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Our DevSecOps Philosophy
We believe security should be a force multiplier for development teams, not a bottleneck. By shifting security left and embedding it throughout the software development lifecycle, we help teams catch and fix security issues early when they're least expensive to remediate.
Secure Development Lifecycle
Design Phase
We help teams build security into their applications from the ground up:
- Threat modeling workshops
- Security architecture review
- Security requirements definition
- API security design
- Identity and access management planning
Development Phase
Our tools and practices help developers write secure code from the start:
- IDE security plugins
- Pre-commit hooks
- Code security guidelines
- Secure coding workshops
- Security unit testing
Build Phase
We implement automated security checks in your CI pipeline:
- SAST (Static Application Security Testing)
- Software composition analysis
- Container security scanning
- Infrastructure as Code security checks
- Secrets detection
Test Phase
We validate security before deployment:
- DAST (Dynamic Application Security Testing)
- API security testing
- Penetration testing
- Security regression testing
- Compliance validation
Deploy Phase
We ensure secure deployment practices:
- Infrastructure hardening
- Configuration validation
- Secure secrets management
- Access control enforcement
- Deployment security gates
Runtime Phase
We maintain security during operation:
- Runtime application protection
- Container security monitoring
- Cloud security posture management
- Continuous vulnerability assessment
- Security monitoring and alerting
Our Technical Stack
Source Code Security
- SonarQube for code quality and security
- Grype, Trivy for dependency scanning
- Trivy for secrets detection
- Semgrep for custom security rules
- Checkov for IaC security
Container Security
- Grype, Trivy for container scanning
- Docker Bench for security
- Falco for runtime security
- Harbor for secure registry
- Aqua Security for container protection
Cloud Security
- AWS Security Hub
- Azure Security Center
- Google Cloud Security Command Center
- Terraform security scanning
Application Security
- OWASP ZAP for DAST
- API security testing with Burp Suite
- CloudFlare WAF
- Custom security headers
- Authentication and authorization frameworks
Implementation Approach
1. Assessment
- Current security posture evaluation
- Tool chain analysis
- Pipeline security review
- Team capability assessment
- Gap analysis
2. Implementation
- Security tool integration
- Pipeline configuration
- Custom rule development
- Authentication implementation
- Monitoring setup
3. Automation
- Security scan automation
- Results aggregation
- Issue tracking integration
- Automated remediation
- Compliance checking
4. Training
- Secure coding practices
- Tool usage workshops
- Security awareness
- Incident response
- Threat modeling
Key Benefits
Speed Without Compromise
- Automated security testing
- Early issue detection
- Integrated security tools
- Streamlined remediation
- Minimal manual intervention
Developer Empowerment
- Security feedback in IDE
- Clear remediation guidance
- Security best practices
- Tool-driven workflows
- Automated fixes
Comprehensive Protection
- Multi-layer security
- Full stack coverage
- Continuous assessment
- Proactive protection
- Compliance validation
Measurable Results
- Security metrics
- Risk trending
- Coverage reporting
- Time to remediation
- Compliance status
Getting Started
Our team can assess your current development practices and create a roadmap for implementing DevSecOps. We'll help you select and integrate the right tools, establish secure workflows, and train your team on security best practices.
Success Metrics
We help you track key DevSecOps metrics:
- Mean time to remediation
- Security debt trending
- Risk acceptance rates
- Security coverage
- Deployment security scores