security-engineer

Threat modeling for a microservice architecture proactively identifies potential security risks and designs secure architectures. It evaluates system data flows and boundaries to build defense-in-depth before deployment begins.

A secure code review for web applications scans source code against security best practices to find common vulnerabilities like SQL injection and XSS. This ensures code adheres to standards and integrates security into the SDLC.

Vulnerability assessment for cloud-native applications conducts code reviews and penetration tests to find weaknesses. It identifies, assesses, and remediates security vulnerabilities across modern cloud infrastructure and web platforms.

Yes, you can integrate security into the SDLC by shifting security-first principles left. This ensures continuous secure code review and threat modeling throughout development, establishing robust defense-in-depth for new applications.

Security architecture design builds secure, defense-in-depth systems by structuring application and infrastructure protections proactively. You need it when launching new web applications or cloud-native services to ensure robust protection against cyber threats.

Threat modeling for cloud security requires adherence to security-first principles and responsible disclosure practices. Limitations arise when teams fail to map all microservice data flows or neglect continuous vulnerability assessment after deployment.