It’s hardly a surprise that automation stands as one of the core principles of agile development and DevOps. Organizations now face increasing workloads and demands amid swathes of business data and consumer needs. To efficiently address these concerns, automation is necessary. IT automation is an extensive field that ranges from automating a simple and moderate process to orchestrating several routine admin procedures.

According to a 2025 report by the World Economic Forum, 79% of business leaders say they are accelerating workflow automation as workplaces continue to be impacted by aging populations with another 50% planning to speed up the automation of repetitive procedures. By enabling more automation, organizations can tap into greater efficiency and accelerate digital enablement projects. In a 2020 Salesforce report, 73% of IT leaders reported that automation has helped employees save between 10% to 50% of the time they previously spent on manual tasks.

There are several IT automation tools for different operations and management processes. on the market today. One of these tools is Terraform. Terraform is one of the leading solutions for managing Infrastructure as Code and configuration management. Before you learn more about Terraform alternatives, let’s find out what IT automation is and its applications and benefits.

What is IT Automation?

IT operations refer to the process of automating tasks, workflows, and procedures as a means to reduce and replace manual IT operations. In other words, it automates processes that were previously performed manually, resulting in an improvement in IT infrastructure and applications. Automating the provisioning process has become critical for achieving better speed, consistency, and security as virtualized networks and cloud-based services become more complex.

The broad range of capabilities, tools, practices, and use cases for IT automation is vast and extensive. Similarly, it is a rapidly evolving field that incorporates modern technologies such as machine learning and artificial intelligence.

With automation, you can automate IT procedures, workflows, and policies, reducing the workload of IT staff. There is a long list of tools for IT automation to perform operations such as provisioning, build and deployment automation, server automation, security automation, and more. You can find out more on why you should automate IT infrastructure and build.

The following are a few applications of automation that your organization can leverage on:

• Continuous Integration and Continuous Deployment
• Network and Server Automation
• Configuration management
• Node automation
• Continuous Monitoring & Security Automation
• Resource provisioning

Benefits of IT Automation

Speed: With IT automation, you can do more with less. A downside of this is that errors can spread much faster in the system, as well. Admins will have to take particular care with setting up the initial workflow, but once the system is in place, they no longer have to worry. With the adoption of DevOps principles such as Test Driven Development, it has become imperative to test Automation tools thoroughly in non-production environments before deployment in live production environments. Some automation and Infrastructure as Code tools such as molecule for Ansible ensure that this paradigm is followed to minimize errors and inaccuracies during deployment.

Accuracy: There is no perfect administrator. So, when completing a routine task or setting up a complicated task, they may end up making an error. In the meantime, IT automation software can continue to perform the same process without interruption, exactly as programmed.

Efficiency: By freeing your IT professionals from conducting repetitive, time-consuming tasks, they can focus on innovative initiatives. Not only is this a significant saving for your business, but your IT team is free to work on more strategic initiatives.

Cost Savings: Automation reduces the Operational cost in terms of manpower needed to manually apply configuration changes in multiple servers. Without this advantage, the cost of manually managing 1000s of servers for huge Enterprises like Google and Amazon would be astronomical.

Accuracy in automation also aids in the reduction of costs by ensuring less time and money is spent on troubleshooting and fixing issues.

Terraform: What Is It?

Terraform is an IT automation solution that automates configuration management. Besides being easy to use, it can also help to provision infrastructure across multiple cloud platforms, making it one of the most popular IT automation tools. Through open-source IaC, it allows the control of multiple cloud services through a command-line interface (CLI).

It comes with an out-of-the-box HashiCorp Configuration Language (HCL) support, which provides a declarative language for managing data centres.

The Features And Benefits Of Terraform Include:

• As a cross-platform solution, Terraform is compatible with Linux, Windows, Mac OS X, FreeBSD, Solaris, and OpenBSD.
• Terraform includes the HCL language as a means to provide concise resource descriptions using expressions, arguments, and blocks. The use of a declarative Domain Specific Language for defining your infrastructure allows you to commit the definition to Source control making it easier for Collaboration, Tracking changes and Versioning.
• Can be used to develop new resources or manage existing ones during lifecycle processes.
• Automates resource provisioning and reduces human error.
• Manages several services and public clouds through a unified workflow.

IT Automation: 15 Terraform Alternatives

In 2025, the world of Infrastructure as Code (IaC) is evolving, with several alternatives to Terraform offering distinct features to meet different needs.

These tools stand out for their ease of use, cloud provider integrations, flexibility, and scalability.

Let’s take a look at some of the top alternatives to Terraform this year:

1. Attune

Attune is a server automation solution that is similar to Terraform. With Attune, you can provision, patch, and automate build procedures, and compliance for virtual and physical servers. By accelerating builds and deployments, Attune helps to enhance security and accelerate digital transformation. Additionally, it also supports automation using Bash, CMD, and PowerShell.

On top of this, Attune’s node automation feature allows you to automate tasks such as Raspberry Pi or Docker configuration and Home Lab set-up. It also offers an easy-to-use interface for managing all your servers. It runs several scripting languages and is written in Python.

The Features And Benefits Of Attune Include:

• Attune is a cross-platform automation solution that is Python-based and runs on macOS, Windows, and Linux for Attune Enterprise
• Full-stack orchestration
• Multi-server coordination
• A modern interface with an agentless architecture
• Streamlines the task-scheduling process
• Offers procedures that are portable and shareable
• It implements existing scripts such as running a Windows Batch file, PowerShell script, or script run by a specified (custom) interpreter on a Windows system.
• It can also execute scripts written in Bash, Python, or Perl, Execute SQL or PL/SQL scripts
• Attune provides automated documentation

2. Ansible

Ansible is one of several Terraform alternatives. It is a configuration management platform that automates the software development process. This tool allows you to deploy applications, patch them, and automate updates, compliance, and governance. Ansible is both lightweight and quick to deploy, making it a popular IT automation tool.

With Ansible Modules, you can connect your project to Ansible. You can manage your project with these modules. Due to Ansible’s agentless architecture, you don’t have to install client or server software. Ansible modules can run on any server or system. It also supports Python Paramiko modules and SSH protocols.

Benefits And Features Of Ansible Include:

• Provides support and connects to several available CI/CD solutions such as Jenkins
• Fast application deployment
• Reduces the complexity of software releases
• Uses YAML, a simple declarative language to define the desired state of your target servers. This format is human readable making it easy to understand and maintain
• Extensibility can be achieved by Hundreds of built-in modules that support tasks like File management, user management, Firewall management, Software installation, and Container management among others. Users can create custom modules in Python, Ruby or any other Language

3. Crossplane

Crossplane is a Kubernetes-native Infrastructure as Code (IaC) tool that simplifies managing infrastructure resources across multiple cloud providers like AWS, GCP, and Azure. Unlike Terraform, which serves a broader range of use cases, Crossplane is specifically designed for cloud-native environments. It allows teams to manage resources in a declarative manner, with a strong emphasis on Kubernetes integration.

With its multi-cloud support and seamless Kubernetes integration, Crossplane is an excellent choice for teams working within cloud-native ecosystems. It provides a unified approach to infrastructure management, especially in Kubernetes-first environments.

Benefits and Features of Crossplane:

• Kubernetes-native IaC with multi-cloud support
• Declarative management of cloud resources
• Perfect for teams operating in cloud-native environments, particularly with Kubernetes
• Seamless integration into existing Kubernetes workflows

4. Spinnaker

Spinnaker is a continuous delivery platform that blends infrastructure provisioning with deployment pipelines, making it a great alternative to Terraform for teams focused on CI/CD. It offers multi-cloud support, including AWS, GCP, and Kubernetes, allowing teams to automate both the provisioning and deployment of infrastructure across multiple platforms.

While Terraform is dedicated to infrastructure provisioning, Spinnaker goes a step further by integrating continuous delivery automation. This combination helps teams streamline both deployment and infrastructure management in a single tool.

Benefits and Features of Spinnaker:

• Combines infrastructure provisioning with CI/CD pipelines
• Multi-cloud support for seamless infrastructure management
• Powerful automation of deployment workflows
• Built-in support for Kubernetes and cloud-based resources

5. Kubernetes

Kubernetes is another IT automation alternative to Terraform. It is an open-source solution that enables automated deployment, management, and scaling of containerized applications. It simplifies container communication. It facilitates container discovery and management within an application.

No matter how complex your needs are, Kubernetes’ flexibility provides consistent and seamless application delivery. Besides giving you the option to migrate workloads to where you need them, it also lets you choose between on-premises, hybrid, and public cloud infrastructure.

The Features And Benefits Of Kubernetes Include:

• Provides automated scheduling
• Self-Healing Capabilities
• Automates deployments and rollbacks
• Provides load balancing and horizontal scaling
• Ensures consistency in production, development, and testing environments
• Each component of the infrastructure can function as a separate unit
• Provides greater efficiency in resource utilization
• Feature-rich enterprise-ready software
• Manage applications centrically
• Flexible infrastructure with auto-scaling

6. Jenkins

Jenkins is an automation server that enables developers and organizations to build, test, and deploy software. It also integrates with several other plugins and tools to assist developers in orchestrating test automation and CI/CD pipelines for any application project. It’s a Java-based program. It provides support for Windows, Mac OS, and other UNIX-like operating systems.

A web interface is available for setting up and configuring Jenkins. The configuration is easy since the program performs automatic error checks.

The Features and Benefits of Jenkins include:

• Suitable for CI/CD processes.
• Can be used across many platforms.
• Integrates easily with CI/CD tools
• Flexible and extensible
• Simple and easy configuration and installation

7. Chef

Chef is a configuration management tool that helps to manage configurations across a wide range of servers. Through continuous monitoring, it ensures that servers meet established standards. It also has a good track record of handling complex systems.

For automatic provisioning and configuration, Chef integrates various cloud services, including Microsoft Azure, Amazon EC2, and the Google Cloud Platform. It facilitates the connection of all IT infrastructure components, making the installation of new ones easy without the need for manual intervention.

The Features And Benefits Of Chef Include:

• The system configuration uses Ruby and Erlang-based Domain-Specific Languages (DSLs)
• Ensures flexible and consistent scaling as businesses evolve
• Oversees the management of IT infrastructure and cloud services
• High availability of servers
• Offers standalone and server/client configuration modes
• Provides multi-platform support for Mac OS, Microsoft Windows, Ubuntu, Solaris, RedHat/CentOS, FreeBSD, AIX, and Fedora

8. Puppet

Puppet enables you to install, configure, and manage servers. Moreover, it facilitates continuous deployment, compliance, and configuration management. Using Master-Slave architecture, Puppet operates on a secure encryption channel enabled by SSL.

By using the orchestrator and code manager in Puppet Enterprise, you can quickly move your infrastructure to a continuous delivery pipeline. Furthermore, you can streamline deployments across multiple data centres, allowing you to configure parameters, applications, and environments as required.

With Puppet, you can make changes to your business while maintaining consistency and remaining compliant.

The Features And Benefits Of Puppet Include:

• Works on Linux, Windows, and Unix-like operating systems and is based on C++ and Ruby
• Provides configuration and continuous monitoring for all hosts
• Improves scaling and reduces human error
• Centralized–master-server, repository-based–control of all configured machines
• Adopted by over 30,000 organizations, such as Google, Red Hat, Siemens, Stanford University, and Harvard University.
• Provides detailed references and documentation
• Puppet Server is compatible with most Linux and Unix platforms providing Ruby support, such as Windows, CentOS, and Oracle Enterprise Linux.

9. Saltstack

SaltStack is a Terraform alternative that offers hybrid, on-premises, and cloud infrastructure management. It uses Python to manage configurations and allows you to run commands remotely. It provides support for agentless and agent-based environments.

With SaltStack, detection and response to any system can happen automatically, giving large, complex environments the most comprehensive management and monitoring system available. It can also provide SecOps capabilities to detect and fix vulnerabilities and misconfigured systems. As soon as an issue arises, you can fix it instantly, guaranteeing that your infrastructure is always compliant, updated, and secure.

The Features And Benefits Of Salt Include:

• Salt minions can connect to multiple masters at the same time using the Salt Master parameter. The parameter specifies a list of Master addresses.
• The system is highly scalable with the capability to manage up to ten thousand minions at once
• It allows remote systems to run commands in parallel
• It enables the deployment, management, and execution of commands based on model-driven configurations

10. Vagrant

Vagrant is an automation software tool that lets you create and manage virtual machines all from a single workplace. The Vagrant workflow enhances production parity, decreases setup time for development environments, and gets rid of the “works on my machine” excuse.

With a VM-controlled environment, users can automate software installation, configuration changes, and all aspects of the lifecycle used for later deployment without additional concerns during the development process.

Vagrant allows you to create custom configurations for simulating staging/production environments quickly for local development and testing.

The Features And Benefits Of Vagrant:

• Integrates easily with configuration management solutions like Chef, Salt, Ansible, and Puppet
• Easy-to-use workflow
• Works well across several platforms such as Linux, Mac, and Windows OS
• Provides a singular configuration file that describes machine types and software installations
• Provides the ideal development environment for DevOps team members.

11. Pulumi

Pulumi is a modern Infrastructure-as-Code solution. You can use familiar programming languages and tools to build, deploy, and manage infrastructure anywhere in the cloud. It allows you to use the same tools, workflows, and language across all clouds.

Pulumi makes it easy to deploy from the CLI and integrates with any CI/CD tool you prefer. In addition to that, you can define and model infrastructure using several languages such as JavaScript, .NET, TypeScript, Go, and Python.

The Features And Benefits Of Pulumi:

• Open-source
• Implement infrastructure in several programming languages, including JavaScript, TypeScript, Python, and Go
• Provides access to several cloud services including AWS, Azure, Google Cloud Platform, Kubernetes, and Digital Ocean, as well as Cloudflare, New Relic, and Datadog

12. BMC Control M

BMC Control-M is a workflow orchestration solution. It helps to streamline the orchestration of business applications. It provides integrations with AWS and Azure as a means to simplify workflow across hybrid and multi-cloud environments.

By using the Control-M interface, you can create a workflow to automate a script. Afterwards, the system will write scripts to represent each of the required tasks. You can store the script and run it later or schedule it to run on demand. It can also run as a repetitive process, which launches every night at midnight.

It is possible to execute workflows across several operating systems. Furthermore, they are accessible by remote and cloud-based servers. Control-M is helpful for the secure transfer of files between servers and for setting up virtual machines.

The Features And Benefits Of BMC Control M:

• Develops faster and better applications through workflow orchestration
• Uses the Job-as-Code approach to enhance and facilitate better Dev and Ops collaboration
• It provides enhanced visibility and intelligent file movement to help you control file transfer operations
• Provides scalable data workflow management
• Provides faster data-driven insights

13. Powershell DSC

Most of the tools described in this post are Linux Native tools, However, Powershell Desired State Configuration provides an automation and configuration management platform built on Powershell for the Windows platform. Using DSC you can declaratively define the state of your target servers, this state definition then ensures that your servers are maintained in the state defined. DSC is built into Windows and supports the management of both Linux and Windows.

Whether you are configuring servers, enforcing compliance or ensuring consistency across multiple environments DSC provides a declarative way to define and maintain system configurations.

Working with DSC involves defining the desired state of your systems using a Machine-readable format using configuration scripts. Once applied DSC continuously monitors and enforces this desired state.

DSC is ideal for:

• Automating Server Provisioning
• Ensuring System Compliance
• Managing Configuration Drift

Key Features of DSC:

• Like how Terraform uses HCL, DSC employs the use of Powershell scripts to define Desired Configuration
• Resources like Files, Services or custom-built Built Modules control specific parts of the system
• Push and Pull Modes: You can either Push Configurations Manually or set up a Pull Server to automatically distribute configurations to target servers. Terraform supports both modes as well with the default being pull, however, you can also employ state push as a Final resort.
• Idempotence: Like most Configuration management tools such as Ansible and Terraform DSC ensures that no changes are made if the system is in the desired state.

14. Packer

Packer employs a different strategy to ensure standardised deployments, rather than create scripts that continuously ensure the desired state is maintained, packer is used to define standard images with all desired configurations and states already configured.

Packer is an image-building tool that automates the creation of machine images for various platforms, such as AWS AMIs, Azure VM Images, Docker Containers and More. Created and supported by Hashicorp – the same company that creates Terraform – and using the same declarative language (HCL) that is used by Terraform, it can be easily picked up by anyone with the knowledge of Terraform. Packer also supports several provisioning tools to include provisioning logic within images including but not limited to:

• Powershell DSC
• Ansible
• Chef

Packer also includes support for post-processing directives to facilitate tasks such as image compression or artifact uploading after building the image.
Packer generates immutable machine images that are reliable, consistent and ready for deployment eliminating the need to manually configure Machines or rely on Fragile, error-prone scripts.

Key Features:

1. Consistency Across Environments: Packer Ensures that the same Image can be deployed across multiple platforms avoiding environment-specific issues.
2. Automation and speed: Fully automate the image-building process saving time and reducing errors
3. Version Control: Treat your images as code by tracking changes and maintaining versions of your templates.
4. Integration with DevOps Tools: Seamlessly works with CI/CD Pipelines and Terraform for automated Deployments
5. Cross-Platform Support: Support For both cloud platforms (AWS, Azure, GCP) and on-premise platforms Like VMware and Virtualbox

15. Cloud-Init

Cloud-init is a powerful and versatile tool for bootstrapping cloud instances offering a simple way to automate and standardize configurations. It is an open-source, cross-platform tool that initializes and configures instances during the initial boot process.

Tasks that are typically automated during the initial boot process include:

• Installing standard Software packages
• Configuring users and SSH Keys
• Setting up Network Configurations
• Running Custom Scripts

Cloud-init operates by reading custom metadata passed to the instance during setup and applying the configurations.

Why use Cloud-init:

1. Automation: Automate repetitive tasks like package installation, User creation and server hardening saving valuable time
2. Consistency: Ensures all cloud instances are configured uniformly, especially in the cloud where you can deploy thousands of instances with one click, reducing configuration drift.
3. Cloud-agnostic: Works across multiple platforms including AWS, Azure, GCP, OpenStack and is widely supported by most Premise Virtualization platforms and Preinstalled on most Major Linux Distributions.

Key Features include:

1. User Data Scripts: Define Tasks like package installations, user setup, or running custom commands during boot.
2. Network Configuration: Automate the setup of network interfaces and IP configurations.
3. Multi-Cloud Support: Compatible with a large range of cloud platforms
4. Extensibility: Execute custom scripts or integrate with other automation tools (Ansible, Terraform) for additional provisioning
5. Re-initialization: Re-run Cloud-Init by clearing instance states for testing configurations.

Summing Up

In conclusion, the world of Infrastructure as Code (IaC) in 2025 is full of exciting possibilities. With so many tools to choose from, there’s a solution for every need—from simplifying infrastructure management and scaling with ease to integrating seamlessly with cloud platforms and Kubernetes.

Whether you’re looking to automate deployments or streamline your workflows, these tools are built to make your life easier and your infrastructure more efficient.

The future of IaC is all about flexibility, innovation, and finding the right fit for your unique requirements.