Cerebion Rivet Patent Pending
Know Where You're Quantum-Vulnerable
Before Adversaries Do
Cerebion Rivet discovers, scores, and remediates quantum-vulnerable cryptography across your code, certificates, network, and binaries.
The Problem
Nearly every digital system, including financial transactions, communications, healthcare records, government and defense platforms, and critical infrastructure, depends on cryptography such as RSA, ECC, and Diffie-Hellman. A sufficiently powerful quantum computer could break all three using Shor's algorithm, and would also reduce the effective strength of symmetric encryption like AES-128 through Grover's algorithm. U.S. agencies including CISA, NIST, and NSA have warned organizations to begin preparing for post-quantum cryptography now because adversaries may collect encrypted data today for future decryption once quantum capabilities mature, a threat known as Harvest Now, Decrypt Later. Even after vulnerable cryptography is found, migrating it safely is a challenging problem, coordinated changes across code, certificates, protocols, and infrastructure, with real risk of breaking existing systems along the way. Organizations handling sensitive data cannot afford to wait on either problem.
The Solution
Cerebion Rivet solves both problems in one platform designed for how enterprise security teams and automated workflows operate. It discovers and inventories cryptographic assets across code, binaries, network services, and certificates, scores their quantum risk, and provides prioritized, rule-based and AI-assisted remediation guidance. A command-line interface with CI/CD-friendly exit codes brings code-analysis checks into automated pipelines, with broader CLI analyzer coverage on the roadmap. Air-gapped, fully offline deployment is available for regulated and sensitive environments, allowing source code, scan results, and other protected information to remain within the customer's controlled infrastructure.
Four Analyzers. Every Layer of Your Stack.
Code Analysis
Deep static analysis across 45+ programming languages plus config file formats. 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.