Trust center·Security architecture
Security architecture.
Our infrastructure is built on zero-trust principles, defense-in-depth, and continuous validation. We engineer trust, not just secure data.
Core security principles
Zero trust architecture
- ·Never trust, always verify
- ·Assume-breach mentality
- ·Least-privilege access
- ·Network micro-segmentation
Defense in depth
- ·Multiple security layers
- ·Redundant controls
- ·Fail-secure design
- ·Incident containment
Continuous validation
- ·Real-time threat detection
- ·Log aggregation and analysis
- ·Automated alerting
- ·Security testing and drills
Secure by default
- ·Encryption in transit (TLS 1.3)
- ·Encryption at rest (AES-256)
- ·Secure coding practices
- ·Dependency scanning
Identity and access management
Authentication
- ·Multi-factor authentication (MFA) enforcement
- ·SSO integration (SAML 2.0, OAuth 2.0)
- ·Hardware key support (YubiKey)
- ·Strict session management timeouts
Authorization
- ·Role-based access control (RBAC)
- ·Attribute-based access control (ABAC)
- ·Principle of least privilege by default
- ·Quarterly access reviews
Encryption and secure SDLC
Encryption standards
- ·In transit: TLS 1.3
- ·At rest: AES-256
- ·Key management: AWS KMS / customer-managed keys
Secure SDLC
- ·Design: threat modeling and architecture review
- ·Code: peer review and static analysis (SAST)
- ·Test: automated security testing and scanning
- ·Deploy: immutable infrastructure and CI/CD
Resilience and recovery
Uptime SLA
99.99% availability target.
Recovery time objective
Under one hour.
Recovery point objective
Fifteen minutes.
Monitoring
24x7 security operations monitoring.
Need more detail?
Our security team can walk your team through controls, share documentation under NDA, and answer assessment questionnaires.