CI/CD Pipeline Security Market Size & Share Analysis - Growth Trends and Forecast (2026 - 2031)

Global CI/CD Pipeline Security Market Trends and Insights

Software Supply-Chain Attack Exposure

Supply chain compromise is now the second-most common initial breach pathway worldwide. The CI/CD pipeline security market is responding because attackers can gain wider access through a compromised build environment. ReversingLabs reported a 73% rise in open-source malware during 2025. Sonatype recorded one new malicious package every 6 minutes in the first quarter of 2026. It's reported that the volume of malicious packages increased by 156% year over year. CERT-FR documented a 2025 npm compromise that spread through more than 700 packages within 72 hours and affected over 25,000 GitHub repositories. This exposure increases the value of behavioral monitoring alongside dependency scanning.

Compliance-Driven Security Gates in CI/CD

Compliance requirements are turning pipeline controls into legal and supplier-assurance obligations. NIST published its live DevSecOps Practices guidance in March 2026 with participation from 14 technology companies.^{[1]National Institute of Standards and Technology, “SP 1800-44, Secure Software Development, Security, and Operations DevSecOps Practices,” National Institute of Standards and Technology, csrc.nist.gov} The guidance identifies CI/CD controls as a practical route for implementing the Secure Software Development Framework. The EU Cyber Resilience Act requires the reporting of actively exploited vulnerabilities to ENISA within 24 hours, effective from September 11, 2026. Automated software bills of materials and pipeline-based vulnerability tracking can support this reporting process. The CI/CD pipeline security market also benefits when enterprise buyers request security evidence from software suppliers. That pressure can extend adoption to smaller suppliers that would otherwise delay investment.

AI-Generated Code and Agentic Pipeline Expansion

AI agents within development workflows pose security issues that older tools were not designed to address. Microsoft reported in June 2026 that untrusted GitHub content could expose runner secrets through the Claude Code GitHub Action.^{[2]Microsoft Security, “Securing CI/CD in an Agentic World, Claude Code GitHub Action Case,” Microsoft Security Blog, microsoft.com} The issue required multiple patch cycles across Claude Code versions. The Cloud Security Alliance reported that 57% of organizations had deployed self-hosted AI agents in CI/CD workflows by early 2026. The association also found that AI-assisted commits exposed secrets at nearly twice the rate of human-only commits. This creates demand for agent trust checks, secure prompt handling, and runtime observation of automated workflow actors. These needs add a distinct layer of demand to the CI/CD pipeline security market.

Cloud-Native and Kubernetes Release Complexity

Containerized releases create many artifacts that must be reviewed across code, configuration, and runtime settings. Each container image, Helm chart, and infrastructure-as-code file has its own dependencies and provenance needs. This environment makes point-in-time scanning less effective when controls are not placed in the release workflow. A review of public projects found that unpinned or mutable dependencies affected 55% of the projects reviewed. The same review found over-broad or undeclared permissions in 54% of projects. Faster release cycles can introduce new misconfiguration paths before security teams review them. The CI/CD pipeline security market gains from tools that connect code, artifacts, permissions, and build activity.

False-Positive Fatigue and Build-Velocity Trade-Offs

Alert overload can cause teams to turn off security gates or set them to warning-only mode. More than 71% of development teams reported that much of their security-alert volume was noise. False positives, duplicate findings, and unclear recommendations all slow response times. Legacy static analysis and composition analysis tools can produce false-positive rates above 40%. Developers may deprioritize alerts when the tools do not show exploitability or business relevance. This can weaken the risk signal even after an organization has deployed controls. The CI/CD pipeline security market, therefore, depends on accurate prioritization and usable remediation workflows.

Pipeline Toolchain Fragmentation and Integration Burden

Organizations often operate multiple security and pipeline products that do not share alert formats or identity models. Separate tools require separate application programming interface authentication and ongoing connector maintenance. This can prevent teams from forming a consolidated view of release risk. Integration work also grows when vendors revise application programming interfaces or data models. Buyers increasingly require compatibility with GitHub Actions, GitLab CI, Jenkins, or CircleCI before selecting new controls. That requirement protects incumbent integrations but can slow the adoption of new products. It can also limit the pace at which the CI/CD pipeline security market converts interest into active deployments.

*Our forecasts treat driver/restraint impacts as directional, not additive. The impact forecasts reflect baseline growth, mix effects, and variable interactions.

Segment Analysis

By Component: Software Leads, While Services Grow Faster

Software held 63.48% of the CI/CD pipeline security market share in 2025. Buyers favored controls embedded in CI/CD platforms over separate scanners that add workflow steps. GitHub Advanced Security, GitLab security modules, and JFrog Advanced Security reflect this platform-centered purchasing pattern. A shared console can help security teams manage several control layers under one license. This approach can reduce the need to reconcile findings from disconnected applications. Software also supports centralized policies, reporting, and developer feedback. These capabilities matter where large release programs must apply consistent controls across repositories. The CI/CD pipeline security industry, therefore, places strong value on tools that work inside normal build processes. Platform integration can also improve adoption when developers avoid switching between screens.

Services are projected to grow at a 27.93% CAGR through 2031. Many organizations lack internal staff who can configure and operate supply-chain controls. Managed services are increasingly focused on recurring monitoring rather than one-time deployment work. AI coding agents also create behavior-monitoring requirements that internal teams may not be ready to manage. NIST noted that operationalizing Secure Software Development Framework-aligned DevSecOps practices can require external expertise and technology partnerships. This supports continued demand for managed detection and response in pipeline environments. Services can help companies tune policies without placing the full operating burden on developers. The CI/CD pipeline security market may therefore see software revenue reinforced by recurring operational support. This relationship reflects the practical limits of in-house DevSecOps capacity.

By Deployment Mode: Cloud-Based Delivery Holds Both Scale and Growth

Cloud-based deployment held 71.28% of the CI/CD pipeline security market in 2025. It is also projected to grow at a 28.31% CAGR through 2031. Managed runners on GitHub, GitLab, and AWS CodeBuild have moved build activity into cloud delivery environments. SaaS controls can use the same access and authentication layer as the pipeline. This reduces certificate-management work compared with many on-premises implementations. GitHub's March 2026 roadmap included a Layer 7 egress firewall for hosted runners. It also included near-real-time execution telemetry for enterprise users.^{[3]GitHub, Inc., “What’s Coming to Our GitHub Actions 2026 Security Roadmap,” GitHub Blog, github.blog} These features strengthen the operational case for cloud-based security controls. They also support the CI/CD pipeline security market as hosted build systems expand.

On-premises delivery remains relevant for defense, financial services, and critical infrastructure users. Data sovereignty and air-gap requirements can still prevent full SaaS adoption. Its position is declining as regulated organizations adopt hybrid architectures. Hybrid delivery serves enterprises with legacy pipelines and cloud-native orchestration in parallel. It can offer more flexibility than a single deployment model. It can also meet domestic hosting rules for critical application build systems. National requirements for sovereign software can make hybrid deployment the only compliant option. The CI/CD pipeline security industry retains demand across all deployment models because security obligations remain similar. However, the cloud model offers the broadest integration with managed development platforms.

By Organization Size: Large Enterprises Lead, While SMEs Expand Access

Large enterprises captured 69.53% of the CI/CD pipeline security market in 2025. These organizations manage large numbers of teams, repositories, and artifact registries. Their needs extend beyond single-tool deployment to coordinated policy governance. Enterprise buyers often require centralized software bill of materials generation and audit-ready evidence. They also have complex multi-cloud and multi-business-unit environments. That complexity makes professional services important during integration and operational rollout. Central policy management can help enterprises apply standards across independently selected CI/CD stacks. These buyers typically prioritize platform-level capability and reporting depth. The CI/CD pipeline security market continues to draw its largest revenue base from this group.

Small and medium-sized enterprises are projected to grow at a 27.84% CAGR through 2031. Developer-tier SaaS pricing and usage-based billing lower the entry cost for smaller teams. Endor Labs introduced AURI in March 2026 with a free tier for individual developers and AI coding agents. The offering supports integrations with Cursor, Claude Code, and Visual Studio Code. Larger buyers can also request software bills of materials and attestation from their suppliers. Many of those suppliers are smaller software organizations. This creates adoption pressure through commercial relationships rather than direct regulation. The CI/CD pipeline security market can therefore reach SMEs through both product packaging and customer requirements. Smaller organizations may adopt focused controls before moving to broader platforms.

By Security Control Layer: Dependency Security Leads, While Identity Protection Rises

Software composition and dependency security held 26.71% of the CI/CD pipeline security market share in 2025. Enterprises continue to invest in this layer because open-source dependencies remain a common attack route. Sonatype recorded a new malicious package every 6 minutes during the first quarter of 2026.^{[4]Sonatype, “2026 State of the Software Supply Chain,” Sonatype, sonatype.com} It's reported that the volume of malicious packages grew 156% year over year. Dependency scanning alone does not address every build-system threat. Source and repository security, workflow and runner controls, and container security are also gaining attention. Artifact signing and provenance controls support stronger evidence of release. Recent compromises have shown that layers above and below the dependency graph can be targeted independently. The CI/CD pipeline security industry is therefore expanding from package review into broader pipeline protection.

Secrets and non-human identity security is projected to expand at a 28.62% CAGR through 2031. AI coding agents can accumulate credentials faster than manual governance processes can review them. Silverfort found that 80% of non-human identities had high or critical posture issues. Those issues included exposure to credential theft, excessive permissions, and weak rotation practices. The OWASP Non-Human Identity Top 10 is becoming a reference point for identity governance. It is aligned with the NIST Cybersecurity Framework 2.0. Other emerging layers include AI model provenance and Model Context Protocol server security. These categories are in their early stages of development in 2026. They may become more distinct as agentic development practices mature.

By Industry Vertical: IT and Telecommunication Leads, While Retail and E-Commerce Grows Fastest

IT and telecommunication held 27.64% of the CI/CD pipeline security market in 2025. The sector has long used high-velocity DevOps practices across complex cloud infrastructure. Telecom operators also have critical infrastructure obligations that increase supply-chain security needs. Government, public administration, BFSI, and healthcare form the next established group of users. Each faces compliance requirements that can make pipeline controls a necessary operating expense. US federal supplier obligations, the Digital Operational Resilience Act, and medical-device cybersecurity guidance support this demand. Large distributed environments also need traceable evidence of what entered production. This gives the CI/CD pipeline security industry a clear role in regulated release governance. The sector's early adoption supports its leading revenue position.

Retail and e-commerce is projected to grow at a 29.17% CAGR through 2031. Digital merchants handle consumer data and update services at a fast pace. Payment and checkout libraries also make them visible targets for supply-chain attacks. Google Cloud described supply-chain compromise activity that included web skimmers deployed through compromised third-party libraries. This threat can shift investment toward controls placed before releases reach commerce systems. Industrial manufacturing, transportation and logistics, and energy and utilities also use more software-defined operations. These sectors are adopting pipeline controls where they had little previous need. Media, education, research institutions, and oil and gas remain at earlier adoption stages. Supplier assurance requirements may increase their use of the CI/CD pipeline security market over time.

Geography Analysis

North America held 44.76% of the CI/CD pipeline security market in 2025. The region combines a large cloud-native enterprise base with a dense independent software vendor ecosystem. Federal procurement requirements also make software attestation important for government suppliers. NIST's Secure Software Development Framework supports a common basis for implementing secure development practices. Executive Order 14028 and Executive Order 14306 reinforce the policy setting for federal software suppliers. Canada and Mexico add demand through supply chains linked to US enterprises. Automotive and financial services relationships are important in that cross-border activity. North America also has a high concentration of specialist vendors. This proximity supports product adoption and competitive pressure.

Europe is seeing strong regulatory demand across mature software markets. The Cyber Resilience Act creates a 24-hour reporting requirement for actively exploited vulnerabilities from September 11, 2026. Pipeline-integrated monitoring and automated software bills of materials can support the required reporting process. Germany led European adoption in the supplied assessment, with 76.7% of companies applying security controls during the build phase. The United Kingdom has separate requirements for connected-device manufacturers under its Product Security and Telecommunications Infrastructure Act. NIS2 also raises supply-chain expectations across 18 critical sectors. These overlapping obligations make compliance a major source of demand for CI/CD pipeline security tools.

Asia-Pacific is projected to grow at a 28.54% CAGR through 2031. Japan announced a supply-chain security evaluation system in December 2025 with 3-star and 4-star certification levels planned for fiscal year 2026.^{[5]Ministry of Economy, Trade and Industry, “Supply Chain Security Evaluation System Policy Draft,” Ministry of Economy, Trade and Industry, meti.go.jp} The framework can spread supplier requirements through automotive, semiconductor, and consumer electronics value chains. India's technology-services sector faces security requirements from US and European clients. South Korea includes supply-chain controls within its ISMS-P certification regime for organizations handling personal data. China is also developing parallel verification approaches within its domestic cloud-native ecosystem. South America and Middle East and Africa remain earlier-stage regions. Brazil and the United Arab Emirates are the most developed countries in their respective regions, supported largely by global enterprise standards.