We do not perform generic scanning. We perform context-aware analysis.
RiskPulse uses specifications, contracts, controlled credentials, and authorized application information to better understand the real behavior of critical APIs and reveal high and critical risks with greater precision.
More API context means less noise, more relevance, and more actionable evidence.
Not all APIs are the same. Neither is their risk.
The real risk of an API depends on the contract, credentials, business rules, expected behavior, and journey criticality. The same behavior can be irrelevant in one endpoint and critical in another. The same payload can be harmless for one profile and dangerous for another. Without context, analysis tends to generate noise — or miss what truly matters.
Without context, you see symptoms. With context, you understand risk.
More precision to explore relevant scenarios.
When applicable, RiskPulse uses authorized context to deepen the dynamic analysis of critical APIs. This allows evaluating scenarios closer to the real behavior of the application, instead of relying solely on generic attempts.
Contexts that can be used
- OpenAPI/Swagger specifications and API contracts.
- Controlled credentials and permissions defined for the execution.
- Information about critical journeys, expected rules, and governance constraints.
The goal is not to look for everything generically. It is to find relevant risks in the real behavior of critical APIs.
The goal is not to generate more findings. It is to generate better decisions.
Context-aware analysis helps security, engineering, architecture, and governance discuss risks with greater clarity. Instead of a lengthy list of generic alerts, RiskPulse delivers evidence connected to the real behavior of APIs and the potential impact for the organization.
More focus on high and critical risks.
More useful evidence for reproduction and remediation.
More clarity on exposure, effectiveness, and prioritization.
Does your analysis understand the context of your critical APIs?
Assess critical APIs with a dynamic, context-aware approach designed to reveal relevant risks in the real behavior of endpoints.
If no high or critical risks are found within the agreed scope, the customer does not pay for that point-in-time execution.