Security Architecture
DigiXVault is built on a defense-in-depth security modelthat ensures your organization's credentials remain protected at every layer — from client to server to storage.
Defense-in-Depth Security Model
Client-Side Key Derivation
- Master password processed through Argon2id with configurable memory/time parameters
- Derived encryption key never leaves the client device
- Key stretching prevents brute-force attacks on the master password
- Additional TOTP-based two-factor authentication for session access
End-to-End Encryption
- All vault data encrypted with AES-256-GCM before transmission
- Transport security via TLS 1.3 with certificate pinning
- Zero-knowledge architecture — servers never see plaintext
- Cryptographic integrity verification on every vault operation
Infrastructure Security
- Multi-tenant isolation with cryptographic silo boundaries
- Encrypted at-rest storage with provider-managed keys
- Rate limiting and brute-force protection on all endpoints
- Cloudflare Turnstile bot protection on authentication flows
Monitoring & Compliance
- Immutable audit logs with tamper-proof event recording
- Anomalous access pattern detection and alerting
- IP-based geolocation tracking for session verification
- Compliance-ready reporting for SOC 2, GDPR, and HIPAA
Our Security Commitments
Zero Breach History
DigiXVault has maintained a clean security record since inception. Our zero-knowledge architecture means even a theoretical breach would expose zero usable data.
No Tracking, No Analytics
We do not use any third-party analytics, tracking pixels, or advertising cookies. Your usage patterns are not monetized or shared with anyone.
Transparent Architecture
We openly document our security model so you can make informed decisions about trusting DigiXVault with your organization's most sensitive credentials.
Responsible Disclosure
We maintain a responsible disclosure program and encourage security researchers to report vulnerabilities through our coordinated disclosure process.