibility allows engineers to manage all their resources in a unified manner, simplifying the complexity of operating in multiple cloud environments. 3. Version Control & Infrastructure Management Terraform configurations are stored in version-controlled repositories, allowing teams to track changes over time and collaborate effectively. With versioning, organizations can revert infrastructure to previous states or audit who made specific changes. This also ensures that updates to cloud infrastructure are reviewed and approved before they’re applied, improving security and operational efficiency. This capability is essential for teams managing large-scale, distributed cloud resources where changes need to be monitored closely. In summary, Terraform is a game-changer for cloud infrastructure management. It provides the automation, flexibility, and control needed to manage complex cloud environments efficiently. By adopting Terraform, organizations can scale faster, reduce cloud costs, and improve infrastructure reliability. #aws #terraform #cloudcomputing #cloudengineer