In the recent times, a new trend is gaining popularity in the software development life cycle called DevSecOps. This technology bridges the gap between development, operations, and security teams to speed up the software development process through collaboration and communication among the teams. The goal of DevOps is to give more ownership to the development team for developing and monitoring applications. Security plays a key role by providing high-end security to the applications.

“DevSecOps = DevOps + Security”

The rising adoption of various software applications among businesses and consumers has opened new avenues for hackers to hack data leading to the lack of security in terms of coding or configurations. DevSecOps is expected to play a vital role at this point in maintaining the security by collaborating various departments at the initial stages of product development.

According to Infoholic Research, the global DevSecOps market is expected to grow at a CAGR of 33.7% during the forecast period 2017-2023. The rising security breaches, awareness about DevSecOps platforms, need for improving SDLC by reducing the time wasted, and the increasing investment activities have led to the demand for DevSecOps. In addition, the growing demand for advanced technologies, such as AI, automation, and cloud technologies, are expected to support the DevSecOps market growth. The market is analyzed by regions, deployment type, and enterprise type.

Segmentation Analysis: Regions and Deployment type

Region-wise: The Americas leads the market followed by Europe. The US, Canada, UK, Germany, and France are the major revenue generators owing to the rising security breaches, advanced technology, demand for high-end software products, and government rules and regulations related to security. Asia Pacific is always an attractive market for the key stakeholders to enhance their business or product portfolios. Especially, India, China, Japan, Singapore, Philippines, and other country enterprises are showing interest in the DevSecOps platform. It shows that DevSecOps platform adoption rate is about to witness a lot of investment in the upcoming years. Finally, MEA is an emerging market for the key stakeholders during 2017-2023.

This report provides details about DevSecOps deployment type. Most of the DevSecOps players are offering cloud and on-premises deployment modes for their customers and most of the enterprises are still demanding for the on-premises model. In the recent years, the enterprises are moving from on-premises to the cloud, but cloud providers need to ensure security at each stage of the product development involving security, developers, and operational professionals. The cloud deployment model is expected to contribute the major market share followed by the on-premises model.

Enterprise type Analysis

Globally, all kinds of enterprises are falling under security breaches somehow, especially SMEs are always targeted by the hackers’ due to the lack of IT infrastructure and knowledge about security threats. Whereas, larger enterprises are adopting more and more digital, advanced technologies to reach their customer demands, but security loopholes on software product/services may impact their customer experience. Thus, enterprises are showing interest in adopting the DevSecOps platform and using it. The large enterprise segment is leading the market, followed by the SMEs, but in the future the SMEs segment is expected to increase its revenue contribution toward the market growth.

Key Vendors and Competitive Analysis

Some of the companies covered in the report include IBM, Splunk, Chef Software, Puppet, Amazon, CA Technologies, Qualys, and others. The small and growing start-ups are focusing to provide high-end DevSecOps tools and are receiving a good number of customers. The big players are enhancing partnerships and M&A strategies with the small players to increase their footprints in the market, and thus, gain a leading position in the DevSecOps platform market. Players are investing in building an expertise workforce in the DevSecOps area to satisfy the ongoing and future demands.

Benefits

The report provides an in-depth analysis of current and future market status for DevSecOps. The report aims to provide an opportunity for key players to understand the latest trends, demands, players’ initiatives, and technologies related to the market. This report gives the complete details about regions, country wise details, adoption and plan ratio of DevSecOps, revenue, and key trends. In addition, it helps the venture capitalists in understanding the profile of the companies.

Editorial note: This article is based on a market report teaser originally published in 2019 by 360 Market Updates (sourced via denvernewspress.com). Specific CAGR figures, market size values, and forecast numbers were redacted or unavailable in the source material and have not been reproduced here. Readers requiring precise figures should consult a current primary market research report.

What Are Continuous Integration Tools?

Continuous integration tools automate the process of merging developer code changes into a shared repository, then building and testing that code automatically. The goal is to detect integration errors early, reduce manual effort, and enable faster, more reliable software releases.

CI tools typically handle one or more of the following tasks:

• Source code polling or webhook-triggered build pipelines
• Automated compilation and artifact creation
• Unit, integration, and regression test execution
• Code quality and security scanning
• Notification and reporting on build status
• Triggering downstream continuous delivery (CD) workflows

Market Growth Drivers

Several converging trends were accelerating CI tool adoption around the 2018–2024 timeframe covered by this market research:

• Software-driven business: Across industries from banking to retail, software became a primary competitive differentiator, increasing pressure on engineering teams to ship faster and more reliably.
• DevOps and agile adoption: Organisations embracing agile methodologies and DevOps culture required automated pipelines to sustain short iteration cycles.
• Cloud-native development: The shift toward microservices and containerised workloads increased the complexity of builds, making automated CI essential rather than optional.
• Remote and distributed teams: Geographically distributed engineering teams rely on CI systems as a shared source of truth for code health.
• Regulatory and quality requirements: Industries such as fintech, healthcare, and government increasingly require documented, repeatable build and test processes.

Key Players in the CI Tools Market

The CI tools landscape includes a mix of large enterprise platform vendors, cloud hyperscalers, and specialist DevOps tool providers. The following companies were identified in the original market report as significant participants:

• IBM — enterprise DevOps and hybrid cloud tooling
• Atlassian — Bamboo and Bitbucket Pipelines
• Red Hat — OpenShift Pipelines and enterprise open-source CI
• CA Technologies (now Broadcom) — enterprise software delivery
• Puppet — infrastructure automation with CI integration
• CloudBees — commercial Jenkins distribution and CI/CD platform
• AWS — CodeBuild, CodePipeline, and CodeCommit
• Microsoft — Azure DevOps (formerly VSTS) and GitHub Actions
• Oracle — Oracle Developer Cloud and DevOps service
• Micro Focus — enterprise application lifecycle management
• CircleCI — cloud-native CI/CD platform
• JetBrains — TeamCity CI server
• Shippable — CI/CD for containers (later acquired by JFrog)
• Electric Cloud (now CloudBees) — release automation
• SmartBear — test automation and API quality tooling
• AutoRABIT — CI/CD for Salesforce development
• AppVeyor — Windows-focused CI service
• Drone.io — container-native CI platform
• Rendered Text — Semaphore CI
• Bitrise — mobile-focused CI/CD
• Nevercode — mobile CI (now Codemagic)
• Travis CI — widely-used hosted CI service for open-source projects
• PHPCI / Gitea Actions — open-source PHP-oriented CI
• Buildkite — hybrid CI with self-hosted agents

This list reflects the market landscape as reported in 2019. The competitive landscape has shifted significantly since then — for example, GitHub Actions launched broadly in 2019, Shippable was acquired by JFrog, and Travis CI changed ownership and pricing model.

Regional Adoption Trends

The market report segmented CI tool adoption across the following major regions:

North America

North America (United States, Canada, and Mexico) represented a leading market for CI tooling, driven by the concentration of large technology companies, a mature DevOps culture, and widespread enterprise cloud adoption.

Europe

Europe (Germany, UK, France, Italy, Russia, Spain, and Benelux) showed strong adoption particularly in financial services, manufacturing, and the public sector, with increasing investment in DevOps transformation programmes.

Asia Pacific

Asia Pacific (China, Japan, India, Southeast Asia, and Australia) was identified as a high-growth region, fuelled by rapid expansion of software development outsourcing hubs, growing domestic technology sectors, and increasing enterprise cloud investment.

How to Evaluate a CI Tool for Your Team

Market reports provide useful vendor landscape context, but choosing a CI tool for your organisation requires evaluating against your own requirements. Key criteria to consider:

• Hosting model: On-premises, self-hosted on your cloud infrastructure, or fully managed SaaS — each carries different cost and control trade-offs.
• Language and platform support: Ensure the tool supports your primary development languages, frameworks, and target deployment platforms (mobile, container, serverless).
• Integration ecosystem: Check native integrations with your source control system, artefact registry, container registry, and deployment targets.
• Scalability: Understand how the tool handles parallel builds and peak load, and what pricing or infrastructure changes are required to scale.
• Pipeline-as-code: Modern CI tools store pipeline configuration in version-controlled files (YAML or similar) rather than GUI-only configuration.
• Security and compliance: Look for features such as secrets management, audit logging, role-based access control, and SOC 2 or ISO 27001 certification.
• Community and support: For open-source tools such as Jenkins or Drone, evaluate the health of the community and available commercial support options.

Summary

The continuous integration tools market was already well-established by 2019, with a broad set of vendors serving teams from individual open-source contributors to large regulated enterprises. The underlying growth drivers — faster release cycles, cloud adoption, and DevOps maturity — have only strengthened since then, and the landscape has evolved with the rise of GitHub Actions, GitLab CI, and other platform-native CI solutions.

When selecting a CI tool, weigh vendor stability, ecosystem fit, and your team’s operational model alongside market share data. The best CI tool is the one your team will actually maintain and improve over time.