Security breaches make headlines, but most vulnerabilities stem from preventable failures: unpatched dependencies, misconfigured cloud resources, insufficient input validation. Our security practices integrate into development, not bolted on before launch.
Secure Development Lifecycle
Security requirements defined during planning. Threat modeling identifies attack surfaces early. Code reviews include security checklist. Static analysis scans every commit. Dynamic testing validates running applications. Penetration testing before production release.
Authentication and Authorization
OAuth 2.0 and OpenID Connect for authentication. Fine-grained authorization checking every request. Principle of least privilege for all accounts. Multi-factor authentication mandatory for privileged access.
Input Validation
Never trust client input. Validate, sanitize, and parameterize all inputs. Prepared statements prevent SQL injection. Content Security Policy mitigates XSS. File upload restrictions prevent malicious payloads.
Secrets Management
No secrets in code or configuration files. Vault services rotate credentials automatically. Environment-specific secrets isolated. Audit logging tracks secret access.
Cloud Security
Infrastructure as code enables consistent security baselines. Network segmentation limits blast radius. Encryption enabled by default. Cloud security posture management detects misconfigurations. Regular compliance scanning against CIS benchmarks.
Dependency Management
Automated dependency scanning identifies vulnerable packages. Update policies balance security patches with stability testing. Software bill of materials tracks all components.
Incident Response
Documented playbooks for common scenarios. Regular drills validate response capability. Logging and monitoring enable detection. Communication templates ready for stakeholder notification.
Security is continuous, not a milestone. Build it into your development culture.