Major open-source projects with quantum-vulnerable code
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Quantum computers will break current encryption
By 2030, NIST requires quantum-safe cryptography. Your code isn't ready.
Your encrypted data is already compromised
Foreign adversaries are recording your encrypted traffic today. When quantum computers arrive, they'll decrypt everything — your financial records, trade secrets, and customer data.
Data Harvested
Nation-states are actively collecting encrypted data, waiting for quantum computers.
Data Accumulating
Every day, more of your encrypted communications are harvested and stored.
Mass Decryption
Quantum computers break all RSA/ECDSA encryption. Your past data is exposed.
Every day you wait increases your exposure
Data encrypted today will be fully readable by 2030. Your competitors are already migrating. Are you?
Three steps to quantum-safe code
Automated scanning, detailed reports, and actionable recommendations
1. Connect Repository
Link your GitHub repository or upload code. We support public and private repos.
2. Automated Scan
Our AI scans your codebase for quantum vulnerabilities and cryptographic weaknesses.
3. Get Report
Receive detailed vulnerability reports with prioritized fixes and migration paths.
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Libraries that introduce quantum risk
These popular libraries contain cryptographic functions that will be vulnerable to quantum attacks. Check if your project uses them.
Based on analysis of open-source repositories.Scan your project to identify vulnerable dependencies.
Everything you need for quantum migration
Vulnerability Detection
Identify quantum-vulnerable cryptographic algorithms in your codebase
Fast Scanning
Scan entire repositories in minutes, not hours
Risk Prioritization
Get prioritized recommendations based on severity and impact
Private & Secure
Your code stays private. We never store your source code
CI/CD Integration
Integrate quantum scanning into your existing workflows
Historical Tracking
Track your quantum migration progress over time