Cloud Management Software: Top Tools for Modern Infrastructure

Managing cloud infrastructure efficiently is essential for organizations of all sizes. Modern cloud management software helps teams automate deployment, orchestrate resources, monitor performance, and control costs across multi-cloud environments. These tools enable DevOps and IT teams to handle growing workloads while ensuring consistency, security, and compliance. Below are top options and how they streamline operations.

Spacelift

Spacelift is an infrastructure-as-code (IaC) orchestration platform that centralizes and automates cloud workflows across providers. It’s API-first, so anything possible in the UI can be done via API or CLI, making it easy to integrate with CI/CD pipelines.

Spacelift acts as a control plane for Terraform (and OpenTofu), CloudFormation, Pulumi, Kubernetes, Ansible, and more. Teams keep their preferred tools while gaining consistency, collaboration features, and governance (e.g., policy as code and approvals).

The dashboard offers real-time visibility, drift detection, and automated remediation. Tight integration with GitHub, GitLab, Bitbucket, and Azure DevOps brings code-review practices to infrastructure. You can also compose complex multi-tool workflows by defining dependencies and sharing outputs between stacks. In short, Spacelift improves automation, governance, and team productivity for organizations scaling cloud operations.

Terraform

Terraform lets engineers define infrastructure in declarative configuration files (HCL) and provision resources across many clouds. It brings automation, repeatability, and version control to infrastructure: collaborate in Git, review changes via pull requests, and preview execution plans before applying.

A rich ecosystem of providers and modules, along with state management and planning, has made Terraform a standard for multi-cloud provisioning. At scale, teams often pair Terraform with platforms like Terraform Cloud/Enterprise or Spacelift for remote state, access controls, policies, and a UI. Whether used via CLI or through a management layer, Terraform remains foundational for codifying and managing cloud resources.

Pulumi

Pulumi enables IaC using real programming languages (TypeScript/JavaScript, Python, Go, C#). Developers can reuse familiar workflows, testing frameworks, and abstractions, then let Pulumi provision resources across AWS, Azure, Google Cloud, Kubernetes, and more.

This approach makes dynamic configuration, component reuse, and unit testing straightforward. Pulumi is open source and offers Pulumi Cloud for state storage, policy enforcement, and team collaboration—similar in spirit to Terraform Cloud.

AWS CloudFormation

CloudFormation is AWS’s native IaC service for modeling and provisioning resources via JSON/YAML templates. You declare the full stack compute, storage, networking, and permissions and CloudFormation creates and configures resources in the correct order.

Templates become a single source of truth that you can version, review, and reuse. Built-in safety features like automatic rollback improve reliability during updates. For teams operating primarily on AWS and preferring native services, CloudFormation provides deep integration and a consistent deployment experience.

Kubernetes

Kubernetes is the standard for orchestrating containerized applications across cloud and on-prem environments. In many setups, tools like Terraform or CloudFormation provision the underlying infrastructure, while Kubernetes manages application deployment, scaling, and lifecycle on top.

Managed services AWS EKS, Azure AKS, and Google Kubernetes Engine reduce the operational burden, but teams still handle cluster configuration, upgrades, quotas, and multi-tenancy governance. For organizations running microservices or adopting containers, Kubernetes is often a core layer of the stack.

Ansible

Provisioning is only half the picture; configuration and application deployment are the other half. Ansible uses YAML playbooks to declare desired system state and apply changes across servers and cloud services via an extensive module library.

In cloud environments, Ansible can configure VMs, load balancers, databases, and any API-driven resource. It also pairs well with IaC orchestration: for example, a Terraform stack can output new hosts, then trigger Ansible to configure them. This reduces manual, repetitive setup and keeps environments consistent.

Choosing the Right Tools

These tools serve complementary purposes and are often combined:

• Provisioning: Terraform or CloudFormation define and create foundational resources.

• Orchestration and Governance: Spacelift coordinates IaC workflows, enforces policy as code, manages dependencies, and provides visibility.

• Application Layer: Kubernetes deploys and scales containers on top of provisioned infrastructure.

• Configuration: Ansible automates OS and application setup, integrations, and ongoing changes.

  
  

When selecting cloud management software, consider scope and constraints. Single-cloud teams may prefer native services like CloudFormation (or Azure/Bicep, Google Cloud Deployment Manager). Multi-cloud needs point toward Terraform or Pulumi for flexibility augmented by Spacelift for collaboration, policy, and end-to-end orchestration. Containerized stacks benefit from Kubernetes, and nearly every environment gains from Ansible to eliminate repetitive configuration.

The right combination standardizes workflows, improves visibility and security, and helps you scale reliably without sacrificing the freedom to use the best tool for each layer.