Top 21 Enterprise SCA Tools for 2026

Using open-source components and third-party libraries is integral to modern software development; around 70–90% of modern day applications are composed of these components and libraries. While these components speed up the development process, they also present immense security issues, licensing risks, and compliance hurdles. To manage these risks throughout the software supply chain, enterprise SCA tools are an essential component.

The Software Composition Analysis (SCA) solution you choose will not only help you secure your software, but it can also prevent costly breaches. With this guide, security and development teams can find the optimal enterprise SCA tools for 2026 that meet their precise requirements. Whether you need complete vulnerability detection, license compliance automation, or integration into your developer workflow, this comparison will provide you with insights into the leading platforms that you can implement right now.

What Are Software Composition Analysis Tools?

Software Composition Analysis tools are automated security products that scan codebases for open-source components, third-party libraries, and dependencies to track them and manage their associated security/license related risks. They identify known vulnerabilities, license compliance issues, and out-of-date packages within the software supply chain, allowing you to see every piece of software your application runs on.

With modern applications using hundreds or even thousands of dependencies, tracking every component manually has become impossible, making SCA solutions a key necessity. Lacking appropriate analysis, organizations expose themselves to serious risks that can damage security, legal, and operational systems.

Consequences of not using SCA solutions include:

1. Undetected Security Breaches: Insecure old dependencies linger in your codebase, providing backdoors for attackers to exploit. Massive use of a vulnerable library without knowledge of the application landscape leads to widespread exploitation/data breaches.
2. Legal and Compliance Violations: Failing to track open-source license usage can lead to IP disputes, regulatory fines, and forced code disclosures.
3. Supply Chain Attacks: Without Software Composition Analysis (SCA) monitoring, libraries from central code repositories, such as npm or PyPI, can be compromised to perform unintended actions, steal credentials, or create backdoors in a production system.
4. Increased Technical Debt: Since old dependencies pile upon each other, upgrades become more complicated and costly over time. Applications built on top of unmaintainable libraries become incompatible with the current infrastructure, and ultimately need expensive complete rewrites.

Delayed Incident Response: Organizations without SCA tools take days and even weeks to manually identify all systems that were impacted by the public disclosure of the vulnerability.

21 Best Software Composition Analysis Tools

1. Cycode

Cycode AI-Native application security platform that integrates SCA with SAST, secrets detection, IaC scanning, and supply chain security. The platform allows you to view the current status of security at every stage of the development process, from the time the code is committed to the moment it is deployed in the cloud. Cycode’s strategy is based on generating a single source of truth of all application security risks, where all the teams, for security and development, work with the same data, with the same priorities and goals, eliminating security silos.

The difference with Cycode is its developer-first design with enterprise-grade security controls. The platform cross-correlates results across various security verticals, automatically eliminating alert fatigue by indicating which vulnerabilities are truly relevant in the production environment. The underlying knowledge graph from Cycode provides visibility into the relationships between code, dependencies, secrets, and infrastructure, providing context to help teams prioritize remediations based on actual risk. This contextual method helps minimize the time between discovery and resolution of a vulnerability.

Key Cycode Features:

• • Unified Security Platform: Unifies SCA, SAST, secrets scanning, IaC analysis, and container security in a single interface for comprehensive application visibility.
  • Contextual Risk Prioritization: Correlating findings using knowledge graph technology to determine what real vulnerabilities are reachable from the code and are deployed to determine the risk to the system.

• Cycode AI Teammates: Exploitability AI Agent, Fix & Remediation AI Agent, Change Impact Analysis (CIA) AI Agent, Risk Intelligence Graph AI Agent.

• Automated Policy Enforcement: Delivers security gates in all CI/CD pipelines with customizable policies to stop risky code from going to production.
• Developer-Centric Remediation: Offers fix suggestions right within pull requests and IDEs with contextual explanations and single-click remediation.
• Supply Chain Security: Tracks the entire software supply chain, such as dependencies, build processes, and deployment pipelines, for signs of tampering or malicious activity.

2. Veracode

Veracode is a home for application security testing offerings, including SCA, within a common software application security testing platform that includes SAST, DAST, and manual penetration testing services.

Key Veracode Features:

• Comprehensive Language Support: Analyzes dependencies in spanning Java, .NET, JavaScript, Python, Ruby, PHP, Go, and Scala.
• Policy-Based Scanning: Enables you to establish custom security policies that automatically highlight violations and can also reject builds according to vulnerability level or license restrictions.
• Agent-Based and Agentless Scanning: Provides flexibility to use upload-based scanning or agent-based repository tracking.

3. Snyk

Snyk is a developer security platform that helps you find and fix vulnerabilities in open-source dependencies, containers, and infrastructure as code.

Key Snyk Features:

• Developer-First Integration: Plugins for VS Code, IntelliJ, Eclipse, and other IDEs scan code as developers write it.
• Automated Fix Pull Requests: Generates pull requests with dependency upgrades that fix vulnerabilities while maintaining compatibility.
• Container and Kubernetes Scanning: Analyzes container images and Kubernetes configurations for vulnerabilities and misconfigurations.

4. Semgrep

Semgrep Supply Chain is a software composition analysis tool that detects security vulnerabilities in open source dependencies by using reachability analysis to identify which vulnerable functions are actually called in your code. This approach filters out noise by showing only the roughly 2% of dependency vulnerabilities that are truly exploitable, while also offering features like SBOM generation and license compliance checking.

Key Semgrep Features:

• Custom Rule Engine: Write rules in simple pattern-matching syntax to detect security issues specific to your codebase.
• Exceptional Scan Speed: Analyzes code up to 10x faster than traditional security tools through optimized parsing and matching.
• Reachability Analysis: Identifies which dependency vulnerabilities are actually exploitable in your code.

Pros and Cons

5. Mend.io

Mend.io is an enterprise automated security and license compliance tool for development teams. The platform uses advanced reachability analysis to build complete call graphs of codebases, identifying which vulnerabilities are actually exploitable by determining whether vulnerable functions can be executed under real runtime conditions, reducing noise by approximately 60% on average.

Key Mend.io Features:

• Automated Dependency Updates: Creates pull requests automatically to upgrade vulnerable dependencies with tested, compatible versions.
• License Compliance Automation: Tracks all open-source licenses, flags policy violations, and generates compliance reports for legal teams.
• Comprehensive Language Coverage: Supports numerous programming languages and package managers, including npm, Maven, pip, and NuGet.

6. Sonatype Lifecycle

Sonatype Lifecycle provides continuous component intelligence that assesses open-source dependencies from throughout the development lifecycle. It works with Sonatype Nexus Repository to build a dependency firewall that prevents vulnerable components from ever touching your code base.

Key Sonatype Lifecycle Features:

• Dependency Firewall: Integrates with Nexus Repository to block downloads of vulnerable or non-compliant components at the source.
• Policy Management Engine: Creates custom policies based on security, license, architecture, and quality criteria with automated enforcement.
• Binary Repository Integration: Scans artifacts in repositories like Nexus, Artifactory, and Docker registries for vulnerabilities.

7. Black Duck

Black Duck by Synopsys is an enterprise open-source security and license compliance management platform. The deep binary and source code analysis the platform provides detects open-source components, whether they are modified, recompiled, or lack clear attribution.

Key Black Duck Features:

• Binary and Source Code Analysis: Detects open-source components in compiled binaries, containers, and source code without requiring build manifests.
• Multi-Factor Open Source Detection: Identifies components through fingerprinting, file matching, and dependency analysis for accurate results.
• Comprehensive License Risk Management: Tracks licenses, identifies conflicts, and provides legal guidance for compliance with corporate policies.

8. Checkmarx SCA

Checkmarx SCA is part of Checkmarx One, application security platform integrating static analysis, SCA, API security, and infrastructure scanning. It offers open-source risk detection with direct integration into developer workflows to identify and remediate security vulnerabilities within your developer workflow.

Key Checkmarx SCA Features:

• Unified AppSec Platform: Integrates SCA findings with SAST, API security, and IaC scanning results for complete application visibility.
• Intelligent Risk Scoring: Combines CVSS scores with exploit availability, attack complexity, and business context for accurate prioritization.
• Automated SBOM Generation: Creates and maintains software bills of materials automatically as dependencies change.

9. Xygeni

Xygeni is focused on the entire software supply chain, providing protection against supply chain attacks, dependency confusion, and malicious packages. The platform goes beyond just dependencies, covering an entire development pipeline, source code repositories, CI/CD systems, and artifact registries.

Key Xygeni Features:

• Supply Chain Attack Detection: Identifies typosquatting, dependency confusion, account takeovers, and malicious package injections
• CI/CD Pipeline Security: Monitors build processes for unauthorized changes, credential exposure, and pipeline tampering
• Dependency Confusion Prevention: Detects when internal package names could be exploited through public repository attacks

10. DeepFactor

DeepFactor offers runtime security observability that assesses vulnerabilities in production applications. Where most of the existing SCA tools raise an alert for any detected vulnerabilities, DeepFactor instruments the applications and determines the actual exploitability of any vulnerability based on the behaviour of the code and its execution paths during runtime.

Key DeepFactor Features:

• Runtime Vulnerability Validation: Instruments applications to verify which vulnerabilities are actually exploitable during execution.
• Live Code Path Analysis: Tracks which dependency code paths are executed to eliminate unreachable vulnerability alerts.
• Performance Impact Monitoring: Measures how dependencies affect application performance, memory usage, and resource consumption.

11. Endor Labs

Endor Labs is a dependency management platform with emphasis on reachability analysis and risk-based prioritisation. Endor Labs helps with scoring your dependencies based on several risk factors such as vulnerability severity, maintenance status, license compliance, and supply chain security using a combination of open-source intelligence and static analysis.

Key Endor Labs Features:

• Reachability Analysis: Determines if vulnerable functions in dependencies are actually invoked by your application code.
• Dependency Risk Scoring: Evaluates components based on vulnerabilities, maintenance activity, popularity, and organizational policies.
• Open-Source Intelligence: Provides insights into project health, maintainer reputation, and community activity for each dependency.

12. Cast Highlight

Cast Highlight features portfolio view at SCA, technical debt, cloud readiness scoring, and software intelligence level. The platform targets engineering leaders and architects looking for more portfolio-level visibility rather than project-level visibility.

Key Cast Highlight Features:

• Portfolio Analysis Dashboard: Provides executive visibility into security, quality, and technical debt across all applications.
• Cloud Readiness Assessment: Evaluates applications for cloud migration suitability based on architecture and dependencies.
• Technical Debt Quantification: Calculates remediation costs and time investments needed to address security and quality issues.

13. Jit

Jit is an automated security orchestration platform that creates security plans for development teams. Instead of asking teams to configure multiple security tools, Jit evaluates your tech stack and automatically applies the proper security controls like SCA, SAST, secrets detection, and infrastructure scanning.

Key Jit Features:

• Automated Security Plan Generation: Analyzes your stack and creates a customized security implementation plan with appropriate tools.
• Continuous Security Orchestration: Manages multiple open-source and commercial security tools through a single interface.
• Security Coverage Tracking: Shows which security controls are active and identifies gaps in your security program.

14. SOOS SCA

SOOS SCA is an affordable vulnerability scanning and license compliance solution for small to medium-sized development teams. SOOS offers the basic features of SCA, such as SBOM export, license tracking, and vulnerability scanning, available for startups and growing companies.

Key SOOS SCA Features:

• Simple Pricing Structure: Transparent, usage-based pricing that scales affordably with team growth.
• Quick Integration: Gets teams scanning within minutes through simple CLI tools and CI/CD plugins.
• SBOM Management: Generates and maintains software bills of materials in standard formats for compliance.

15. TimeSys

TimeSys offers CVE monitoring and vulnerability management for systems built on custom operating systems and embedded devices with a focus on embedded Linux and IoT security. It helps track weaknesses in software embedded components, kernel versions, and device firmware, which the conventional SCA tools may overlook.

Key TimeSys Features:

• Embedded Linux CVE Monitoring: Tracks vulnerabilities in custom kernels, device drivers, and embedded system components.
• IoT Device Security: Monitors firmware and software components specific to Internet of Things applications.
• Custom OS Vulnerability Tracking: Provides security intelligence for Yocto, Buildroot, and custom Linux distributions.

16. WhiteSource Bolt

WhiteSource Bolt is an SCA tool that offers a great free tier and excels at Azure DevOps integration. The free version allows open-source projects and small teams to get started with basic vulnerability scanning and license compliance checking with no cost limits.

Key WhiteSource Bolt Features:

• Free Tier Scanning: Provides unlimited vulnerability scanning at no cost for qualifying projects.
• Azure DevOps Integration: Deep integration with Azure Pipelines and Azure Repos for Microsoft-centric teams.
• Real-Time Vulnerability Alerts: Notifies teams immediately when new vulnerabilities are discovered in dependencies.

17. FOSSA

FOSSA specializes in license compliance automation and open-source attribution management for enterprises. While the platform includes vulnerability scanning, its primary strength lies in managing the legal and compliance aspects of open-source usage. FOSSA’s workflow integrations help legal teams review licenses, approve component usage, and maintain accurate attribution documentation required for open-source compliance.

Key FOSSA Features:

• License Compliance Automation: Automatically detects licenses, flags policy violations, and generates compliance reports.
• Legal Workflow Integration: Provides approval workflows for legal teams to review and approve the use of components.
• Open-Source Attribution: Generates attribution documents and notices required for license compliance.

18. Contrast Security

Contrast Security is the only solution to use instrumentation-based runtime application security, enabling unrivaled accuracy in vulnerability detection. Using the platform, applications are instrumented at runtime to monitor real code execution paths and data flows, reporting vulnerabilities that are truly exploitable and removing false positives.

Key Contrast Security Features:

• Instrumentation-Based Analysis: Embeds security sensors in applications to observe runtime behavior and vulnerability exploitation.
• Zero False Positives: Validates vulnerabilities through runtime testing to eliminate alerts for unexploitable issues.
• Live Vulnerability Detection: Identifies security issues as applications run, including vulnerabilities in dependencies being actively used.

19. BlackBerry Jarvis

BlackBerry Jarvis analyzes binary code and firmware without the need for access to source code, which is useful to an automotive supply chain that typically receives third-party code as compiled binaries. BlackBerry Jarvis is focused on generating SBOMs and discovering vulnerabilities to comply with the emerging regulatory requirements for automotive cybersecurity.

Key BlackBerry Jarvis Features:

• Binary Code Scanning: Analyzes compiled binaries and firmware without source code access.
• Automotive Software Focus: Specialized vulnerability intelligence for automotive and vehicle software systems.
• SBOM Generation for Embedded Systems: Creates comprehensive bills of materials for complex automotive software stacks.

20. JFrog Xray

JFrog Xray is used in conjunction with the JFrog Artifactory Platform. By scanning artifacts in binary repositories like Docker images, npm packages, Maven artifacts, and more, the platform enables security and license analysis. With JFrog Xray, organizations are able to enforce security policies at the repository level, preventing vulnerable artifacts from being used by engineers.

Key JFrog Xray Features:

• Universal Artifact Analysis: Scans all artifact types stored in Artifactory, including containers, packages, and binaries.
• Repository-Level Policy Enforcement: Blocks downloads of vulnerable or non-compliant artifacts automatically.
• DevSecOps Automation: Integrates security scanning directly into build and deployment pipelines.

21. Debricked

Debricked features open-source vulnerability management with automated dependency updates and selective scanning. It also brings down the noise by enabling teams to choose the dependencies they want to track, instead of bombarding them with alerts for every single component.

Key Debricked Features:

• Selective Dependency Scanning: Choose which dependencies to monitor actively to reduce alert volume.
• Automated Dependency Updates: Creates pull requests automatically to upgrade dependencies with security fixes.
• Open-Source Vulnerability Database: Maintains comprehensive CVE data with remediation recommendations.

How Does a Software Composition Analysis Solution Benefit Enterprises?

Enhanced Security Posture

By finding open-source vulnerabilities before hackers do, SCA tools provide an additional layer of security. These platforms monitor the dependencies against known CVE databases and notify teams instantly if new vulnerabilities are detected in components already in production.

Looking past basic vulnerability identification, contemporary SCA tools provide context on exploitability, potential attack vectors, and proof-of-concept availability. The implementation of SCA brings multiple security enhancements to organizations:

• Reduced Attack Surface: Identifying and removing unnecessary dependencies eliminates potential entry points for attackers.
• Faster Vulnerability Response: Automated scanning and alerting enable teams to respond to zero-day vulnerabilities within hours of disclosure.
• Compliance with Security Standards: Meeting requirements for frameworks like NIST, ISO 27001, and SOC 2 through documented vulnerability management.

Automated License Compliance

When applications start to consist of hundreds or thousands of dependencies, manual management of open-source licenses becomes inconvenient. SCA platforms automatically identify every license attached to components in your codebase and raise violations before code goes to production.

The whole process is automated to avoid legal headaches from accidentally incorporating restrictively-licensed material into proprietary software, protecting organizations from costly intellectual property disputes and being dragged into litigation over forced code disclosures. The key benefits include:

• Policy Enforcement: Automatically blocking components with incompatible licenses, like GPL, in proprietary products based on organizational policies.
• Attribution Generation: Creating accurate license notices and attribution documents required for compliance with open-source terms.
• Audit Trail Maintenance: Documenting approval decisions and license reviews to demonstrate due diligence during legal audits.

Proactive Risk Management and Supply Chain Security

Supply chain attacks are where attackers either compromise legitimate packages or publish malicious alternatives in open-source ecosystems. SCA tools identify these threats by looking for abnormal package behaviors, typosquatting, and unauthorized changes to dependencies.

Intelligent systems scan package metadata, maintainer behaviour, and code changes to allow you to detect potential malware before it enters your applications. Good supply chain security needs to go beyond scanning for vulnerabilities to focus on the whole software development pipeline. Comprehensive SCA solutions allow organizations to gain protection through:

• Malicious Package Detection: Identifying packages with suspicious characteristics like obfuscated code, unexpected network connections, or credential harvesting attempts.
• Dependency Confusion Prevention: Detecting when internal package names could be exploited through public repository namespace hijacking.
• Build Process Monitoring: Ensuring CI/CD pipelines use expected dependency versions without unauthorized substitutions or tampering.

Improved Development Efficiency and Productivity

Security findings that are integrated into existing workflows rather than creating new remediation tasks are a great way to boost developer productivity. Today, SCA solutions provide vulnerability information directly in IDEs, pull requests, and CI/CD pipelines, enabling developers to remediate the problems without context switching.

Patch suggestions and pull request automation help minimize the time developers spend researching vulnerabilities and finding compatible upgrade paths. By integrating security with developer tools, security becomes an enabler of fast, secure development, rather than a bottleneck to that process :

• IDE Integration: Real-time vulnerability alerts as developers add dependencies prevent issues from ever reaching version control.
• Automated Remediation: Pull requests with tested dependency upgrades eliminate manual research and compatibility testing.
• Clear Prioritization: Risk-based scoring focuses developer attention on critical issues rather than overwhelming them with low-priority alerts.

Cost Savings and Reduced Remediation Effort

The cost of fixing a security issue grows exponentially larger as it progresses through the development lifecycle. A vulnerability with the same issue discovered in production costs approximately 30 times more to fix than one discovered during development.

SCA tools help to push the security left by detection with code reviews, where a simple dependency upgrade is sufficient to remediate the issues, unlike emergency patching, system downtimes, and incident response procedures. Early detection of vulnerabilities thus actually generates a compounding financial benefit that scales across an enterprise application portfolio:

• Reduced Incident Response Costs: Preventing breaches eliminates expenses for forensics, legal counsel, regulatory fines, and customer notifications.
• Decreased Developer Rework: Addressing vulnerabilities before production deployment avoids costly emergency fixes and rollback procedures.

Optimized Security Team Resources: Automation and accurate prioritization allow smaller security teams to manage larger application portfolios effectively.

How Do I Select the Right SCA Security Tools?

Comprehensive Language and Dependency Support

Your organization probably uses many programming languages and package managers, so the right SCA tool should support all the technologies your organization is currently using, as well as the ones you are planning to use. It should have great support for popular ecosystems such as npm, Maven, and pip, along with less popular languages or custom package sources.

Test candidate tools against your real codebase to verify accurate dependency detection across all your projects. Follow these evaluation steps:

• Inventory Your Technology Stack: Document all programming languages, package managers, and build systems currently used across development teams.
• Test with Actual Projects: Run candidate tools against projects from your portfolio to verify that they accurately detect all dependencies.
• Evaluate Monorepo Support: Confirm tools can handle monorepos containing multiple languages and nested dependency structures, if applicable to your architecture.

Integration with Developer Workflows

For SCA tools to provide value, developers have to use them, so they need to fit seamlessly into the developer workflow to be adopted and used effectively. The popular platforms natively integrate into IDEs, Git repos, CI/CD pipelines, and issue trackers, so no developer has to leave to visit a standalone security dashboard.

Successful SCA implementation depends on minimal friction in developer workflows. Assess integration capabilities through these criteria:

• Test IDE Plugins: Install IDE extensions for your team’s editors (VS Code, IntelliJ, Eclipse) and verify they provide real-time feedback without slowing performance.
• Evaluate CI/CD Integration: Implement the tool in your pipeline and measure scan times, failure handling, and impact on build duration.
• Review Pull Request Experience: Examine how findings appear in pull requests and whether comments are clear, actionable, and non-disruptive

Accurate Vulnerability and License Detection

False positives waste time and hurt confidence in security tools. Do not look for the biggest SCA database, but stay focused on detection accuracy. In other words, broad vulnerability representation does not matter in cases where developers’ experience is a very poor signal-to-noise ratio, causing them to ignore many alerts associated with SCA.

Validate detection accuracy before committing to any SCA platform. Use these methods to assess quality:

• Run Parallel Evaluations: Test multiple tools on the same codebase and compare results to identify which platforms provide the most accurate findings.
• Verify Known Vulnerabilities: Intentionally include dependencies with well-known CVEs and confirm the tool detects them correctly.
• Test Reachability Analysis: Evaluate whether the platform can determine if vulnerable code paths are actually executed by your application

SBOM Management and Policy Automation

Generating a Software Bill of Materials is now necessary for regulatory compliance, customer demands, or just supply chain transparency. Choose SCA tools that automatically produce and update SBOMs in recognized formats such as SPDX and CycloneDX as dependencies evolve.

Effective SBOM and policy features should align with your compliance and governance needs. Evaluate these capabilities:

• Verify SBOM Format Support: Confirm the platform generates SBOMs in formats required by your customers, regulations, or industry standards.
• Test Policy Creation: Create sample policies reflecting your security requirements and verify they trigger appropriate alerts and blocks
• Evaluate Policy Flexibility: Assess whether you can define nuanced policies based on project type, deployment environment, or business criticality.

Developer-Friendly Remediation and Prioritization

Flooding developers with hundreds of vulnerability alerts ensures that they will ignore security findings or treat them only as checkbox exercises. Top SCA tools rank vulnerabilities according to real-world risk, exploitability, and business context, and not just a number based on CVSS. Investigate platforms that not only offer remediation paths but also automatically recommend fixes and explain why violation matters for your organization.

Prioritization and remediation features directly impact how quickly your team addresses security issues. Evaluate these capabilities:

• Test Prioritization Logic: Review how the tool scores and ranks vulnerabilities, ensuring it considers factors beyond severity like exploitability and exposure
• Examine Fix Suggestions: Verify the platform recommends specific dependency versions that resolve vulnerabilities while maintaining compatibility.
• Assess Remediation Automation: Check whether the tool creates pull requests with working fixes or just points developers to potential solutions.

Need help finding the right tool for your organization? Read our Software Composition Analysis Tool buyer’s guide.

Stay Secure with SCA Scanning Tools from Cycode 

Cycode combines SCA with SAST, secrets detection, and supply chain security within one platform. While point solutions create security silos, Cycode enables organizations to achieve end-to-end visibility across the entire software development lifecycle, from the initial code commit to a production deployment. Using its knowledge graph technology, this platform connects findings across various security layers, enabling teams to see how vulnerabilities, dependencies, secrets, and infrastructure configurations are related.

Enterprises see Cycode as the answer for wide-reaching security without compromising on developer experience. By automatically prioritizing risks by actual exploitability (as well as business context), it completely removes the alert fatigue faced by teams using traditional SCA tools. By integrating into each step of the development workflow natively and providing intelligent automation to reduce the burden of manual remediation, Cycode enables security and dev teams to deliver secure code at speed.

Key Cycode Features:

• Unified Application Security Platform: Combines SCA, SAST, secrets scanning, IaC analysis, and container security into one platform, eliminating tool sprawl and providing complete application visibility.
• Contextual Risk Intelligence: Knowledge graph technology correlates findings across security layers to identify which vulnerabilities actually threaten your environment based on reachability and exposure.
• Cycode AI Teammates: Exploitability AI Agent, Fix & Remediation AI Agent, Change Impact Analysis (CIA) AI Agent, Risk Intelligence Graph AI Agent.
• Automated Security Enforcement: Implements customizable policy gates across CI/CD pipelines that prevent vulnerable code from reaching production while maintaining developer velocity and satisfaction.
• Developer-Centric Remediation: Provides automated fix suggestions with one-click remediation directly in pull requests and IDEs, reducing time from discovery to resolution significantly.
• Complete Supply Chain Protection: Monitors dependencies, build processes, deployment pipelines, and runtime environments for tampering, malicious packages, and supply chain attacks continuously.

Book a demo today and see why Cycode is one of the top enterprise SCA tools for modern organizations.