QSafeT provides a modular, API‑driven encryption platform that safeguards data against both classical and future quantum attacks. By supporting hybrid cryptography, it lets enterprises and cloud providers gradually migrate to post‑quantum algorithms while maintaining low latency and minimal overhead on cloud, edge, and resource‑constrained devices.
Funding
Funding not disclosed
Founders
Product
Problem
Current cryptographic systems are vulnerable to future quantum computers, which could decrypt data encrypted today, exposing sensitive information and compromising compliance. Organizations also need encryption that can be integrated into existing infrastructure without heavy performance penalties.
Solution
QSafeT delivers a modular quantum‑safe encryption platform that protects data against both classical and post‑quantum attacks. The solution supports hybrid cryptography, allowing a gradual migration by combining traditional algorithms with post‑quantum primitives. Deployment is API‑driven, enabling rapid integration with cloud services, enterprise applications, edge devices, and resource‑constrained environments while maintaining low latency and minimal overhead. Ephemeral, quantum‑resilient keys are generated per session to reduce long‑term key exposure. Built‑in audit trails and compliance‑ready reporting help organizations meet regulatory requirements and support zero‑trust security models.
Target Audience
Primary customers are enterprises, cloud service providers, and organizations in regulated sectors (e.g., finance, healthcare, government) that require strong data protection across distributed and edge environments.
Features
- Hybrid cryptography combining classical and post‑quantum algorithms for seamless migration
- Fast API‑driven integration that works with existing systems and legacy infrastructure
- Lightweight, high‑performance design suitable for cloud, enterprise, edge, and low‑resource devices
- Secure key management with per‑session ephemeral key generation to minimize attack surface
- Compliance‑ready cryptographic audit trails and reporting for governance and regulatory needs
- Alignment with zero‑trust principles, continuously verifying users, devices, and services