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Best 11 DevSecOps Tools

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8 min read
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For German Version

DevSecOps, which stands for development, security, and operations, automates the integration of security throughout the software development lifecycle, from the initial design through integration, testing, deployment, and software delivery.

DevSecOps seamlessly incorporates application and infrastructure security into Agile and DevOps processes and technologies. It deals with security vulnerabilities when they arise when they are easier, quicker, and less expensive to resolve (and before they are put into production). DevSecOps moves the responsibility for application and infrastructure security from a security silo to the development, security, and IT operations teams. It makes the DevSecOps slogan "software that is safer and ready sooner" possible by automating the delivery of secure software without slowing down the software development cycle.

Before, companies kept software development (Dev) and IT operations (Ops) separate. Now, however, these processes are coming together, which saves a lot of money for SDLC processes. As we learn more about software supply chain vulnerabilities, standard DevOps and Agile software development processes are being closely examined.

DevOps programs are known for how quickly they work, how useful they are, and how small they are. However, they often lack safety and compatibility. Using the DevSecOps approach, security must be built into the software development, testing, and operation phases. It is required for each organization that builds an application. When security applications and DevOps ideas are combined, safety is more simply given in product development and operation.

Several new DevSecOps technologies have emerged in recent years, intending to secure DevOps pipelines and processes for enterprises and eventually deliver a more reliable end product or system.

DevSecOps tools are a group of products and services that help businesses build and run software systems safely. DevSecOps technologies make sure that typical CI/CD pipelines maintain security at every stage of the system development life cycle (SDLC), which is getting longer as the number of web apps grows.

Before deciding on DevSecOps tools, keep the following aspects in mind:

  • Integrations with code development platforms for early detection of coding faults

  • A list of common vulnerabilities

  • The ability to run indefinitely and interface with development software

  • Live system scans regularly

  • Suggestions for patches to prevent discovered exploits

  • A no-risk evaluation opportunity with a free trial or demo

  • Value for money from a testing solution that can be used in both development and operations management contexts.

In this article, we will examine the top DecSecOps tools available in the market:

1. Acunetix​

Acunetix is a DevSecOps tool for web application security that scans and tests your web apps against a database of more than 7,000 vulnerabilities. By looking at your source code with a tool called AcuSensor, the application finds a number of vulnerabilities, such as SQL injection and XSS attacks. We can list the main features of Acunetix as follows:

  • Focused on web apps vulnerability scanning for DevSecOps

  • A lengthy list of known exploits

  • Quick and efficient inspections

  • Web-based with on-site hosting available

  • Premium editions of the program include support for APIs as well as many interacting websites and web apps to the solution's core functionality.

  • With on-site hosting, AD-based user management, and git repository support, the Enterprise edition even enables bespoke development integration.

Some of the advantages of Acunetix are listed below:

  • Quick.

  • Easy.

  • Excellent customer service.

  • Reporting capabilities.

  • Import state files from other common application testing tools are supported Includes more functions in addition to vulnerability scanning.

Some of the disadvantages of Acunetix are given below:

  • It does not work properly with many endpoints (e.g. apps and services not in the same URL).

  • Has authentication issues with modern business apps that need several redirections to unrelated destinations, federated IDs, SSO, etc. This relates to the previous point.

  • Vulnerability detection is not as robust as Burp Suite Pro + extensions, Metasploit + auxiliary modules, Nmap + scripts, and so forth.

2. Aqua Security​

Aqua Security is a cloud-native application security technology with three pillars: application security, IaaS, and VM/container security. The most recent scanning software discovers security holes, viruses, and exposed secrets. You may build up dynamic policies for deployment to prevent unintended breaches.

The solution is built for automated security, with CI/CD and real-time scanning built in. You can make a whole plan for managing vulnerabilities that includes finding them, fixing them, testing them, and putting them into use. This solution is suitable for large organizations where the CI/CD pipeline is a key part of the development process and where internal security and security during deployment are important. Its primary characteristics are as follows:

  • Application security platform

  • IaaS and Kubernetes support

  • Vulnerability, malware, and secret detection Compliance verification

  • Excellent CI/CD integration

Some of the advantages of Aqua Security are listed below:

  • Full integration with GitHub, Jfrog, and others

  • Easy data security configuration

  • Specific details for vulnerability detection

Some of the disadvantages of Aqua Security are given below:

  • Integration with Jira

  • Integration with SIEM

3. Checkmarx​

Checkmarx is the market leader in a key part of DevSecOps application security testing (AppSec). The Checkmarx Application Security Testing (AST) platform provides integrated security for the full software development lifecycle as companies manage containers, IaC, custom code, and open-source components. Clients can ask for a demo if they want to learn more about software composition analysis (SCA), static code analysis (SAST), interactive testing (IAST), developer training, or AppSec-managed services. Its primary characteristics are as follows:

  • Incremental or complete scans of the CI/CD pipeline to discover major vulnerabilities

  • Simple online GUI for tracking application risk, inquiries, and insight

  • Using the SCA tool, securely create software using custom and open source code Develop a software bill of materials (SBOM) for smooth audits

  • Keeping IaC Secure (KICS) provides free, open-source IaC scanning

Some of the advantages of Checkmarx are as follows:

  • Documenting

  • Language supports

  • Repair suggestions

Some of the disadvantages of Checkmarx are given below:

  • Scan length

  • False positive

  • Integration with some other applications, such as Jenkins, has various drawbacks.

4. Fortify Webinspect​

WebInspect is a DAST tool used to analyze vulnerabilities in web applications. The Fortify line of products is a Micro Focus feature that tests system security. So, WebInspect is part of a group of products made by software engineers who have a lot of experience with cybersecurity. Fortify Software is a company that makes security and authentication systems. Its main services are DAST, SAST, and IAST. The system is used to evaluate applications that are being made or to decide whether to buy new Web applications and services. For example, a team working on a development project uses the tool to test an API they want to use, and a team working on IT operations uses it to look at live websites. OpenAPI is used to test APIs, and a browser is used to run a Web application's functions. The test platform's precise testing methods are adapted to validate against specific targets. This system configuration is changed using a pre-written script from a library that includes PCI DSS, DISA STIG, NIST 800-53, ISO 27K, OWASP, and HIPAA compliance tests. WebInspect is an in-house application. It is compatible with Windows Server 2016 and 2019, as well as Windows 8, 8.1, and 10. A version will work in Docker, but the base OS must be Windows or Windows Server. The thing you want to check with DAST must be reachable through a browser since the system acts as a proxy to log Web traffic. The WebInspect service controls messages exchanged between the application host and the browser. The service gives you a place to test APIs and functions that don't cover the whole Web page. WebInspect scans are started whenever the user wants, on a set schedule, or set to run continuously. The continuous mode is used in CI/CD workflows.

Some of the advantages of Fortify Webinspect are listed below:

  • Static code examination

  • Organization of discovered vulnerabilities

  • Usually offers clear comments on how to fix problematic code

Some of the disadvantages of Fortify Webinspect are given below:

  • Reporting might be improved

  • Can be a time-consuming setup if your company does not use typical build tools. Users are bombarded with email updates from the service

5. GitHub Actions​

GitHub is a website that hosts Git repositories. It has all of Git's source code management (SCM) and distributed revision control (DRC) features and adds some of its own. Unlike Git, which is only a command-line tool, GitHub has a web-based graphical interface as well as a desktop and mobile integration. It gives each project access control and different ways to work together, like bug tracking, feature requests, task management, and wikis.

When a GitHub Actions workflow successfully finishes a build, artifacts like zip files, generated code, Java JAR files, and other put-together parts are made. Unfortunately, once the procedure is complete, the ephemeral Docker container on which the GitHub Actions objects are built vanishes. But it's not hard for a developer to ask GitHub to store these artifacts and provide a link to download them. Simply utilize the upload-artifact GitHub action.

6. OWASP Zed Attack Proxy (ZAP)​

OWASP ZAP is a free and open-source web application security scanner that lets developers and testers do penetration testing on their apps to find weaknesses and stop attacks. It is now one of the most sought-after Open Web Application Security Project (OWASP) projects, and it is maintained by a worldwide network of volunteers. This tool can be changed and made bigger, and both new and experienced software security testers can use it. OWASP ZAP includes versions for each major operating system and the Docker platform, allowing users to avoid relying on a single platform.

As the "middleman proxy" between the user's browser and the web application, OWASP focuses on that role. As part of this process, it will pick up and look at communications between a browser and a web application. If necessary, it will modify the contents and forward the packets to their destination. If there is already another network proxy running, which is common in many corporate settings, ZAP can be set up to connect to that proxy. ZAP Marketplace offers a choice of add-ons for enhanced functionality. OWASP ZAP provides the following security automation solutions:

  • Docker Packaged Scans: A ZAP automated scanner that offers a high level of flexibility and makes it simple for users to get started with the tool.

  • Quick Start Command Line: A fast and straightforward scanner appropriate for a quick scan.

  • API and Daemon Mode: This mode allows the user entire control over ZAP via a thorough API.

  • Automation Framework: A cutting-edge framework that is not dependent on any existing container technology. This framework will eventually replace the Command Line and Package Scan options.

  • GitHub Actions: Access to any connected and accessible GitHub package scan.

Some of the advantages of WASP Zed Attack Proxy are listed below:

  • Automatic scanning is a useful and simple function.

  • It has evolved throughout the years, and in the last year, they have included HUD (Heads Up Display).

  • The solution's stability is excellent.

  • The most useful function is scanning the URL to dig down all the different sites.

  • The solution is scalable.

Some of the disadvantages of the WASP Zed Attack Proxy are as follows:

  • The reporting format produces no results, is cluttered, and is too lengthy.

  • The forced browse has been included in the program, and it is resource-intensive.

  • It would be a huge improvement if they could integrate a marketplace to add new capabilities to the tool.

  • Product reporting might be enhanced.

  • The ability to search the internet for alternative use cases and leverage the solution to make applications more secure should be addressed.

7. Snyk​

Snyk's Developer Security Platform fits easily into a developer's workflow and lets security teams talk with their development teams. It takes a strategy that puts developers first to make sure that enterprises can protect all important parts of their applications, from the code to the cloud. This leads to more productive developers, more money, happy customers, lower costs, and a better security posture. The seller says that Asurion, Google, Intuit, MongoDB, New Relic, Revolut, and Salesforce are among the 1,200 companies that use Snyk right now.

  • Snyk Open Source: Automatically detect vulnerabilities and automate fixes during development with an SCA powered by intelligence

  • Snyk Code: Static Application Security Testing (SAST) recreated for developers

  • Snyk Container: Container and Kubernetes security designed to assist developers in finding and fixing vulnerabilities in cloud-native applications

  • Snyk Infrastructure as Code: Decrease risk by automating IaC compliance and safety in development workflows before deployment and detecting drifted and lacking resources post-deployment

  • Snyk Cloud: Cloud security with a unified policy as a code engine so every team can develop, deploy, and operate safely in the cloud

Some of the advantages of Snyk are given below:

  • Helps in a problem-solving situation

  • SAST - Static Application Security Testing

  • Scan for Infrared Codes (Terraform, Cloud Formation, Docker Image)

  • OSSG

Some of the advantages of Snyk are listed below:

  • There Is no customizable dashboard for analytics.

  • Snyk offers a slick interface, but changing the policies leaves space for development.

  • Auto remediation can be enhanced.

  • An OPA-based infrared scan is absent, and it is most likely covered by a recent acquisition ( Fugue)

8. SonarQube​

SonarQube is a tool for analyzing code without running it. It checks your code carefully for security threats and holes. The software detects two categories of issues: security hotspots, which are potential security concerns that require human evaluation, and security vulnerabilities, which are automatically recognized issues that require immediate attention.

The main features of SonarQube are as follows:

  • data sanitization,

  • compliance tracking, and reporting

  • CI/CD integration

  • open-source and free (with premium upgrades)

The base program is open-source and free, but there is a commercial version that adds security measures. For example, Taint Analysis is a high-end product that looks at user-provided data to clean up potentially harmful content before sending it to critical systems. Compliance tracking is another premium feature that makes sure your code meets all legal requirements.

Some of the advantages of SonarQube are listed below:

  • Static Code Analysis

  • Security Vulnerabilities Search

  • Multi-software language support

  • Highly customizable quality gates for PR analysis

Some of the disadvantages of SonarQube are given below:

  • Better IDE integration and support

  • Easier GitHub actions integration and support

  • Better dynamic code analysis support and integration during automated tests

9. ThreatModeler​

ThreatModeler software is more suited to today's complex structures. It displays how a hacker moves through your system, pinpointing where they would attack and, more critically, what measures are needed to mitigate the attack. ThreatModeler sophisticated software security technologies require little to no security experience, have a short learning curve, and eliminate the need for an outside security consultant entirely.

ThreatModeler is an enterprise threat modeling tool that automates the process of developing secure applications. Today's information security experts must quickly develop threat models for their organizations' data and software. This is done at the scale of their IT ecosystem and at the speed of innovation. ThreatModeler enables corporate IT organizations to map their specific security requirements and policies directly into the enterprise cyber environment. This delivers real-time situational awareness of their danger and risk portfolio. Executives and CISOs obtain a comprehensive view of their whole attack landscape, defense-in-depth strategy, and compensatory control, allowing them to invest resources intelligently and scale up their production.

Some of the advantages of ThreatModeler are listed below:

  • It automates threat modeling

  • Aids in regulatory compliance

  • Allows you to see dangers all the way up and down your supply chain

Some of the disadvantages of ThreatModeler are given below:

  • More unrecognized entrance points and trust boundaries

  • The misuse of authentication tokens

  • Difficulties in categorizing risks and estimating real risk

10. Trivy​

Trivy is an open-source tool from Aqua Security that is both easy to use and thorough. It checks container images, filesystems, and Git repositories for security holes and configuration problems. Trivy finds flaws in operating system packages (like Alpine, RHEL, and CentOS) and language-specific packages (like Bundler, Composer, npm, yarn, etc.). Trivy analyzes IaC (Infrastructure as Code) files like Terraform, Dockerfile, and Kubernetes for any configuration errors that might put your deployments at risk. Trivy is simple to use. Simply install the binary file and you're ready to scan.

Some of the advantages of Trivy are as follows:

  • Detect all vulnerabilities

  • Simple

  • Fast

  • High precision

The main disadvantage of Trivy is that self-compiled packages/binaries are not supported by Trivy.

11. Veracode​

The Veracode platform is a software security system that seeks to be pervasive but not intrusive, embedded in development environments, with recommended fixes and in-context learning. Veracode may be used by security teams to manage policies, acquire a full perspective of an organization's security posture through analytics and reporting, reduce risks, and create the documentation required to fulfill regulatory obligations. It is marketed as an always-on, continuous orchestration of safe development that provides enterprises with the assurance that the software being produced is secure and compliant. We can list the main features of Veracode as follows:

  • Continuous risk reduction scanning: Veracode Static Analysis, Dynamic Analysis, Software Composition Analysis, and Manual Penetration Test throughout the SDLC.

  • In-Depth Platform Knowledge: Streamlined governance, risk, and compliance procedures with flexible policy management, unified reporting and analytics, and peer benchmarking to minimize risks quickly and achieve a successful DevSecOps program.

  • Market Expansion: To meet data residency requirements in the EU, a cloud-native instance was developed on AWS in Frankfurt, Germany.

  • Contextual Platform Data: Fine-tuned through nearly two decades of scanning and learning from customers. Predicts future vulnerabilities with self-healing capabilities by analyzing data using machine learning and artificial intelligence.

  • Cloud-native SaaS Architecture: Cloud-native SaaS architecture provides elastic scalability, excellent performance, and lower prices.

Some of the advantages of Veracode are listed below:

  • Veracode provides an automated scanning service that may be set to scan apps fast and efficiently.

  • SAST Scan

Some of the disadvantages of Veracode are given below:

  • Required an aggregated score for all modules in an application.

  • Automated repair: While Veracode now provides specific information on vulnerabilities, it lacks automated repair capability.