Our main use case for IBM HashiCorp Infrastructure Lifecycle Management is standardizing and automating the lifecycle of cloud infrastructure using IaC, mainly for AWS environments. We have multiple environments and a number of AWS services that need to be provisioned consistently. Instead of having our engineers manually create resources through the AWS console, we use a Terraform-based infrastructure definition so that the infrastructure can be reviewed and version controlled and reproduced anytime. The important part is not simply creating an EC2 instance or VPC with Terraform, but having a consistent process for building, changing, reviewing, and eventually removing infrastructure. IBM HashiCorp Infrastructure Lifecycle Management positions infrastructure lifecycle management around a standardized workflow for provisioning, managing, and governing infrastructure with Terraform at the center of this workflow. A quick, specific example of how I have used it in a real situation involves our IaC workflows, mainly Terraform, for both new infrastructure changes and existing infrastructure. A typical workflow includes Terraform configuration, then review, plan, approval, and application, resulting in the AWS infrastructure being up. This provides us with a much more controlled process than manually making infrastructure changes. For example, if we need to create a new application environment, we can reuse the same infrastructure patterns while changing environment-specific variables, which helps avoid situations where development, staging, and production become configured differently. We maintain a reusable Terraform configuration or module for common components, allowing us to standardize VPC definitions rather than having every application team define a VPC differently, which significantly simplifies the infrastructure review process. One practical benefit is that infrastructure changes become visible before they are applied, giving us an opportunity to review what is going to change before applying it, particularly useful in production.
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IBM HashiCorp Infrastructure Lifecycle Management offers a comprehensive approach to automating infrastructure provisioning and management, tailored for enterprises seeking streamlined operations.
IBM HashiCorp Infrastructure Lifecycle Management leverages automation to simplify the provisioning, configuration, and management of cloud infrastructure. It integrates with existing workflows to optimize resource allocation and reduce manual intervention. This alignment with both private and...
Our main use case for IBM HashiCorp Infrastructure Lifecycle Management is standardizing and automating the lifecycle of cloud infrastructure using IaC, mainly for AWS environments. We have multiple environments and a number of AWS services that need to be provisioned consistently. Instead of having our engineers manually create resources through the AWS console, we use a Terraform-based infrastructure definition so that the infrastructure can be reviewed and version controlled and reproduced anytime. The important part is not simply creating an EC2 instance or VPC with Terraform, but having a consistent process for building, changing, reviewing, and eventually removing infrastructure. IBM HashiCorp Infrastructure Lifecycle Management positions infrastructure lifecycle management around a standardized workflow for provisioning, managing, and governing infrastructure with Terraform at the center of this workflow. A quick, specific example of how I have used it in a real situation involves our IaC workflows, mainly Terraform, for both new infrastructure changes and existing infrastructure. A typical workflow includes Terraform configuration, then review, plan, approval, and application, resulting in the AWS infrastructure being up. This provides us with a much more controlled process than manually making infrastructure changes. For example, if we need to create a new application environment, we can reuse the same infrastructure patterns while changing environment-specific variables, which helps avoid situations where development, staging, and production become configured differently. We maintain a reusable Terraform configuration or module for common components, allowing us to standardize VPC definitions rather than having every application team define a VPC differently, which significantly simplifies the infrastructure review process. One practical benefit is that infrastructure changes become visible before they are applied, giving us an opportunity to review what is going to change before applying it, particularly useful in production.