threat-modeling

To perform threat modeling for microservices, you map data flows, identify trust boundaries, and apply frameworks like STRIDE to systematically uncover security risks, generating a prioritized mitigation plan for your cloud architecture.

Using STRIDE and Attack Trees for threat modeling categorizes risks by spoofing, tampering, and elevation of privilege, while mapping attack paths to enumerate assets and calculate DREAD risk scores for prioritized mitigation.

Yes, you can generate a Data Flow Diagram (DFD) for a web application to visualize data movement and explicitly map trust boundaries, which is essential for accurately identifying where security threats and unauthorized access could occur.

DREAD scoring works in security risk analysis by evaluating threats based on Damage, Reproducibility, Exploitability, Affected users, and Discoverability to calculate a numerical risk value, helping teams prioritize which threats require immediate mitigation.

Yes, the threat modeling process supports the PASTA framework, allowing teams to perform a risk-centric, seven-stage analysis that aligns technical requirements with business objectives to produce structured threat models and comprehensive mitigation reports.

You need to create structured threat models with risk scoring early in the software lifecycle to systematically identify security threats, assess exposure, and design mitigations, reducing vulnerabilities before deployment.