Secure by Design Philosophy, Build security into the system from the start, Shift-Left Security, Move security activities earlier in development, Early SDLC Phases, Planning, requirements, design, and coding, Threat modeling, Identify risks before implementation begins, Secure requirements, Define security needs during planning, Security architecture review, Evaluate design for weaknesses early, Least privilege, Give only minimum necessary access, Defense in depth, Use multiple layers of protection, Secure defaults, Ship with safest settings enabled, Input validation, Check data before processing it, Output encoding, Prevent injected content from executing, Authentication, Verify the identity of users, Authorization, Control what authenticated users can do, Code review, Inspect source for security flaws, Static analysis, Scan code without running it, Dynamic analysis, Test application while it runs, Dependency scanning, Find vulnerable third party components, Secure coding standards, Rules for writing safer software, Secrets management, Protect keys, tokens, and passwords, Security training, Teach teams how to avoid vulnerabilities, CI/CD security, Add checks into build pipelines, Automated testing, Run repeatable security checks often, Attack surface reduction, Limit exposed functions and interfaces, Logging, Record events for monitoring and audits, Monitoring, Watch systems for suspicious activity, Incident response planning, Prepare actions for security events, Patch management, Apply fixes for known weaknesses, Risk assessment, Estimate likelihood and impact of threats, Privacy by design, Include data protection from the start, Security champions, Team members who promote secure practices

Secure by Design & Shift-Left Security

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