#infrastructure-as-code

#infrastructure-as-code

HashiCorp's licensing shift may redefine open source, prompting increased scrutiny and alternative solutions in the infrastructure-as-code landscape.

Generative AI tools like Amazon Q Developer revolutionize the creation of Infrastructure as Code (IaC) templates, enhancing productivity and efficiency for infrastructure engineers.

Amazon CodeCatalyst integrates CI/CD tools for efficient software delivery.

AWS announces Terraform AWS Cloud Control (AWS CC) Provider for faster adoption of AWS innovations through Infrastructure as Code (IaC) tools.

Infrastructure-as-Code (IaC) involves managing infrastructure through code, incorporating data management principles.

Using Terraform remote state enhances accuracy, consistency, and efficiency in infrastructure monitoring and management.

Managing Terraform variables can be simplified with best practices that enhance code clarity and adaptability.

Crossplane simplifies multi-cloud resource management by extending Kubernetes with a declarative Infrastructure as Code approach.

Crossplane simplifies multi-cloud management by integrating cloud infrastructure management within the Kubernetes ecosystem.

Crossplane simplifies cloud resource management by extending Kubernetes, enabling Infrastructure as Code practices across multiple cloud platforms.

Crossplane simplifies multi-cloud resource management by using Kubernetes APIs.

It allows for Infrastructure as Code (IaC) within the Kubernetes ecosystem.

Crossplane simplifies multi-cloud management by enabling infrastructure management across cloud platforms using Kubernetes' declarative approach.

AWS CloudFormation Hooks improve infrastructure compliance and security by allowing custom logic during operations, particularly through the use of Lambda hooks.

AWS CloudFormation simplifies resource management with infrastructure as code.

AWS CloudFormation Git sync enhances control and automation for deploying infrastructure changes, benefiting AWS partners and their customers.

Guard hooks enhance compliance by integrating AWS CloudFormation Guard rules into deployment processes, simplifying resource management and enforcement of policies.

Optimistic stabilization strategy improves CloudFormation deployment times by up to 40% with CONFIGURATION_COMPLETE status

CloudFormation enables modeling and managing AWS resources through template files using various tools like AWS CLI, SAM, CDK, Application Composer.

Streamlit simplifies the development and deployment of GenAI applications, making it an ideal platform for developers.

An acquisition involves more than just a strategic fit; financial aspects must also be considered.

The observability as code approach simplifies monitoring AI applications through effective instrumentation and security management.

Platform engineering with Pulumi simplifies cloud infrastructure management for developers familiar with common programming languages.

GitOps automates software deployment using Git repositories as the single source of truth, offering consistency, reliability, and speed in system configuration.

Apache Airflow™ and GitOps are powerful tools for managing data manipulation workflows and operational management using Git repositories.

Deploying applications at scale in public cloud requires infrastructure as code and automation.

Microsoft's Azure Automation offers a programmatic approach with tools like runbooks and Desired State Configuration.

Cellular architecture provides benefits like increased availability and engineering velocity.

Automating cellular infrastructure requires addressing isolation, cell creation, deployment, permissions, and monitoring.

Drift detection and automated clean-up are crucial for managing infrastructure as code effectively.