How do I identify and fix OWASP Top 10 vulnerabilities in my code?▼
OWASP Top 10 vulnerabilities include injection, broken authentication, and misconfiguration. Identify them through code review using secure-coding patterns, apply input validation and parameterized queries, enforce access controls, encrypt sensitive data, and harden configurations across web, mobile, and API services.
What secure-coding practices prevent injection attacks and other common vulnerabilities?▼
Secure coding prevents injection by using parameterized queries, validating all input, enforcing role-based access control, encrypting data at rest and in transit, hardening configurations, verifying dependency integrity, and signing code. Apply these during code reviews and threat modeling.
How do I perform threat modeling and secure design reviews for applications?▼
Threat modeling maps OWASP Top 10 risks to application components and identifies mitigations. During secure design reviews, apply defense-in-depth strategies: enforce RBAC/ABAC, validate inputs, use parameterized queries, harden configurations, verify dependencies, and maintain secure CI/CD pipelines with logging.
Can I use this for API and mobile application security reviews?▼
Yes. The guidance applies across web, mobile, and API services. Review modules for injection and misconfiguration risks, enforce access controls, encrypt data in transit, validate inputs, harden endpoints, perform dependency checks, verify code signatures, and maintain comprehensive logging and monitoring.
What's the difference between defense-in-depth and single-layer security approaches?▼
Defense-in-depth combines multiple security layers: access controls, encryption, input validation, configuration hardening, dependency verification, code signing, and CI/CD security. Single-layer approaches rely on one mechanism and leave gaps. Depth-based strategies reduce risk across injection, authentication, and misconfiguration vectors.
When should I perform vulnerability management and ongoing monitoring?▼
Vulnerability management occurs during code reviews, threat modeling, deployment, and continuously post-deployment. Maintain comprehensive logging and monitoring, track dependency updates, verify code signatures, enforce CI/CD pipeline controls, and audit access. Ongoing management catches configuration drift and emerging threats.
