2025's Most In-Demand DevOps Tools and Technologies

Quick Go-Through: DevOps is a cultural evolution; however, using the ideal tools is imperative for successful implementation. Multiple DevOps tools are available for incident handling, project management, configuration management, version control, and build management. This blog will help you explore the top DevOps tools you can master to deliver high-quality software solutions. Here, you’ll also learn about the fundamentals of DevOps.

DevOps is not just a set of tools. It’s a culture and, in the words of Jez Humble, it is “a never-ending process of continual improvement.” DevOps tools offer a platform for the development team and operations team to work together by combining IT, QA, infrastructure, and development tasks to efficiently create and deploy software products. It integrates processes, methodologies, acquisition and deployment of new tools.

The purpose is to encourage and facilitate collaboration between stakeholders throughout the software development life cycle. DevOps provides an ecosystem for collaborative development, continuous testing, deployment, monitoring, feedback, and optimization.

DevOps Services can benefit the organization with :

• Reduced time to market
• Lower risk in software lifecycle with DevSecOps tools
• Greater deployment frequency

Different DevOps tools are required at separate stages of software development. Largely, the more famous tools can be broken into various categories.

According to the latest research, you can expect the DevOps market to grow from an estimated USD 10.4 billion in 2023 to USD 25.5 billion by 2028. Are you intrigued by the digits and want to learn more about DevOps tools?

Here in this article, not only will we look into the types of DevOps tools and technologies, but also, we will look into what is DevOps, how it works, who uses DevOps, what its purpose is, and the leading DevOps tools and technologies to stay ahead in software development.

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What is DevOps?

DevOps is the integration of cultural concepts, practices, and tools to improve an organization's capacity for the rapid delivery of applications and services. In contrast to conventional software and infrastructure management techniques, it helps in the evolution and improvement of products at a faster rate.

DevOps engineers are crucial in merging code, application maintenance, and application management because the practice is all about unifying and automating operations. Understanding the DevOps cycle, as well as the DevOps culture, DevOps methodology, and DevOps technologies is necessary for completing all of these duties, by the DevOps engineers.

When understanding DevOps, there are a few other terms that you should consider and look into, i.e., DevOps periodic table, DevOps dashboard, DevOps technology stack, tools used in DevOps, DevOps technology list, and DevOps engineer tools. Let's dive into these to get a better understanding

• What is DevOps periodic table?

The industry's go-to source for locating best-of-breed technologies throughout the software delivery lifecycle is the periodic table of DevOps toolchain.

• What is a DevOps dashboard?

To produce monitoring reports for the dev and ops teams, DevOps dashboards combine metrics from several observation tools. They also enable teams to monitor a variety of KPIs, including backlogs, work items, service deployment times, bugs, and errors.

• What is the DevOps technology stack?

With automated Provisioning as Code, Continuous Application Deployment, and pre-made settings for the best Cloud Native tools available, the DevOps technology stack offers a standard Kubernetes Platform. Let's now discuss how DevOps works.

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How Does DevOps Work?

You must be aware by this point that DevOps is a methodology for developing software that improves teamwork between development and operations teams by utilizing several automation tools.

These automation tools are applied using several DevOps life cycle stages. Let’s unleash and look into how DevOps works. The life cycle of DevOps divides the SDLC lifecycle into the following stages:

1. Continuous Development – To maintain many versions of the code, the continuous development stage includes committing the code to version control tools like Git or SVN. Additionally, tools like Maven, Ant, and Gradle are used to build/package the code into executable files that can be sent to QAs for testing.

2. Continuous Integration – In the DevOps lifecycle, this stage is essential. It works by merging the many DevOps cycle stages, as the name implies. This demonstrates that the key to automating the entire DevOps process is continuous integration.

3. Continuous Deployment – The building of code occurs at continuous deployment stage. A containerized environment or application is transported to the target server. Configuration management, virtualization, and containerization are the key procedures at this stage.

4. Continuous Testing – Particularly in the context of DevOps, this stage is regarded as one of the most crucial ones. As the name implies, continuous testing refers to continuous, undisrupted testing. A software change, specifically, proceeds continuously from development through testing to deployment. This method is thought to be the best at identifying risks, addressing them, and raising the quality of the final output.

5. Continuous Monitoring – It is a procedure that includes the element of identifying threats to the security and compliance standards of an architectural and software development cycle. Another name for it is continuous control monitoring (CCM). It is an automated process that can be enhanced to find comparable contradictions in the IT system.

This is how the working of DevOps takes place. Now let's move on to another crucial aspect i.e., who uses DevOps, and what is the purpose of it? Excited to learn more about the same? Read on!

Who Uses DevOps and What is Its Purpose?

DevOps is being embraced by practically all IT companies worldwide, from startups to large corporations. Let's examine a couple of businesses that employ DevOps:

• Internet-based companies like Amazon, Netflix, and Facebook.
• DevOps is used by media firms like Sony Pictures.
• DevOps is used by small and medium-sized businesses.
• DevOps is used by companies that produce building materials, like USG.
• Organizations in the government and semi-government.

Beyond the viewpoint of these businesses, DevOps is regarded as a great strategy for people like:

• Developers and programmers are free from the annoyances of protracted approval processes, server requirements, and extensive paperwork. The developers will be able to quickly provision the working environment with the help of DevOps.
• DevOps can be used by operational employees, especially those that collaborate closely with developers and increase the stability of software installations.
• DevOps may help product managers, marketing managers, and business managers gain quicker consumer input, more responsive systems, lower risks, and eliminate waste.

What are DevOps Tools?

It is well known that DevOps operates cross-functionally. Instead of using a single tool, it involves several tools that serve a variety of tasks. Additionally, DevOps toolchains are another name for these tools. Are you curious about the function of these tools? Let's get started on the same.

The development, administration, and delivery phases of the software production lifecycle are all aided by DevOps tools. Additionally, businesses that practice DevOp coordinate these technologies and integrate them into one or more production-related tasks like planning, creation, verification, monitoring, configuration, and version control.

Major Benefits of DevOps

How can a company improve its ability to give the finest features to customers promptly in the face of market competition? Here are some of the key advantages a business may get from implementing the DevOps way of working:

1. High Rate of Development

The DevOps model enables operational teams and developers to automate everything to innovate more quickly, produce high-quality software at a high rate, respond to changes swiftly, and expand their businesses effectively.

2. Stabilize the Workplace

Are you aware that the stress brought on by the introduction of new features, repairs, or upgrades has the potential to undermine the stability of your workspace and reduce overall productivity? With the help of DevOps practices, enhance your working environment with a steady and balanced approach to operation.

3. Encourages Flexibility in Your Company

It's no secret that becoming more agile in your business operations can help you maintain a competitive edge. DevOps has made it possible to get the scale needed to overhaul the company.

Now that you know what are the benefits of DevOps, let's examine the different DevOps technologies based on the activities that each of them can be used for.

Top DevOps Tools and Technologies

Have you been surfing the web for “tools used in DevOps”, if so, then congratulations, you’ve landed on the right page? Now we will walk you through different DevOps tools. Before we get started, you need to understand that a common practice around which DevOps tools can be designed is categorized as:

1. DevOps Planning Tools

Ideation, idea sharing, and planning are the first step in the development process. At this point, the development and operations team will start discussions with retrospection on previous project results and how to improve the process and results in the new development. Build tools in DevOps for project management such as ActiveCollab help track and control workflow processes and DevOps consulting.

2. DevOps Automation Tools

To speed up the deployment of iterative changes to applications in production, automation tools in DevOps or DevOps pipeline tools use technology to support existing processes that enable feedback loops between operations and development teams. Here are some examples of DevOps automation tools.

Jenkins

Jenkins is a free and open-source Java-based DevOps platform for continuous integration, continuous delivery, and continuous deployment (CI/CD). Because of the following characteristics, Jenkins has become one of the fundamental DevOps Tools:

• Used as a straightforward CI server or transformed into the project's CD hub.
• Setup and configuration are made simple by its online interface, which includes on-the-fly error checks and built-in support.

Bamboo

It is a DevOps tool that will assist you in implementing Continuous Delivery, from development to deployment. The ability to integrate automated builds, tests, and releases into a single workflow is provided. Some of its key characteristics include:

• Enables users to set up triggers to begin builds in response to commits and to design multi-stage build plans.
• The potential of Agile Development is unleashed by parallel automated tests, which accelerate and simplify the bug-finding process.

3. DevOps Version Control Tools

Systems for managing versions of files, such Git, Subversion, and Mercurial, provide a logical approach to arranging files and coordinating their creation, controlled access, updating, and deletion across teams and organizations. Version control and automation are closely related.

GitHub

GitHub is a platform for group collaboration and version control. It makes it possible for you and other individuals to collaborate remotely on projects. The functions of GitHub include:

• Project management
• Security features for business customers

Bitbucket

Bitbucket Cloud is a collaboration and hosting service for Git-based code created for teams. Bit bucket's top-notch Jira and Trello connections are designed to bring together and scale the entire software team for project execution. The following are unique Bitbucket features:

• Built, tested, and deployed using integrated CI/CD services.
• More effectively approve pull requests and code reviews.

4. Container Management Tools

Container management is the process of automating the generation, deployment, and scaling of containers. Container management enables large-scale container insertion, replacement, and organization.

Docker

Application development, testing, and deployment are made simple by the use of a software platform called Docker. Containers are standardized units that hold all the required code, libraries, system tools, and runtime and are how Docker packages software. Docker's primary attributes include:

• Docker is used by developers to create, test, and collaborate.
• Discover millions of photos from trusted publishers and the community on Docker Hub.

Kubernetes

Kubernetes is a portable, adaptive, open-source DevOps tool platform that provides declarative configuration and automation for managing containerized workloads and services. Kubernetes' main attributes include:

• It provides service delivery and load balancing for a group of pods by providing individual IP addresses and a single DNS domain.
• Mount your preferred storage system automatically.

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5. Application Performance Monitoring Tools

Application performance monitoring is the process of measuring crucial software performance indicators using monitoring software and telemetry data (APM). Professionals utilize APM to optimize service performance and response times, assure system uptime and improve user experiences.

Prometheus

It is an open-source monitoring service and alerting system based on a time series data paradigm. Prometheus collects data and metrics from a variety of services and organizes them according to the metric name and a time stamp, which act as a unique identifier. Prometheus' main characteristics are:

• Scaling with the aid of federation.
• Easy service instrumentation is made possible by numerous client libraries.

Dynatrace

Dynatrace is used to update and automate enterprise cloud operations, produce better software more quickly, and provide your customers with the best possible digital experiences. The main features of Dynatrace are:

• Significant cloud support is available, and it is compatible with all popular database technologies.
• Automatic quality controls and KPIs are offered by the Dynatrace APM solution.

6. Deployment and Server Monitoring Tools

The goal of deployment monitoring is to gain insight into the health of your applications and services while they are running in production. There are several aspects to monitoring, including availability, security, and performance.

Splunk

It is a software platform for searching and analyzing machine data. Splunk searches for deep insights by using machine-generated logs, application statistics, and user data. Here are some Splunk features:

• It enables you to view real-time data from any device or IT service directly within Splunk software.
• Searching and analyzing can be performed in several ways, including from a command line, through a browser-based user interface, or through Splunk apps.

Datadog

Datadog is a data platform that provides you with application monitoring, usage analytics, and IT operations dashboard consumption. Here are some of its main attributes:

• It provides comprehensive visibility into all data collection points, regardless of their internal operation or external configuration.
• Improve operations management by implementing automated alerts to the right person at the right time.

7. Configuration Management Tools

Configuration management tools in DevOps are used to enforce the compliance of systems and applications against their security standards and to ensure that the most current configuration standards are applied.

Chef

Chef is an open-source configuration management system (CM system) to deploy and configure server and application infrastructure. The chef will automate the configuration of a set of Chef cookbooks and cookbook packages that contain recipes for deploying applications. The key features of Chef are:

• Cloud computing platforms like Amazon AWS, Microsoft Azure, Google Cloud Platform, etc. are easily interconnected.
• Code for configuration.

Puppet

It is an automated administrative engine that lets system administrators manage the configuration of a large number of computers from a central location. Puppet maintains configuration data on a centralized server, which is used to provision and configure new system resources. Key features of the puppet are:

• Extract configuration information from numerous operating systems and platforms to automate and streamline complex manual procedures.
• Puppet helps you in saving time and money.

8. Test Automation Tools

Test automation tools assist software developers in writing automated tests for code that is being developed. While test automation enables developers to ship code changes fast with high confidence in quality, DevOps makes testing a shared team duty.

Test.ai

Test.ai is a platform of AI-powered testing tools that allows developers to build desktop, mobile, and web apps without writing any code. It aims at eliminating the need for coding in your language for specific test cases by turning your code into a data-driven script that can be used to analyze and automate specific functions of your application.

• Create tests without using scripts or coding.
• Bring testing up to the DevOps pace.

Ranorex

Ranorex is an automated DevOps testing tool whose main purpose is the analysis of graphical user interfaces (GUI). It automates tests using the object-oriented programming language Java. NET. Ranorex can be used to automate tests for Windows, macOS, and Linux.

• One license covers all the tools you require for test automation.
• Test on actual hardware or simulators or emulators.

9. Artificial Management Tools

Artificial Management tools act as a management solution for IT resources. They can be used to monitor, automate, and manage all resources connected to the server.

• Sonatype NEXUS

A repository manager called Nexus by Sonatype groups, stores, and disperses the assets required for the development. Software distribution is made simpler by Nexus, which enables developers to fully control deployment and access to every artifact within an organization from a single location. The features of Sonatype NEXUS are:

• Offers all common build tools universal support.
• Flexible and effective processes that empower development teams.

CloudRepo

CloudRepo is a managed cloud service automation solution. It provides extensive programmable APIs that allow users to automate workload and infrastructure management, as well as create custom management experiences. CloudRepo features include:

• Powerful and simple REST API.
• Real-time server monitoring and management tools.
• Automated deployment tools in DevOps for code updates and server configuration changes.

10. Communication and Collaboration tools

The main purpose of communication tools is to communicate with your employees, users, and customers. And when selecting which tools will best meet a given set of business requirements, several aspects are taken into account, including user experience, security, integration, and automation capabilities, and whether to develop, buy or rent.

Slack

It offers a Slackbot to interact with your team more humanly. It is an advanced messaging app that helps you create rich content to effectively communicate with others. The key features of slack are:

• Project management tools like Twitter, Google Hangouts, Trello, and others are easily integrated into a user-friendly project management architecture.
• Strong collaboration and communication tools using audio, video, direct chat, and shared channels.

11. Cloud Computing Tools

Organizations are given the ability to access IT resources on demand, via the Internet, and on a pay-per-use basis, thanks to cloud computing. As a result, your business does not have to buy, set up, run, and upgrade hardware for physical data centers.

Amazon Web Services (AWS)

AWS is known to provide over 200 cloud computing services. The services provided by AWS include storage, analytics, computing, IoT, AI/ML, and database services. The key features of AWS services are:

• Powerful data and relationship management.
• Fully managed infrastructure.

CloudZero - Cloud Cost Intelligent Platform (SaaS)

SaaS businesses can enhance ROI, reduce AWS expenditures, and gain more visibility into their cloud usage and prices using CloudZero. You can align cloud charges to the individuals, organizations, and features that produce them with the aid of CloudZero. The key features of CloudZero are:

• Organize speed to match your business.
• Drive accountability and stay on budget.

12. IT Ticketing Tools

The IT ticketing tools are used to track IT service requests, events, incidents, and alerts that might require action from IT. With the help of ticketing software, organizations can easily resolve their internal IT issues by streamlining the process of resolution.

Zendesk

With Zendesk, your customer service staff can easily communicate with customers via all available channels, including email, messaging, social media, phone, bots, and community forums. The key features of Zendesk are:

• It offers problem-solving at lightning speed.
• Zendesk offers a simple IT ticketing solution.

Zoho Desk

Smaller customer-facing support teams who want a platform they can expand on may consider Zoho Desk. However, Zoho's CRM serves companies of all sizes and across all sectors. Features of Zoho Desk are:

• Easily sync your data with Zoho Desk.
• Knowledgeable base with the ticket management system.

13. DevOps Monitoring Tools

Teams can respond instantly and automatically to any changes in the client experience thanks to monitoring tools in DevOps. Additionally, it allows developers to switch back to earlier stages of development, which lowers the number of product modifications that fail.

Sensu

Sensu is one of the best continuous monitoring tools in DevOps, and it is used to keep an eye on both apps and infrastructure. You can use this platform to gauge and keep an eye on the functionality of your applications, infrastructure, and business KPIs. Features of Sensu are:

• It transmits notifications and alarms.
• It offers dynamic client registration and deregistration.
• PagerDuty

An operations performance platform called PagerDuty was created to collaborate closely with operations staff to evaluate the dependability and efficiency of apps and deal with faults as soon as they arise. The features of PagerDuty:

• Users love PagerDuty because of its user-friendly alerting API.
• This GUI application for scheduling and escalation policy is quite effective.

14. Best Infrastructure as Code Tools

Infrastructure as Code (IaC) is a practice of defining and deploying an application’s infrastructure through code which helps in automating the creation, modification, and deployment of software.

Terraform

This is one of the best infrastructure-as-a-code tools that allow you to create, change, and destroy complex multi-cloud applications. It provides a declarative configuration for your existing infrastructure. The features of Terraform:

• It is an open-source tool.
• A wide range of users can use this tool to write, test, and run code.

SaltStack

SaltStack is one of the renowned IAC service tools that helps in the automation and management of both state and infrastructure. This software comes with an agentless, high-speed communication system that can help you manage your complete DevOps environment. The features of SaltStack:

• It offers the advantage of simultaneous execution, along with both local and remote data processing.
• The Apache-style configuration management is efficient.

15. DevSecOps tools

DevSecOps tools boost security integration within the SDLC and are known as DevOps integration tools. These tools can automate tests.

DevSecOps tools are again broken into categories as per their application.

1. Security Analysis tools – SonarQube, Fortify, Checkmarx, and Contrastsecurity all offer code scanning and security reports and prioritize exploitable vulnerabilities.

2. Container Security tools – Twistlock, Notary, and Aqua Security are notable tools for securing containers, hosts, and servers across the DevSecOps lifecycle.

3. Cloud DevOps Security tools – AWS security service, AppScan on the cloud, Trend Micro Cloud One, and Evident.io give security tools for web, mobile, and open-source software. AWS data protection provides encryption and key management and threat detection that protects your accounts and workloads.

4. Monitoring tools – Sqreen, Snort, and NewRelic offer monitoring systems that check each package closely to ensure it does not contain suspicious anomalies.

ConclusionSecurity is a top priority in every stage of the DevOps process as it maximizes developer time and minimizes release risk. A recent survey among DevOps consulting companies showed that it is the second most practiced development methodology with 59% of respondents being able to deploy multiple times in a day.Finally, 66% of DevOps Services report greater innovation capabilities. However, for the best execution of DevOps tools, you must implement the right DevOps strategy that will match your business needs. How you automate, optimize, and accelerate application deployment is also important. There are numerous options for DevOps tools, whether it is to boost internal capabilities in CI/CD, DevSecOps, building, testing, or collaboration.With the right tools and proper execution, you can work in a collaborative environment, accelerate release and deployment, control major incident management, and fastrack application release.So, if you too are looking for a partner who can guide your technological excellence while providing top-notch DevOps services, you have reached the right place.At Radixweb, we believe that every interaction can be nurtured into a successful engagement and are confident that our services will help you meet and exceed all your enterprise goals with services like DevOps, legacy application modernization, mobile application development, web application development, software re-engineering, embedded software, and a lot more. Get in touch now to take your enterprise to the next level.