+V-ST Security Testing
---+V-ST-A Stream A: Scalable Baseline
------+V-ST-1-A Perform automated security testing
------+V-ST-2-A Develop application-specific security test cases
------+V-ST-3-A Integrate security testing tools in the delivery pipeline
---+V-ST-B Stream B: Deep Understanding
------+V-ST-1-B Test high risk application components manually
------+V-ST-2-B Establish a penetration testing process
------+V-ST-3-B Establish continuous, scalable security verification

V-ST Security Testing

Short description: This practice focuses on the detection and resolution of basic security issues through automation, allowing manual testing to focus on more complex attack vectors.

The Security Testing (ST) practice leverages the fact that, while automated security testing is fast and scales well to numerous applications, in-depth testing based on good knowledge of an application and its business logic is often only possible via slower, manual expert security testing. Each stream therefore has one approach at its core.

The first stream focuses on establishing a common security baseline to automatically detect so-called "low-hanging fruit". Progressively customize the automated tests for each application and increase their frequency of execution to detect more bugs and regressions earlier, as close as possible to their inception. The more bugs the automated processes can detect, the more time experts have to use their knowledge and creativity to focus on more complex attack vectors and ensure in-depth application testing in the second stream. As manual review is slow and hard to scale, reviewers prioritize testing components based on their risk, recent relevant changes, or upcoming major releases. Organizations can also access external expertise by participating in bug bounty programs, for example.

Unlike the Requirements-driven Testing practice which focuses on verifying that applications correctly implement their requirements, the goal of this practice is to uncover technical and business-logic weaknesses in the application and make them visible to management and business stakeholders, irrespective of requirements.

1. Overzicht

V-ST-A Stream A: Scalable Baseline

Scalable baseline focuses on the use of application-specific automated testing tools that integrate security validation into the build and deploy process. The goal of this stream is to favor width (a broad spectrum of applications) over depth of testing.
V-ST-B Stream B: Deep Understanding

Deep understanding focuses on performing manual security testing of high-risk components, using complex attack vectors with the goal of making advanced security testing an integral part of the development process. The goal of this stream is to favor testing depth (testing rigor) over testing width (the portfolio of applications).

1.1 Referenties

1.2 Geïdentificeerde eisen

1.3 Gerelateerde regelingen

2. Geïdentificeerde eisen

Eisen

3. Gerelateerde regelingen

Regelingen
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