List of the Top Application Security Software for GitLab in 2025 - Page 2

Achieve total visibility of risks at every development phase, ranging from design to coding and cloud deployment. Presenting the revolutionary Code Risk Platform™, which provides an all-encompassing 360° perspective on security and compliance challenges across multiple sectors, such as applications, infrastructure, developer skills, and business impacts. Making informed, data-driven decisions can significantly improve the quality of your decision-making process. Access vital insights into your vulnerabilities related to security and compliance through a dynamic inventory that monitors the behavior of application and infrastructure code, assesses developer knowledge, and considers third-party security notifications along with their potential business implications. Although security experts are frequently overwhelmed and cannot thoroughly examine every change or investigate every alert, efficiently leveraging their expertise allows for an examination of the context involving developers, code, and cloud environments to identify critical risky modifications while automatically generating a prioritized action plan. Conducting manual risk assessments and compliance checks can be tedious, often lacking precision and failing to align with the current codebase. Given that design is inherently part of the code, it’s crucial to enhance processes by implementing intelligent and automated workflows that acknowledge this reality. This strategy not only simplifies operations but also significantly fortifies the overall security framework, leading to more resilient systems. By adopting this comprehensive approach, organizations can ensure a proactive stance against emerging threats and maintain a robust security posture throughout their development lifecycle.

An all-encompassing approach to securing, governing, and maintaining the integrity of development tools and infrastructure is vital for success. Bolster your source control management systems (SCM) by identifying potential secrets and leaks while also protecting against unauthorized code modifications. Review your CI/CD setups and Infrastructure-as-Code (IaC) for possible security flaws or misconfigurations that could lead to vulnerabilities. Monitor for inconsistencies between the IaC configurations of production environments to prevent unauthorized changes to your codebase. It is imperative to stop developers from inadvertently exposing proprietary code in public repositories, which includes implementing code asset fingerprinting and actively searching for leaks on external platforms. Keep a detailed inventory of your assets, enforce rigorous security protocols, and facilitate compliance visibility across your DevOps infrastructure, whether it's cloud-based or on-premises. Conduct regular scans of IaC files to uncover security issues, ensuring that there is a match between defined IaC configurations and the actual infrastructure employed. Each commit or pull/merge request must be carefully examined for hard-coded secrets to avoid their inclusion in the master branch across all SCM tools and programming languages, thereby reinforcing the overall security posture. By adopting these measures, you will establish a resilient security framework that not only fosters development efficiency but also ensures adherence to compliance standards, ultimately leading to a more secure development environment.

YesWeHack is a prominent platform for Bug Bounty and Vulnerability Management, catering to clients such as ZTE, Tencent, Swiss Post, Orange France, and the French Ministry of Armed Forces. Established in 2015, YesWeHack serves as a bridge between organizations across the globe and a vast community of ethical hackers, all dedicated to identifying vulnerabilities in various digital assets, including websites and mobile applications. The offerings from YesWeHack encompass Bug Bounty programs, Vulnerability Disclosure Policies (VDP), Pentest Management, and Attack Surface Management, providing comprehensive security solutions. This innovative platform not only enhances cybersecurity but also fosters collaboration between organizations and the ethical hacking community.

Oxeye is designed to uncover vulnerabilities in the code of distributed cloud-native applications. By merging sophisticated SAST, DAST, IAST, and SCA capabilities, we provide a thorough risk evaluation in both Development and Runtime settings. Aimed at developers and AppSec teams, Oxeye supports a shift-left security strategy, streamlining the development workflow, reducing barriers, and eliminating potential weaknesses. Renowned for delivering reliable results with remarkable precision, Oxeye conducts an in-depth analysis of code vulnerabilities within microservices, offering a risk assessment that is informed and enriched by data derived from infrastructure configurations. With Oxeye, developers can effectively oversee and resolve vulnerabilities in their applications. We ensure clarity in the vulnerability management process by offering insights into the necessary steps to reproduce issues and identifying the exact lines of code that are impacted. Moreover, Oxeye integrates effortlessly as a Daemonset via a single deployment, requiring no changes to the existing codebase. This guarantees that security measures are non-intrusive while bolstering the protection of your cloud-native applications. Our ultimate aim is to enable teams to focus on security priorities without sacrificing their pace of development, ensuring a balance between speed and safety. In this way, Oxeye not only enhances security but also promotes a culture of proactive risk management within development teams.

Enso's platform leverages Application Security Posture Management (ASPM) to seamlessly integrate into an organization’s infrastructure, generating a comprehensive and actionable inventory that tracks all application assets, their responsible parties, security status, and related risks. By utilizing Enso Security, application security teams are empowered to efficiently oversee the tools, personnel, and procedures necessary for application security, facilitating the development of a nimble AppSec approach that does not disrupt the development process. Organizations of varying sizes around the world rely on Enso daily for their AppSec needs. For further details, please reach out to us!

Our platform employs a range of robust security strategies, such as feedback-driven fuzz testing and coverage-guided fuzz testing, to produce an extensive array of test cases that identify elusive bugs within your application. This white-box methodology not only helps mitigate edge cases but also accelerates the development process. Cutting-edge fuzzing engines are designed to generate inputs that optimize code coverage effectively. Additionally, sophisticated bug detection tools monitor for errors during the execution of code, ensuring that only genuine vulnerabilities are exposed. To consistently reproduce errors, you will require both the stack trace and the input data. Furthermore, AI-driven white-box testing leverages insights from previous tests, enabling a continuous learning process regarding the application's intricacies. As a result, you can uncover security-critical bugs with ever-increasing accuracy, ultimately enhancing the reliability of your software. This innovative approach not only improves security but also fosters confidence in the development lifecycle.

Gather all findings related to Application Security, including SAST, DAST, and SCA, and connect them to vulnerabilities in both infrastructure and cloud security to achieve a thorough understanding of your application's security status. By streamlining the data, removing redundant entries, and correlating these insights, you can improve the risk mitigation process and prioritize the most impactful issues for the business. Create a centralized repository that encompasses findings and remediation efforts across different tools, teams, and applications. The AppSecOps approach emphasizes the identification, prioritization, resolution, and prevention of security threats, weaknesses, and risks, integrating smoothly with existing DevSecOps workflows, teams, and instruments. A dedicated AppSecOps platform enables security personnel to enhance their ability to effectively detect, manage, and prevent critical security, vulnerability, and compliance issues at the application level while also identifying and bridging any existing coverage gaps. This comprehensive strategy not only promotes improved collaboration across teams but also strengthens the overall security infrastructure of the organization, ensuring a more resilient posture against potential threats. By embracing this unified methodology, organizations can realize greater efficiency and effectiveness in addressing security challenges.

Maverix integrates effortlessly into existing DevOps processes, establishing essential links with software engineering and application security tools while managing the entire application security testing lifecycle. The platform employs AI-powered automation to address security challenges, addressing various elements such as detection, classification, prioritization, filtering, synchronization, remediation management, and supporting mitigation tactics. It boasts a top-tier DevSecOps data repository that guarantees thorough insight into the evolution of application security and team performance over time. Security issues can be effectively tracked, evaluated, and prioritized through a centralized interface tailored for the security team, which also interfaces with external tools. This functionality provides users with complete clarity on application readiness for deployment and enables them to monitor long-term advancements in application security, promoting a proactive security mindset within the organization. By facilitating timely responses to vulnerabilities, teams can better secure their applications throughout the development lifecycle. Ultimately, this comprehensive approach enhances the overall security posture of the organization, fostering a culture of continuous improvement in application safety.

HackerOne is dedicated to enhancing the safety of the internet for everyone, positioning itself as the leading hacker-powered security platform globally. It provides organizations with access to the largest community of ethical hackers, fostering collaboration to address security challenges. With an extensive database that tracks vulnerabilities and industry benchmarks, HackerOne enables organizations to effectively reduce cyber risks by identifying and securely reporting actual security weaknesses across diverse sectors and attack surfaces. Notable clients include the U.S. Department of Defense, Dropbox, General Motors, and GitHub, showcasing its widespread trust in the industry. In 2020, HackerOne achieved recognition as the fifth most innovative company by Fast Company. The company operates its headquarters in San Francisco, along with offices in cities such as London, New York City, and Singapore, as well as over 70 other locations worldwide, underscoring its global reach and commitment to cybersecurity excellence. Through its innovative approach, HackerOne continues to set new standards in the realm of online security.

Gain an in-depth understanding of the technologies, systems, and processes within engineering, tracing the path from the initial lines of code to the final deployment stage. Seamlessly connect Cider to your current ecosystem while incorporating essential security protocols without hindering engineering operations. Fortify the security of your CI/CD pipeline by concentrating on a tailored set of prioritized risks along with actionable recommendations that cater to your unique environment. Cider provides a smooth integration with every aspect of your CI/CD workflow, ensuring a comprehensive and accurate evaluation of all the technologies, frameworks, and integrations utilized in your setup. By systematically mapping every intelligent link in your environment, Cider grants complete transparency throughout the entire CI/CD process, from the users managing source code to the artifacts that are ultimately deployed in production. Take a thorough approach to assess the security posture of your engineering systems and processes. Analyze your environment against realistic attack scenarios to identify critical controls that will effectively reduce your CI/CD attack surface, thereby reinforcing a strong development cycle. This in-depth evaluation empowers teams to proactively enhance their defenses in an ever-changing threat landscape, ultimately fostering a more resilient engineering practice. As security threats evolve, maintaining vigilance and adaptability becomes essential for sustaining effective operations.

Veracode offers a comprehensive and adaptable approach to oversee security risks throughout your entire suite of applications. This singular solution uniquely delivers insights into the progress of various testing methodologies, such as manual penetration testing, SAST, DAST, and SCA, ensuring thorough risk management. Additionally, it enables organizations to maintain a proactive stance on security, thereby enhancing their overall application safety.