By the Numbers
Secrets Managed
Encryption Operations/Day
Auth Verification Latency
Security Audit Score
How It Works
We perform a comprehensive audit of your current security posture: secrets in code, unencrypted data, authentication gaps, and access control weaknesses are all cataloged.
A security architecture is designed covering encryption, authentication, authorization, and secret management. Each layer is planned to work together as a cohesive defense-in-depth strategy.
Vault and Secret Manager are deployed, secrets are migrated from code to secure storage, and encryption is applied to sensitive data at rest. Firebase Auth is integrated into all API endpoints.
Penetration testing and security scanning validate the implementation. Access policies are tightened, audit logs are configured, and incident response procedures are documented.
HashiCorp Vault's Transit Engine provides encryption-as-a-service for sensitive data. Encrypt and decrypt without managing raw keys, with full audit logging of every cryptographic operation.
All API keys, database credentials, and third-party tokens are stored in Google Secret Manager. Zero hardcoded secrets across your entire codebase with automatic versioning and access control.
Every API request is authenticated by verifying Firebase Auth tokens server-side. JWT validation ensures only legitimate, authenticated users access protected resources.
All communications are encrypted with TLS, and Vault namespaces provide logical isolation between environments. Development, staging, and production each have isolated secret stores.
Short-lived Vault tokens are generated on demand for specific operations. Automatic expiration limits the blast radius of any compromised token, following the principle of least privilege.
Automated generation of Google Identity Tokens for secure service-to-service authentication. Cloud Functions and microservices authenticate to each other without shared secrets.
Use Cases
A SaaS platform uses Vault namespaces to encrypt each tenant's data with separate keys. Even in a shared database, no tenant can access another's information, and key rotation happens independently.
A platform managing payment processor credentials for multiple clients stores each client's Stripe and PayPal keys in Secret Manager. Credentials are accessed programmatically with audit trails for every retrieval.
A microservices architecture implements zero-trust principles where every service authenticates to every other service. Google Identity Tokens and Vault-issued certificates ensure no implicit trust between components.
A SaaS platform uses Vault namespaces to encrypt each tenant's data with separate keys. Even in a shared database, no tenant can access another's information, and key rotation happens independently.
A platform managing payment processor credentials for multiple clients stores each client's Stripe and PayPal keys in Secret Manager. Credentials are accessed programmatically with audit trails for every retrieval.
A microservices architecture implements zero-trust principles where every service authenticates to every other service. Google Identity Tokens and Vault-issued certificates ensure no implicit trust between components.
Technology Stack
Let's discuss how this solution fits your business.