Security Architecture

Enterprise-grade security designed for maximum protection and zero-knowledge architecture.

Core Security Principles

Zero-Knowledge

We cannot access your data, even if compelled by law enforcement

Ephemeral Data

All secrets are temporary and automatically destroyed

Defense in Depth

Multiple layers of security protect your information

Open Design

Security through transparency, not obscurity

Encryption

AES-256-GCM Authenticated Encryption

All secrets are encrypted using Advanced Encryption Standard (AES) in GCM mode with 256-bit keys, providing both confidentiality and integrity. This is the same standard used by governments and financial institutions worldwide.

Cryptographically Secure Random Keys

Each secret gets a unique encryption key generated using cryptographically secure random number generators.

In-Transit Protection

All data transmission is protected with TLS encryption when deployed with HTTPS, ensuring data cannot be intercepted in transit.

Data Handling

Encrypted at Rest

All data is encrypted in our databases and storage systems

No Plaintext Storage

Your secrets are never stored in readable form

Automatic Deletion

Secrets are permanently deleted after viewing or expiration

Memory Management

Secrets are processed securely and cleared from memory by Python's garbage collection

Infrastructure Security

Secure Cloud Infrastructure

Hosted on enterprise-grade cloud platforms with physical security controls

Network Isolation

Application runs in isolated network segments with restricted access

Regular Security Updates

All systems are regularly updated with latest security patches

Monitoring and Alerting

24/7 monitoring for security incidents and anomalies

Threat Protection

Rate Limiting

Automated protection against brute force attacks and service abuse with configurable limits per endpoint

Input Validation

All user inputs are validated for length and content to prevent basic injection attacks

Secure Session Management

Stateless design with no persistent sessions to exploit

One-Time Access

Secrets can only be accessed once, preventing replay attacks

Automatic Cleanup

Secrets older than 24 hours are automatically deleted

Security Features

HTTPS Ready - Configured for encrypted traffic
Privacy by Design - Zero-knowledge architecture
Open Source - Transparent security implementation
Regular Security Reviews

Responsible Disclosure

If you discover a security vulnerability, please report it responsibly:

  • Email us at contact@auglab.ai
  • Provide detailed information about the vulnerability
  • Allow us reasonable time to address the issue
  • We'll acknowledge and work with you on resolution

Bug Bounty: We appreciate security researchers and offer recognition for valid security disclosures.