Top 8 Application Security Posture Management (ASPM) Tools in 2025

Jit's ASPM platform is designed to simplify and automate application security for modern development teams. It was created by security pioneers with the core belief that security should move at the speed of innovation, making it a force multiplier for every team shipping software.

The platform’s unique AI Agents are a key differentiator, automating the complex tasks of vulnerability triage, code reviews, and remediation to empower developers to independently resolve security risks by unifying various security tools and consolidating their findings.

• AI Agents for automation & compliance: Jit's AI Agents, powered by the Model Context Protocol (MCP), are a core component of the platform. They work within your existing toolset to automatically perform vulnerability triage, investigate alerts, and create detailed remediation plans. The agents also assist with compliance gap analysis by mapping your environment to frameworks and building audit-ready reports, all while requiring "Human-in-the-loop" validation to ensure control.
• Integrated security tools: Jit orchestrates and combines findings from a comprehensive suite of security tools, including SAST for custom code, SCA for open-source components, DAST for runtime vulnerabilities, IaC scanning for infrastructure misconfigurations, secrets detection, CSPM for cloud environment security, and SBOM tools. This integration provides broad coverage across the entire application stack.
• Orchestrated pipeline: The platform unifies these diverse security tools into a cohesive, automated pipeline, ensuring continuous security checks from code commit through deployment. This orchestration simplifies tool management and provides a consistent security workflow.
• Reachability-based prioritization: Jit's unique approach prioritizes vulnerabilities based on their actual exploitability in production and their connection to critical assets. This ensures that security teams and developers focus their efforts on fixing the most impactful risks, cutting through the noise of less critical alerts.
• Inline IDE/PR remediation: Security feedback is delivered directly within the developer's integrated development environment (IDE) and during pull request (PR) reviews. This in-workflow feedback includes clear vulnerability details and automated remediation suggestions, enabling developers to identify and fix issues quickly without ever leaving their familiar coding environment.
• Policy-as-code enforcement: The platform supports defining security policies as code, which automates governance and guides developers towards secure coding practices. This ensures consistent security standards are applied across all projects and teams.

Dazz, now part of Wiz, is an ASPM solution that emerged to streamline and automate security vulnerability remediation, particularly within cloud environments.

It was designed to help organizations drastically cut down on the time it takes to fix security issues by providing actionable intelligence and bridging the gap between detection and effective remediation in the cloud-native landscape.

• Comprehensive cloud risk correlation: Dazz correlates risks identified in IaC, containers, and cloud virtual machines directly with live cloud deployments. This allows for a holistic understanding of vulnerabilities from development blueprints through to the running production environment.
• Runtime exploitability-based prioritization: The platform prioritizes security issues not just on severity, but on their exploitability in runtime within the live cloud environment. This ensures that the highest-risk, most exploitable vulnerabilities are addressed first, minimizing actual exposure.
• Centralized data aggregation: Dazz aggregates and normalizes security findings from diverse cloud security tools into a single, centralized database. This consolidation eliminates data silos and provides a unified perspective on the organization's cloud security posture.
• DevOps pipeline integration: It integrates directly with DevOps pipelines to deliver real-time security alerts and facilitate automated remediation. This enables development and security teams to collaborate more effectively and fix issues early in the lifecycle.
• Compliance dashboards: Dazz provides compliance dashboards, helping organizations track their security posture against regulatory standards and internal policies. These dashboards assist teams in enforcing policies and demonstrating adherence.

Phoenix Security is an ASPM platform founded in 2020. Originally known as AppSec Phoenix, the company rebranded to reflect its expanded capabilities and mission to help organizations prioritize and act on real cyber risks.

It aims to provide an all-in-one security solution that contextualizes vulnerabilities and prevents team burnout by focusing efforts on the threats that matter most to the business.

• Normalized security findings: Phoenix collects and standardizes vulnerability results from SAST, DAST, and secrets detection tools, presenting them in a unified format. This normalization enables consistent reporting and comparison across different security analysis types.
• Enrichment with runtime context: The platform enhances vulnerability data by integrating it with real-time runtime context. This provides a clearer understanding of the actual exploitability and potential impact of findings within live application environments.
• Integrated developer workflows: Phoenix directly embeds into developer tools and processes, including IDEs and pull request workflows. This integration facilitates streamlined triage, allowing developers to see and address security issues directly where they work.
• Threat intelligence and application context: It leverages external threat intelligence combined with internal application context like user roles and data sensitivity to accurately assess the potential business impact of each vulnerability. This enables risk-based prioritization of remediation efforts.
• Pull request gating & automated remediation workflows: The system supports automated security checks during pull requests to prevent vulnerable code from entering the main codebase. It also offers automated workflows and remediation suggestions to accelerate the fix process.

CrowdStrike Falcon is a leading cloud-native cybersecurity platform, co-founded in 2011. It was created with the vision of providing a more proactive and effective approach to cybersecurity, moving beyond traditional reactive measures.

At its core, the Falcon platform aims to stop breaches by combining comprehensive endpoint protection, real-time threat intelligence, and automated response capabilities, securing modern applications and infrastructure across various environments.

• EDR signals & runtime telemetry correlation: CrowdStrike Falcon utilizes advanced endpoint detection and response (EDR) signals and rich runtime telemetry. This capability allows it to correlate active exploits observed in the live environment with known vulnerabilities identified in applications, providing a critical understanding of immediate threats.
• Automated threat detection and response: The platform automates the process of identifying and responding to threats. By leveraging artificial intelligence and behavioral analytics, it can rapidly detect malicious activities and initiate automated response actions to contain and neutralize threats without manual intervention.
• Integrated endpoint protection & threat intelligence: Falcon combines next-generation endpoint protection functionalities with extensive threat intelligence feeds. This provides a holistic defense against a wide array of cyber threats, from malware to sophisticated nation-state attacks, across all protected endpoints.
• Behavioral analytics: It employs sophisticated behavioral analytics to detect anomalous activities that might indicate a zero-day exploit or fileless malware. By continuously monitoring and analyzing endpoint behavior, it can identify and block threats that traditional signature-based methods might miss.
• Policy enforcement across endpoints & cloud: Falcon enables organizations to define and enforce security policies consistently across both traditional endpoint devices and modern cloud assets. This ensures uniform security posture and compliance across the entire IT landscape.

ArmorCode is an ASPM platform co-founded in July 2020. It was created to address the growing challenge of fragmented security visibility and the overwhelming volume of vulnerabilities in modern software development.

Positioned as an "AppSecOps" platform, ArmorCode aims to unify application security and vulnerability management, enabling organizations to ship secure software faster by consolidating findings, prioritizing risks, and automating remediation workflows across the entire software development lifecycle.

• Aggregates & normalizes security data: ArmorCode collects findings from a wide range of existing security scanners, including SAST, SCA, and secrets detection tools, and converts them into a standardized, unified format. This aggregation provides a centralized and consistent view of all security vulnerabilities.
• Maps issues to code ownership & priority: The platform intelligently maps identified issues directly to their code owners and assigns priority based on contextual risk. This streamlines the remediation process by ensuring that vulnerabilities are quickly assigned to the correct teams and addressed in order of urgency.
• CI/CD pipeline integrations with automated triggers: ArmorCode integrates deeply within CI/CD pipelines, allowing for automated security scan triggers. This ensures that security checks are an integral part of the development process, detecting issues early and automatically.
• Automated remediation guidance: For developers, ArmorCode provides clear, actionable guidance on how to fix identified vulnerabilities. This includes detailed steps and sometimes even suggested code changes, accelerating the time to remediation.
• Unified risk model: By normalizing data from disparate security tools, ArmorCode creates a single, comprehensive risk model. This unified view helps security teams understand the true posture of their applications and make informed decisions.

Legit Security is an ASPM platform founded in September 2020. Recognizing a critical gap where traditional AppSec tools struggled to keep pace with modern, agile, and cloud-native development, Legit Security was created to offer a holistic solution for securing the entire software supply chain.

Its mission is to empower security teams with end-to-end visibility and control over their development environments, enabling them to set guardrails that allow developers to build and release secure software rapidly.

• Integrated built-in scanners: Legit Security integrates its own purpose-built scanners alongside external tools to cover various security aspects. This provides comprehensive coverage across the software factory, from code to deployment.
• Policy-as-code controls: The platform enables the definition and enforcement of security policies directly as code. This automates governance, ensures consistent security standards across all projects, and allows security policies to evolve with the development lifecycle.
• Automated drift detection: Legit continuously monitors for "drift"—deviations from established security baselines or policies—in infrastructure and configurations. This proactive detection helps prevent misconfigurations from becoming exploitable vulnerabilities in production.
• Compliance mapping: The platform provides capabilities for mapping security controls and findings to various compliance frameworks. This helps organizations demonstrate adherence to regulatory requirements and internal standards across their full software factory.
• Code-to-cloud risk context: Legit provides end-to-end risk context by linking vulnerabilities identified in code and infrastructure to their real-world exposure and impact in cloud environments. This comprehensive view helps prioritize fixes based on actual business risk.

Snyk is a leading developer-first security platform, co-founded in 2015. It was created with the core belief that security should be embedded directly into the developer workflow, making it easier for developers to find and fix vulnerabilities as they build, rather than as a separate, later-stage process.

Snyk initially focused on open-source software security, addressing the exploding use of third-party components and the vulnerabilities they introduce, and has since expanded to provide comprehensive security across custom code, containers, and cloud infrastructure.

• Comprehensive scanning capabilities: Snyk combines SCA for open-source dependencies, container scanning for vulnerabilities in container images, and IaC scanning for misconfigurations in infrastructure code. It also includes license compliance checks, offering broad coverage across various components of modern applications.
• Inline fix pull requests: A standout feature, Snyk can automatically generate pull requests with suggested code changes to fix identified vulnerabilities. This dramatically simplifies and accelerates remediation for developers, allowing them to merge fixes with minimal manual effort.
• Contextual risk scoring: Snyk goes beyond basic severity ratings by applying context such as exploit maturity, project criticality, and the reachability of a dependency. This enables a more accurate and actionable risk score, helping teams prioritize based on true business impact.
• Integrated developer workflows: The platform delivers its insights and remediation guidance directly into developer environments. This includes IDEs (e.g., VS Code, IntelliJ), Git repositories, and CI/CD pipelines, ensuring security feedback is immediate and actionable at every stage of development.
• Policy management: Snyk allows security teams to define and enforce security policies consistently across all projects and teams. This helps automate governance and ensures adherence to organizational security standards.

Mend, formerly known as WhiteSource, is a leading application security platform founded in 2011. Originally pioneering the SCA market to automate open source management, Mend rebranded in 2022 to reflect a renewed focus on a "remediation-first" approach for both proprietary and open source code.

Its core mission is to empower enterprises to secure their applications in an automated way, reducing friction between development and security teams and enabling developers to efficiently fix vulnerabilities directly within their native environments.

• Continuous SCA: Mend provides ongoing monitoring and analysis of open-source components within applications. This ensures continuous detection, reporting, and prioritization of open-source risks, including vulnerabilities and license compliance issues.
• License compliance enforcement: The platform automates the process of identifying and enforcing open-source license policies. It can detect license violations, provide real-time alerts, and even block components that do not comply with organizational standards.
• Automated fix suggestions: Mend offers automated suggestions for remediating identified vulnerabilities, particularly for open-source dependencies (e.g., automated pull requests for version updates). This significantly reduces manual effort and accelerates the time to resolution.
• Contextual risk prioritization: It utilizes AI-driven insights to prioritize vulnerabilities based on their actual exploitability, the criticality of the affected components, and current exploit trends. This advanced prioritization ensures that teams focus on the most impactful security issues.
• Unified risk dashboard: All security findings from integrated tools and scanners are normalized and presented in a central dashboard. This provides a single source of truth for all open-source and application security risks, simplifying management and reporting.
• Integration with developer workflows: Mend seamlessly integrates with popular developer tools, including IDEs, SCM platforms (GitHub, GitLab, Azure DevOps), and CI/CD pipelines. This ensures security feedback and remediation actions are delivered directly within the developer's native environment.