NIST 2030 Compliance Ready

Prepare Your Code
for the Quantum Age

Automatically discover quantum-vulnerable cryptography in your codebase. Track your PQC migration with enterprise-grade compliance reporting.

📊Lines Scanned
0
across 1,224 open-source projects
🔴Critical Vulns Found
0
quantum-exploitable by 2030
💰Ecosystem at Risk
$0.0T
in supply chain exposure
Open source scanner
SOC 2 compliant
⚠️

Major open-source projects with quantum-vulnerable code

⚠️
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Redis
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OpenSSL
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Python
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NGINX
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Docker
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Node.js
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PyTorch
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Polkadot
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Chainlink
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Ansible
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Terraform
Bitcoin logo
Bitcoin
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Ethereum
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TensorFlow
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Kubernetes
PostgreSQL logo
PostgreSQL
Redis logo
Redis
MongoDB logo
MongoDB
OpenSSL logo
OpenSSL
Python logo
Python
Go logo
Go
Rust logo
Rust
Grafana logo
Grafana
Solana logo
Solana
Prometheus logo
Prometheus
NGINX logo
NGINX
Kafka logo
Kafka
Vault logo
Vault
Docker logo
Docker
Node.js logo
Node.js
PyTorch logo
PyTorch
Polkadot logo
Polkadot
Chainlink logo
Chainlink
Ansible logo
Ansible
Terraform logo
Terraform
Bitcoin logo
Bitcoin
Ethereum logo
Ethereum
TensorFlow logo
TensorFlow
Kubernetes logo
Kubernetes
PostgreSQL logo
PostgreSQL
Redis logo
Redis
MongoDB logo
MongoDB
OpenSSL logo
OpenSSL
Python logo
Python
Go logo
Go
Rust logo
Rust
Grafana logo
Grafana
Solana logo
Solana
Prometheus logo
Prometheus
NGINX logo
NGINX
Kafka logo
Kafka
Vault logo
Vault
Docker logo
Docker
Node.js logo
Node.js
PyTorch logo
PyTorch
Polkadot logo
Polkadot
Chainlink logo
Chainlink
Ansible logo
Ansible
Terraform logo
Terraform

Detect quantum-vulnerable algorithms in your codebase

RSA
ECDSA
ECDH
DSA
DH
SHA-1
MD5
AES-128
Harvest Now, Decrypt Later

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.

Projected Global Losses from Quantum Attacks
$5.8 Trillion
Industries Most at Risk
BankingHealthcareGovernmentDefense
2024Today

Data Harvested

Nation-states are actively collecting encrypted data, waiting for quantum computers.

Your trade secrets, customer data, and IP are being stored.
2025-2029Waiting Period

Data Accumulating

Every day, more of your encrypted communications are harvested and stored.

Attackers are building a treasure trove of your data.
2030Q-Day

Mass Decryption

Quantum computers break all RSA/ECDSA encryption. Your past data is exposed.

Average breach cost: $4.45M. Yours could be worse.

Every day you wait increases your exposure

Data encrypted today will be fully readable by 2030. Your competitors are already migrating. Are you?

5 years
until Q-Day
Financial Risk Calculator

How much is your quantum debt costing you?

Every unpatched vulnerability is a financial liability. Calculate your exposure before attackers exploit it.

Select your project size

Potential Financial Exposure
$2.9M
Based on average breach costs per vulnerability
Risk Level
High
Estimated Vulnerabilities
~70
~62 critical vulnerabilities

Don't wait for a breach. The average quantum attack could expose your entire encrypted database in seconds.

⚠️ IBM Security Report 2024: The average cost of a data breach reached $4.45 million. Quantum attacks will make current encryption worthless.

Features

Everything you need for PQC migration

From automated scanning to compliance reporting, KyberCheck provides the complete toolkit for your post-quantum cryptography journey.

CI/CD Integration

GitHub Action that blocks vulnerable code before it reaches production. Shift security left with automated checks on every PR.

Migration Tracking

Visualize your progress with trend graphs. Track vulnerabilities across repositories and monitor remediation velocity.

Compliance Reports

Generate PDF audit reports for regulators and board members. Complete audit trails for enterprise compliance.

CLI Scanner

High-performance Rust-based scanner that analyzes your entire codebase in seconds. Supports 20+ programming languages.

Real-time Alerts

Get notified instantly when new vulnerabilities are detected. Integrate with Slack, Teams, or your favorite tools.

Enterprise Security

SSO, RBAC, and on-premise deployment options. Your code never leaves your infrastructure.

Blazing Fast

Built in Rust. Powered by Tree-sitter.

Scans 32,676.8 lines per second.
9x faster than Python-based scanners.

KyberCheck (Rust)
13.1s
Python Scanners
120s+
20+
Languages Supported
9x
Faster Analysis
Common Vulnerability Sources

Libraries that introduce quantum risk

These popular libraries contain cryptographic functions that will be vulnerable to quantum attacks. Check if your project uses them.

node-rsa

JavaScript

RSA key generation and signing

RSA-2048
RSA-4096
Found in projects:34%

pycryptodome

Python

Cryptographic library for Python

RSA
DSA
ECDSA
Found in projects:52%

openssl

C/C++

TLS/SSL implementation

RSA
ECDH
DH
Found in projects:78%

paramiko

Python

SSH2 protocol library

RSA
ECDSA
DSA
Found in projects:41%

crypto-js

JavaScript

JavaScript crypto library

SHA-1
MD5
AES-CBC
Found in projects:28%

jose

JavaScript

JWT/JOSE implementation

RS256
ES256
Found in projects:23%

cryptography

Python

Python cryptographic recipes

RSA
ECDSA
DH
Found in projects:67%

bcrypt

Multi

Password hashing library

bcrypt-weak
Found in projects:45%

Based on analysis of open-source repositories.Scan your project to identify vulnerable dependencies.

Deadline Approaching

NIST mandates PQC migration by 2030

The National Institute of Standards and Technology requires all federal systems to migrate to post-quantum cryptography by 2030. Organizations that rely on RSA, ECDSA, and other vulnerable algorithms must act now.

  • Full inventory of cryptographic assets
  • Risk prioritization by business impact
  • Migration roadmap generation
  • Progress tracking and reporting
$ kybercheck scan ./project
Scanning 1,247 files...
Found 23 quantum-vulnerable instances
● CRITICAL:8
● HIGH:12
● MEDIUM:3
Report saved to: scan-report-2024.pdf

Ready to quantum-proof your code?

Join thousands of developers who are already preparing their codebases for the post-quantum future.