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Dynamic Application Security Testing Market size is projected register significant growth between 2024 and 2032, attributed to rising product launches. With cybersecurity threats evolving, organizations seek robust solutions to secure their applications. The introduction of new DAST products addresses this need by offering comprehensive testing and vulnerability assessment capabilities.
For instance, in December 2023, in version 16.4 (or DAST 4.0.9), GitLab introduced a browser-based dynamic application security testing (DAST) feature, aligning with its continuous enhancement of DAST capabilities. This update integrated passive checks, along with active check-in functionalities, aimed at improving browser-based DAST. With active scans automatically utilizing GitLab active checks as they are released, corresponding ZAP alerts are deactivated. Customers can opt-out and revert to ZAP alerts by setting the CI/CD variable.
These solutions enable businesses to proactively identify and mitigate security risks in their applications, safeguarding against potential breaches. As a result, the market witnesses increased demand for DAST solutions to fortify application security and protect sensitive data.
The dynamic application security testing (DAST) Industry witnesses increasing demand propelled by ongoing research and developments. As cybersecurity threats evolve, organizations seek advanced solutions to fortify their applications against vulnerabilities. Innovations in DAST technology, such as improved scanning techniques and enhanced threat detection capabilities, address these evolving challenges. With a growing emphasis on application security, the market experiences heightened demand for DAST solutions, driving further research and development efforts to meet the evolving needs of businesses in safeguarding their digital assets.
For instance, in September 2023, Tenable introduced a web application and API scanning feature for Nessus Expert, enhancing its dynamic application security testing capabilities. With these capabilities, Nessus efficiently and precisely detects web vulnerabilities. Supported by Tenable Research, Nessus offers comprehensive and precise vulnerability coverage for web applications and APIs, encompassing several components such as web servers, frameworks, content management systems, programming languages, and JavaScript libraries. This results in reduced false positives and negatives, providing security professionals with accurate insights into the actual risks in their applications.
Despite its growth, the dynamic application security testing market faces constraints. One significant restraint is the complexity of scanning modern web applications, which may lead to false positives or missed vulnerabilities. Additionally, integration challenges with existing development and deployment processes can hinder adoption. Furthermore, budget limitations and the need for skilled personnel to operate DAST tools pose barriers for some organizations. Addressing these restraints requires ongoing innovation in DAST technology, simplification of integration processes, and education on the importance of application security.
The DAST market experiences heightened demand due to leading companies extending their service offerings. With cybersecurity threats evolving, organizations seek comprehensive solutions to safeguard their applications. Leading companies in the cybersecurity sector are expanding their portfolios to include DAST services, offering clients robust testing and vulnerability assessment capabilities. This extension of services helps meet the increasing demand for application security solutions while ensuring businesses can effectively identify and mitigate security risks, driving further market growth.
To cite an instance, in November 2023, Veracode unveiled DAST Essentials, an automated dynamic application security testing (DAST) tool tailored for integration within integrated development environments (IDEs). Additionally, the company introduced the Veracode GitHub App, enabling automatic scanning of code whenever it's added to a repository using Veracode DAST tools. Veracode's existing DAST solution, integrated with Veracode Fix, leverages a large language model (LLM) for AI-driven vulnerability remediation recommendations, allowing developers to update their source code automatically or apply suggested fixes through pull requests. Brian Roche, Veracode's chief product officer, emphasized the significance of embedding DAST capabilities into DevSecOps workflows and extending scanning to IDEs with DAST Essentials.
In terms of application, the web-based segment for security testing will grow significantly over the forecast timeframe, owing to the high adoption of DAST solutions to protect the digital assets of the organization from malicious activities and vulnerabilities. Security administrators and web developers perform web application testing to identify and mitigate vulnerabilities that can affect their existing networks. The demand for mobile application security testing could increase during 2024-2032. The escalating penetration of mobile devices and cloud technologies is the primary factor strengthening the dynamic market outlook.
Based on end-user, the BFSI segment is estimated to hold a sizeable portion of the dynamic application security testing market by 2032, attributed to the digitalization and demand for mobile and digital banking platforms. The banking application is integrated with numerous applications to enable real-time transactions. Therefore, its security becomes critical to protect the application and customer information. DAST solutions offer vital protection by identifying vulnerabilities in web applications and APIs, critical components of online banking and transaction systems. As regulatory compliance requirements become more stringent, BFSI firms prioritize robust security measures, driving the demand for DAST solutions to fortify their digital infrastructure and safeguard sensitive financial data.
The Asia Pacific dynamic application security testing market is predicted to show unprecedented growth through 2032, due to the rapid development in the IT infrastructure and digitalization initiatives in the region. Despite the prevalent application-related issues, security solution providers across the region continue to cope with the challenges and increasing data vulnerabilities. Moreover, with the explosion of software applications, there is a burgeoning need to have effective processes for security and quality assurance within the application development lifecycle.
Major companies operating in the dynamic application security testing industry competitive landscape include:
· In April 2023, Synopsys aimed to enhance its Polaris Software Integrity Platform, designed for securing application development environments, by incorporating dynamic application security testing (DAST) tools and infrastructure provisioning code scanning capabilities. As a software-as-a-service (SaaS) platform, Polaris combined Synopsys' static application security testing (SAST) tool gained from the Coverity acquisition in 2014 and the software composition analysis (SCA) tool obtained from acquiring Black Duck Software in 2017.