10 Best DevOps Tools in 2025
The term “DevOps” is a combination of the words “development” and “operations.” Promoting the development and operation processes collectively is a cultural requirement. A single team can now manage the entire application lifecycle, including development, testing, deployment, and operations. System administrators, QA engineers, and software developers can communicate more effectively with the help of DevOps. […] The post 10 Best DevOps Tools in 2025 appeared first on Cyber Security News.
The term “DevOps” is a combination of the words “development” and “operations.” Promoting the development and operation processes collectively is a cultural requirement.
A single team can now manage the entire application lifecycle, including development, testing, deployment, and operations.
System administrators, QA engineers, and software developers can communicate more effectively with the help of DevOps. Additionally, it enables businesses to provide better customer service and engage in more robust market competition.
Which Tool Is Best For DevOps?
Effective tooling helps DevOps teams deploy and innovate quickly and reliably for clients. These solutions automate tedious activities, let teams scale complex settings, and keep engineers in charge of DevOps’ high pace.
It incorporates cutting-edge technologies such as cloud computing, artificial intelligence (AI), machine learning (ML), and the Internet of Things (IoT).
DevOps is a way of thinking that helps shorten the software development life cycle by removing obstacles from conventional development processes and operations.
Among the top DevOps tools are Jenkins, Phantom, GitHub, Kubernetes, Docker, Nagios, Slack, Bitbucket, Gradle, Jira, and many other programs.
Which DevOps Tool Is In Demand?
DevOps has emerged as one of the most valuable business disciplines for businesses and organizations. The quality and speed of the application delivery have significantly increased with the aid of DevOps.
Technological advancements have created numerous DevOps tools to enhance development and collaboration. Popular DevOps tools include Ansible, Azure DevOps, Kubernetes, Docker, Katalon Studio, and Ranorex Studio.
These tools are industry standards and the cornerstones for enhancing your processes’ speed, agility, and automation.
Here Are Our Picks For The 10 Best DevOps Tools And Its Features:
- Jenkins: An open-source automation server that enables continuous integration and continuous delivery (CI/CD) for any combination of languages and source code repositories.
- Phantom: A security automation and orchestration platform that automates security operations, including threat intelligence, incident response, and vulnerability management.
- GitHub: A code hosting platform for version control and collaboration, allowing multiple developers to work on projects simultaneously with seamless integration and branching.
- Kubernetes: An open-source platform for automating deployment, scaling, and management of containerized applications across clusters of hosts.
- Docker: A platform that enables developers to create, deploy, and run applications in containers, ensuring consistency across multiple environments.
- Nagios: A monitoring tool that comprehensively monitors systems, networks, and infrastructure, identifying and resolving issues before they affect end-users.
- Slack: A messaging app for teams that facilitates communication, collaboration, and integration with various tools, enhancing workflow efficiency.
- Bitbucket: A Git repository management solution for professional teams, offering continuous delivery, code collaboration, and built-in CI/CD capabilities.
- Gradle: A build automation tool that supports multi-language development, providing high performance and flexibility in building, testing, and deploying applications.
- Jira: A project management and issue-tracking tool that helps teams plan, track, and manage agile software development projects with customizable workflows and reporting.
| 10 Best DevOps Tools | Features | Stand-Alone Feature | Pricing | Free Trial / Demo |
|---|---|---|---|---|
| 1. Jenkins | 1. Continuous Integration (CI) 2. Continuous Delivery (CD) 3. Distributed builds 4. Extensibility through plugins | Continuous integration and delivery automation for DevOps pipelines. | Free and open-source | No |
| 2. Phantom | 1. Web automation and scraping 2. Headless browser functionality 3. Support for multiple programming languages 4. Easy configuration and setup | Security orchestration and automation for incident response. | Custom pricing upon request | Yes |
| 3. GitHub | 1. Version control system (Git) 2. Code collaboration and sharing 3. Issue tracking and management 4. Pull requests and code review | Source code management and collaborative development platform. | Free to enterprise pricing tiers | Yes |
| 4. Kubernetes | 1. Container orchestration 2. Scalability and automatic scaling 3. Service discovery and load balancing 4. Self-healing and fault tolerance | 1. Containerization 2. Lightweight and portable 3. Rapid application deployment 4. Isolation of applications and dependencies | Accessible to enterprise pricing tiers | No |
| 5. Docker | 1. Containerization 2. Lightweight and portable 3. Rapid application deployment 4. Isolation of applications and dependencie | Containerization platform for consistent application deployment across environments. | Free, Pro, and Team plans | Yes |
| 6. Nagios | 1. Monitoring of network services and hosts 2. Alerting and notification system 3. Performance monitoring and trending 4. Event handling and escalation | Network and system monitoring for infrastructure health and performance. | Free and enterprise editions available | Yes |
| 7. Slack | 1. Real-time messaging and collaboration 2. Channel-based organization 3. Direct messaging and group conversations 4. File sharing and collaboration | Team communication and collaboration platform with real-time messaging. | Free and enterprise editions are available | Yes |
| 8. Bitbucket | 1. Git and Mercurial repository hosting 2. Code collaboration and version control 3. Branching and merging workflows 4. Pull requests and code review | Git repository management for collaborative code development. | Free, Standard, and plans | Yes |
| 9. Gradle | 1. Build automation and dependency management 2. Declarative and flexible build scripts 3. Multi-project support 4. Incremental builds for faster performance | Build automation tool for flexible project configuration and management. | Free and enterprise plans | Yes |
| 10. Jira | 1. Issue tracking and management 2. Agile project management 3. Scrum and Kanban boards 4. Customizable workflows | Project management and issue tracking for agile development teams. | Free and paid tiers are available | Yes |
1. Jenkins
Year: 2004
Location: London, Blackstock Rd, Finsbury Park, United Kingdom
The leading open-source automation server, Jenkins, has many plugins for project development, deployment, and automation. It is a Java-based, self-contained software with Windows, Linux, macOS, and other Unix-like operating system packages that may be used immediately.
Jenkins plugins enable continuous integration and integrate DevOps stages. The tool manages build, documentation, testing, packaging, staging, deployment, static code analysis, and other software delivery lifecycle operations.
Developers who use continuous integration commit changes to the source code from a shared repository, and the changes are all continuously built.
More than 1,700 plugins are available from the Jenkins community, allowing Jenkins to be integrated with almost any tool, including all best-of-breed options used throughout the continuous delivery process.
Jenkins is a tool that businesses can use to automate and accelerate the software development process.
Why Do We Recommend It?
- Almost all of the tools in the continuous integration and delivery toolchain are compatible with Jenkins.
- Plugins can also modify Jenkins’ visual appearance or add new features.
- Whenever new code becomes available, the Jenkins CI server checks the repository and pulls it.
- Jenkins uses continuous integration to ensure the code is sound and tested thoroughly.
- Jenkins improves code coverage, which encourages team members to collaborate openly during the development process.
| What is Good? | What Could Be Better? |
|---|---|
| Extensibility | Steeper learning curve |
| Open-source and active community | Maintenance overhead |
| Easy integration with version control systems | Resource consumption |
| Robust support for CI/CD | Outdated UI |
Demo video
Price
You can get a free trial and personalized demo here.
Jenkins – Trial / Demo
2. Phantom
Year: 2014
Location: San Francisco, California.
The Security Orchestration, Automation, and Response (SOAR) system is called Splunk Phantom.
Phantom, officially part of Splunk, is a platform that integrates your current security technologies and enables you to automate tasks, orchestrate workflows, and support a wide range of SOC functions, including event and case management, collaboration, and reporting.
Using the Phantom tool, you can collaborate in a focused situation on an episode while being aware of the growing security risks. Helping programmers build a nearly impenetrable structure that serves as the cycle’s core can significantly assist.
It can connect to external sources like threat intelligence databases, known antivirus signature databases, and general ancillary security tools that gather information about digital threats, but in a more powerful way than other software.
Phantom offers a fresh perspective on IT infrastructure management and has the power to change how companies conduct business. It also allows DevOps professionals to immediately mitigate such risks using methods like file detonation, device quarantine, etc.
Why Do We Recommend It?
- It allows your team to work together in a centralized setting in the event of an incident and to be informed of any growing security threats.
- You can quickly deploy your code to various settings, including development and production environments.
- Because it integrates with so many different tools and platforms, getting started and maintaining organization are made simple.
- Built-in incident case management enables you to create defined workflows, increase operational rigor, and standardize your processes into reusable templates.
- By automating security workflows and tasks across all of your security tools, you can reduce your mean time to response (MTTR).
| What is Good ? | What Could Be Better? |
|---|---|
| Headless browsing | Deprecated |
| Scriptable with JavaScript | Limited support for modern web technologies |
Price
You can get a free trial and personalized demo here.
Phantom – Trial / Demo
3. GitHub
Year: 2008
Location: San Francisco, California, U.S
GitHub is a website hosting service for Git-based version control and software development.
Leading software development platform GitHub makes it simple for developers to work together on code, manage projects, and create software.
Engineers can quickly cycle the code using this tool, and the warning is immediately sent to other team members. It provides both Git’s distributed version control and source code management (SCM) capabilities.
The GitHub service includes access controls and collaboration tools like task management, repository hosting, and team management. Additionally, it makes it easier to use collaboration tools like task management, feature requests, and bug tracking for each project.
Why Do We Recommend It?
- With other tools like Bitbucket and Atlassian Jira, it offers a wide range of integrations.
- Developers can follow the development of their projects more easily because it provides real-time tracking of code changes and builds.
- Create calls to get all the data and events you require from GitHub to start and advance your software workflows automatically.
- You can automate work for your repository, organization, or application by integrating with dozens of events and a Webhooks API.
- With GitHub’s hosted on-demand Linux, Windows, and MacOS environments, you can move automation to the cloud.
| What is Good? | What Could Be Better? |
|---|---|
| Version Control | Dependency on Centralized Service |
| Code Collaboration | Limited Private Repositories |
| Public and Private Repositories | Complex Pull Request Workflows |
| Issue Tracking | Security Concerns |
Demo video
Price
You can get a free trial and personalized demo here.
GitHub – Trial / Demo
4. Kubernetes
Year: 2014
Location: San Francisco, California, United States.
Kubernetes, or K8, is an open-source platform for containerized application deployment, scalability, and automation. As an open-source project, it can be used to transfer workloads to strategic places using on-premises, hybrid, or public cloud infrastructure.
It can automatically mount local storage, free public cloud services, and more. These building elements may scale, maintain, and deploy programs based on CPU, memory, or other metrics.
You can use it to manage and store sensitive data like SSH keys, OAuth tokens, and passwords. It has been widely adopted in the data center due to its suitability for operating and managing sizable cloud-native workloads.
Kubernetes simplifies every aspect of deploying and managing your application because it was inspired by Google’s internal cluster management system, Borg.
Why Do We Recommend It?
- If needed, it can replace containers that fail while managing your batch and continuous integration workloads.
- Places containers automatically while maintaining availability based on their needs for resources and other restrictions.
- You can quickly scale your application up or down using a command, a user interface, or automatically based on CPU usage.
- Without changing the upstream source code, expand the capabilities of your Kubernetes cluster.
- Kubernetes performs ongoing health checks on your services, restarting any containers that fail or become stuck.
| What is Good ? | What Could Be Better? |
|---|---|
| Scalability | Vendor Lock-in Concerns |
| High Availability | Resource Consumption |
| Portability | Not Suitable for All Workloads |
| Self-Healing | Networking Challenges |
Demo video
Price
You can get a free trial and personalized demo here.
Kubernetes – Trial / Demo
5. Docker
Year: 2010
Location: Palo Alto, California, United States
Docker is used throughout the development lifecycle for quick, simple, and portable application development on the desktop and in the cloud.
It enables the automation of single-node, containerized application development, deployment, and management. It is a collection of platform-as-a-service (PaaS) products that deliver software in containers by utilizing OS-level virtualization.
UIs, CLIs, APIs, and security are all included in Docker’s comprehensive end-to-end platform, which is designed to cooperate throughout the entire application delivery lifecycle.
Open-source automation tools can easily integrate with Azure Cloud, AWS, and Google Cloud Platform. Each application container contains the programming language, auxiliary files, timing control files, system configuration files, and other program execution files.
Why Do We Recommend It?
- Working with coworkers and other developers while quickly publishing images to Docker Hub will help you innovate.
- With just one command and the simplicity of Docker Compose CLI, accelerate development.
- Setting up standardized local developer environments for an organization’s employees is made easier by Docker Desktop.
- Develop cloud applications with less code by tightly integrating with Azure Container Instances (ACI).
- Make connections with other community leaders who can teach you how to create, run, and expand your community in an efficient manner.
| What is Good ? | What Could Be Better? |
|---|---|
| Efficiency and Resource Utilization | Orchestration Complexity |
| Easier Rollbacks and Updates | Ecosystem Fragmentation |
| Cross-Functional Collaboration | Lack of Version Compatibility |
| Rapid Deployment | Storage and Performance |
Demo video
Price
You can get a free trial and personalized demo here.
Docker – Trial / Demo
6. Nagios
Year: 2007
Location: Saint Paul, Minnesota, United States
DevOps uses Nagios to monitor systems, applications, services, and business processes. Applications, services, operating systems, network protocols, systems metrics, and network infrastructure are monitored by Nagios XI.
Its Fusion helps to resolve issues brought on by multiple networks and geographical separation by providing your network with a high level of visibility and scalability.
Thousands of third-party add-ons enable the monitoring of almost all internal and external applications, services, and systems. External applications connected to the monitoring tool initiate passive checks, whereas Nagios starts active checks.
Nagios offers tools for monitoring applications and their states, including Windows, Linux, UNIX, and Web applications.
Why Do We Recommend It?
- Create alerts to inform you of potential threats, or use log data queries to quickly audit any system.
- Multiple APIs make it simple to integrate with internal and external applications.
- Using Nagios Fusion, you can quickly resolve issues across your entire network. It gives you a centralized Visualization operation status.
- Alerts are prevented during scheduled maintenance and upgrade windows by scheduled downtime.
- The communication of known problems and their solutions is provided by alert acknowledgments.
| What is Good? | What Could Be Better? |
|---|---|
| Flexibility | Alert Management Complexity |
| Open-source and Active Community | Limited Visualization and Reporting |
| Plugin Ecosystem | Lack of Auto-discovery |
| Centralized Monitoring | User Interface |
Demo video
Price
You can get a free trial and personalized demo here.
Nagios – Trial / Demo
7. Slack
Year : 2009
Location : San Francisco, California, United States
Slack has been adopted as a community platform even though it was created for business and organizational communications. The Slack Add-On for Gmail helps you advance conversations by bringing context from an email into a Slack channel or direct message.
Voice calls, video calls, text messages, media files, and private chats are all forms of communication that users can use either alone or in groups known as “workspaces.”
Using the Slack tool, you can link your team to other services, like Office 365, Google, HubSpot, Zoho, Asana, Trello, Jira, Todoist, etc., as well as ClickUp and HubSpot.
Why Do We Recommend It?
- You can work more quickly by closing fewer tabs when Slack is connected to your other work apps.
- Windows, Linux, MacOS, Android, Windows Phone, and iOS are all supported by Slack.
- Team members can communicate through public channels instead of email or group SMS (texting).
- Instead of messaging a group of users at once, users can send private messages to particular users directly.
- Slack supports both community-built and third-party service integrations, such as Google Drive and Trello.
| What is Good ? | What Could Be Better? |
|---|---|
| Real-time Communication | Information Overload |
| Channel-based Organization | Communication Fragmentation |
| Integrations | No Threaded Conversations |
| File Sharing | Data Retention and Cost |
Demo video
Price
You can get a free trial and personalized demo here.
Slack – Trial/ Dem
8. Bitbucket
Year: 2010
Location: San Francisco, California
Bitbucket Cloud is the native Git tool in Atlassian’s Open DevOps solution, featuring best-in-class CI/CD integration and Jira integration.
It offers a single location for your team to work together on code from concept to Cloud, create high-quality code through automated testing, and confidently deploy code.
Automation of deployment workflows is made possible by built-in CI/CD, testing, and delivery, with additional support for external CI/CD integrations.
Teams can discuss and review changes via pull requests or inline comments in the source code. Pipelines are developed directly within Bitbucket Cloud to give users complete visibility from coding to deployment.
Implement checks to stop issues before they arise while resting easy knowing your code is protected in the cloud.
Why Do We Recommend It?
- Manage your Jira issues in Bitbucket using the integrated Jira UI to reduce context switching.
- You can find and fix bugs before you deploy with the help of comprehensive code review features.
- You can connect to other providers or run automatic security scans using Snyk’s out-of-the-box integration.
- Private repositories allow users to collaborate, version control, and store their code for free.
- Repositories are always secure because they are encrypted in transit and at rest.
| What is Good ? | What Could Be Better? |
|---|---|
| Git and Mercurial Support | User Interface |
| Free Private Repositories | Limited Features for Free Version |
| Integration with Jira | Limited Third-Party Marketplace |
| Code Collaboration | Limited Non-Git Support |
Demo video
Price
You can get a free trial and personalized demo here.
Bitbucket – Trial / Demo
9. Gradle
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Year : 2008
Location: San Francisco, California, United States.
Gradle is an excellent open-source construction tool for developing any type of software. It manages every step of the development process, from testing, deployment, and publishing to compilation and packaging.
It supports Java (along with Kotlin, Groovy, and Scala), C/C++, and JavaScript. Through dependency management, it uses a directed acyclic graph to determine the order in which tasks can be executed.
By identifying the components in the build tree that has already been updated, incremental builds can be supported by avoiding the need to re-run any tasks that depend solely on those components.
Additionally, using the Gradle Build Cache, it supports caching of build components possibly across a shared network.
Why Do We Recommend It?
- CI builds are typically allowed to push to a shared build cache, and developers are then permitted to pull from it.
- Gradle restarts the execution of a task when it notices that its input or output has changed between build runs.
- Through a Worker API, Gradle enables the execution of tasks and intra-task work in parallel.
- Instead of a text console and text files, use a rich web interface to understand what occurred in your build.
- Without performing the task actions, run a build to see which tasks are actually carried out.
| What is Good ? | What Could Be Better? |
|---|---|
| Flexibility and Extensibility | Community and Adoption |
| Declarative DSL | Build Script Complexity |
| Incremental Builds | Build Cache Complexity |
| Dependency Management | Compatibility with Third-Party Plugins |
Demo video
Price
You can get a free trial and personalized demo here.
Gradle – Trial / Demo
10. Jira
Year : 2002
Location : Sydney, Australia
Jira is a collection of agile work management tools that fosters teamwork between all teams from concept to customer, enabling you to collaborate and produce the best work of your lives.
Jira was initially intended to be a bug and issue tracker. But today, Jira has developed into a potent work management tool for a variety of use cases, including agile software development and the management of requirements and test cases.
For software, IT, business, operations teams, and other groups, it provides a number of products and deployment options.
Teams can manage stakeholders, budgets, and feature requirements from day one with the help of Jira Software’s planning and road mapping tools.
It integrates with several CI/CD tools to promote transparency throughout the entire software development life cycle.
Why Do We Recommend It?
- Agile teams can complete large, complex projects more quickly by breaking them up into manageable chunks of work using scrum boards.
- Teams are able to make quick decisions while staying on track to accomplish larger objectives when they have full visibility into all relevant information.
- The Jira issue development panel allows users to view and create branches, pull requests, and commits.
- Track and evaluate development using all available tools from conception to production.
- A quick and user-friendly web interface with quick keyboard shortcuts is used to create, update, and manage issues.
| What is Good ? | What Could Be Better? |
|---|---|
| Powerful Issue Tracking | Limited Reporting Capabilities |
| Customizable Workflows | Complexity for Small Projects |
| Integration Ecosystem | Dependency on Plugins |
| Agile Project Management | Lack of Built-in Time Tracking |
Demo video
Price
You can get a free trial and personalized demo here.
Jira – Trial / Demo
In order to deploy code to production more quickly and in an automated and repeatable manner, DevOps encourages collaboration between the development and operations teams.
Adopting agile practices within the framework of a system-oriented approach represents a shift in the IT culture that is entirely focused on providing rapid IT service delivery.
It is a method of software development that encourages the use of DevOps tools in agile communication between the development and operations teams.
Many DevOps tools are simple to learn, including Gitlab CI/CD, Scripting, Terraform, Phantom, Nagios, Vagrant, Sentry, Gradle, and eG Enterprise.
These tools assist in getting your operations team and developer team on the same page so they can collaborate more easily.
It is possible to build, test, release, and manage workloads more quickly and reliably by automating software development processes with the help of DevOps practices.
The five major pillars of DevOps are
1. Culture
2. Automation
3. Lean
4. Measurement
5. Sharing
1. Culture
Whether it falls under your specialty or not, everyone should be focused on a single objective and assist others in achieving it.
To become a full-stack engineer, you should consider stepping outside of your comfort zone.
2. Automation
Not only must scripts be written for testing and deployment, but programmable infrastructure must also be adopted, and everything must be documented, versioned, and managed automatically.
3. Lean
Small and frequent code deployments to the production environment are recommended, and easily understandable application architecture should be used when developing the entire application.
4. Measurement
Frequent releases provide excellent flexibility, but they also pose a threat to the safety of the production environment.
Because of this, a developed application needs to have useful metrics and be constantly monitored.
5. Sharing
For better communication to occur and for people to cooperate, sharing is necessary.
As a result, it’s critical to communicate ideas, experiences, and thoughts both inside and outside of the organization.
The post 10 Best DevOps Tools in 2025 appeared first on Cyber Security News.
