Cerebion Rivet Patent Pending
Find Quantum Vulnerabilities
Before They Find You
Analyze your code, certificates, network, and binaries for cryptography that quantum computers will break.
The Problem
RSA, ECC, and Diffie-Hellman secure most of the internet today. When a cryptographically relevant quantum computer arrives, Shor's algorithm breaks all three instantly and Grover's algorithm halves the effective strength of symmetric encryption like AES-128. The harvest now, decrypt later threat makes this urgent today. Adversaries collect and store encrypted traffic now, waiting for quantum computers to decrypt it later. Organizations handling sensitive data cannot afford to wait.
The Solution
Before you can migrate, you need to know where vulnerable algorithms live across your codebase, infrastructure, and third-party binaries. Cerebion Rivet finds them, scores the risk, and maps each finding to its NIST PQC replacement so your team can prioritize and act.
Four Analyzers. Every Layer of Your Stack.
Code Analysis
Deep static analysis across 35+ languages. Find crypto vulnerabilities before they ship.
Certificate Analysis
Detect RSA, ECC, and DSA certificates that will be broken by quantum computers. Get migration timelines.
Network Analysis
Analyze TLS configurations, cipher suites, and protocol weaknesses across your infrastructure.
Binary Analysis beta
Scan compiled binaries for quantum-vulnerable cryptography patterns.