enQase provides a crypto‑agile, quantum‑safe platform that protects enterprise data from current and future decryption threats.
Funding
Funding not disclosed
Founders
Product
Problem
Enterprise data encryption relies on algorithms that can be broken by emerging quantum computers and AI-driven pattern analysis, leaving sensitive transactions, identities, and intellectual property vulnerable to future decryption attacks.
Solution
enQase offers a crypto‑agile, quantum‑safe platform that secures data today while preparing for quantum-era threats. The solution begins with a Cryptographic Inventory service that discovers and maps all cryptographic assets, identifies quantum‑exposed systems, and prioritizes remediation based on business risk. It then enhances NIST‑compliant post‑quantum cryptography (PQC) with a high‑throughput Quantum Random Number Generator (QRNG) that produces true entropy at up to 256‑bit AES key rates, eliminating weaknesses of deterministic PRNGs. The platform supports hybrid encryption, quantum key distribution (QKD), and CNSA 2.0‑compliant algorithms, allowing on‑prem, cloud, or hybrid deployment with full policy control and regional compliance flexibility. Customers can continuously monitor, update, and enforce quantum‑resistant encryption across their environment through a unified interface.
Target Audience
Primary customers are large enterprises, financial institutions, and government agencies that handle highly sensitive data and must meet long‑term security and compliance requirements.
Features
- Cryptographic Inventory that automatically discovers, assesses, and prioritizes vulnerable cryptographic assets against quantum risk
- Quantum Random Number Generator delivering true quantum entropy at up to 256‑bit AES keys per second
- Quantum‑enhanced PQC algorithms that combine QRNG‑derived randomness with NIST‑approved post‑quantum schemes
- Hybrid encryption architecture that layers a second quantum‑resistant algorithm for added resilience
- Integrated Quantum Key Distribution (QKD) with hub‑and‑spoke topology for tamper‑evident physical key transfer
- Support for sovereign and CNSA 2.0‑compliant algorithms to meet regional regulatory requirements
- Flexible deployment options (on‑prem, cloud, hybrid) with centralized policy management and crypto‑agility controls