DAST for running web applications and APIs | Anexia

A dynamic test needs more than a start URL. Login, session changes and business states determine which functions are reachable. We therefore check whether test accounts have the intended roles and whether the required data states can be prepared. A scan report without this coverage check can miss essential parts of the application.

Modifying requests are executed with controlled data. After a test, it must be possible to return the environment to a defined state if required. Load limits, external dependencies and abort procedures are agreed in advance. A detected error is documented with reproducible requests and the relevant role context. The retest takes place after the fix. This turns an automated scan into a traceable testing process whose significance for the specific application remains clear.

We begin runtime security testing with the services and data whose impairment would have concrete consequences. This determines which attack paths and misconfigurations are considered first. A long list of equally prioritised controls is of little help to a development team. We link findings to reachability, business relevance and existing protective measures. This assessment remains documented and can be adjusted as new information emerges. For DAST integration, this results in traceable decisions on blocking, remediation or time-limited acceptance. A technical severity rating is an important input, but not the complete decision. Particularly critical assumptions are tested in practice so that resources are concentrated on actual risks.

For dynamic security testing, we examine technical identities as carefully as user accounts. An automated process often requires different rights than a human administrator. We therefore describe which task an account performs, which resources it may reach and how its permission is revoked. Shared access makes it harder to attribute actions and is dissolved wherever possible. Particularly far-reaching rights receive additional control and a traceable purpose. When carrying out DAST tests, we also examine the transitions between development, test and production environments. Otherwise, seemingly harmless access in the build process can indirectly open up production rights. What matters is effectively limiting the entire access path.

In real environments, runtime security testing may require justified exceptions. A necessary update may not yet be compatible, or short-term operation may require an additional protective measure. Such cases are explicitly documented. The exception names the affected systems, justification, compensating measures, responsible person and review date. It must not persist as an invisible deactivation of a rule. We design the process so that justified decisions are possible and open risks nevertheless remain traceable. For DAST integration, this creates a reliable link between technical findings and business responsibility. Changes to the initial situation trigger a new assessment instead of extending the original decision indefinitely.

A tool can only help with dynamic security testing in the long term if its results are understandable and actionable. We therefore look not only at the detection rate, but also at the relevance, reproducibility and delivery of alerts. Recurring false positives are investigated and dealt with specifically. Blanket suppression of large groups of findings can cause important signals to be lost. Developers receive the most concrete possible information on the cause and the affected processing path. Where the assessment is unclear, a defined expert review path is provided. This makes carrying out DAST tests part of everyday work. The number of alerts can fall while their practical significance rises and critical findings are handled more reliably.

Active tests as part of runtime security testing require an explicitly agreed scope. Target systems, test data, load limits and contact persons are defined before execution. A production-like environment is helpful, but does not have to contain an uncontrolled copy of personal data. We check whether the environment adequately reflects the relevant roles and integrations. Results from a simplified test landscape are documented together with their limitations. For DAST integration, abort criteria are also agreed so that unexpected effects can be contained quickly. The technical investigation thus remains traceable and safe to carry out. Insights feed into concrete fixes and repeatable tests.

In dynamic security testing, dependencies are a distinct part of the responsibility. We look at origin, version, maintenance status and the path into the delivered product. Changes to external components should not depend unnoticed on different development environments. Suitable version pinning and traceable sources support reproducible results. At the same time, a practical update process is needed so that a pinned version does not remain outdated permanently. For carrying out DAST tests, we define how new security information is mapped to the actual inventory. Technical and legal questions may require different specialist departments. The common basis is a reliable overview of what is actually used and delivered to customers.

It is suitable for repeatable standard tests. Complex business logic and chained attack paths may require additional manual investigation. For dynamic security testing, the answer is refined based on your specific environment. What matters are the verifiable prerequisites of the project.

For carrying out DAST tests, a short description of the affected process, the most important systems and known limitations are helpful. Confidential documents can be provided via a suitable channel after consultation. A complete requirements specification is not necessary for the first exchange. We then state which information the technical assessment actually still needs.

For dynamic security testing, the agreed results, checks and open items are documented. This includes the relevant configuration and the prerequisites for its use. The scope depends on the contract. Acceptance should make clear what was checked, which limitations exist and who takes over the remaining tasks.

When carrying out DAST tests, we limit the required information and access to the agreed purpose. Roles, data flows and the termination of access are agreed. If personal data or particularly protected content is affected, the responsible specialist departments are involved. The technical implementation follows the requirements defined as a result.