Security Transparency Report
We conducted a comprehensive Red Team security audit of our codebase. Here's everything we found—and how we fixed it.
Our Audit Methodology
A multi-layered approach to uncovering and eliminating security vulnerabilities
Code Review
Line-by-line analysis of all authentication, encryption, and data handling code.
Penetration Testing
Active exploitation attempts against identified vulnerability patterns.
Threat Modeling
STRIDE analysis of system architecture and attack surface mapping.
Dependency Audit
Review of all third-party libraries and known CVE exposure analysis.
Security Features Implemented
Every vulnerability led to a hardened security feature. Here's what protects your data now.
AES-256 Encryption
Data Protection
All credentials encrypted at rest using military-grade AES-256-GCM encryption with machine-specific keys derived from hardware identifiers.
WebSocket Guard
Network Security
Real-time WebSocket connections secured with token-based authentication, origin validation, and localhost-only enforcement.
CORS Protection
Network Security
Cross-Origin Resource Sharing protection with strict origin validation. Only trusted origins allowed to access sensitive endpoints.
Token Expiration
Authentication
Session tokens with configurable TTL and automatic refresh. No more permanent authentication that could be exploited.
Rate Limiting
DoS Protection
Progressive rate limiting with exponential backoff. Brute-force attacks blocked with intelligent anomaly detection.
Path Validation
File System
Directory traversal attacks prevented with strict path canonicalization. All file operations restricted to safe directories.
AI Output Scanning
AI Security
All LLM responses validated before execution. Dangerous commands and malicious payloads blocked automatically.
MCP Security Scanner
AI Security
Third-party AI tools validated against known CVE databases. Vulnerable MCP servers automatically flagged and blocked.
Prompt Injection Defense
AI Security
20+ attack patterns detected including encoded payloads (Base64, URL, Unicode), context overrides, and obfuscated commands.
Session Isolation
Data Protection
Complete data separation between user sessions. No cross-contamination or data leakage between authenticated users.
Credential Masking
Data Protection
Sensitive data never exposed in logs, terminal output, or error messages. Tokens and credentials automatically redacted.
Command Sandboxing
Execution Security
Dangerous shell commands blocked before execution. Script validation using AST parsing prevents command injection.
Remediation Timeline
A systematic approach to fixing vulnerabilities by severity level
Phase 1: Critical Fixes
- Implemented AES-256-GCM encryption for all stored credentials
- Added token-based WebSocket authentication
- Enforced localhost-only connection policy
- Removed all hardcoded credentials and API keys
- Implemented secure credential migration from plaintext storage
Phase 2: High Priority
- Added configurable token expiration with auto-refresh
- Implemented progressive rate limiting with anomaly detection
- Added path canonicalization for file operations
- Implemented CORS protection with origin validation
- Added session isolation between users
- Implemented credential masking in all outputs
Phase 3: AI Security
- Built AI output validation pipeline
- Implemented MCP tool security scanner with CVE database
- Added prompt injection detection for 20+ attack patterns
- Created command sandboxing with AST analysis
- Added encoded payload detection (Base64, URL, Unicode)
Why We're Transparent
Most security companies hide their vulnerabilities. We publish ours—because trust is earned.
Every identified issue has been resolved and verified through re-testing
All critical vulnerabilities addressed within 24 hours of discovery
Continuous security testing and vulnerability scanning on every release