CipherTrust Integration
Strengthening information security and optimizing cryptographic key management
We introduce the integration of the Sequre Quantum Random Number Generator (SeQRNG) and SeQure TLS PQC agents with CipherTrust Integration.
This integration enables the generation of highly secure, truly random cryptographic keys that self-certify in real-time, ensuring robustness and reliability for a wide range of critical applications.
Advantages
Quantum-Certified Random Number Generation
Generates truly unpredictable random numbers using quantum principles, with real-time self-certification and continuous system diagnostics to ensure maximum security and reliability.
Multi-Algorithm Support
Compatible with widely used cryptographic standards such as RSA, EC, and AES, offering flexibility for diverse encryption needs across critical applications.
Advanced Key Management
Enables automatic creation, storage, and lifecycle management of cryptographic keys through CipherTrust Manager—centralized and compliant with global data protection regulations.
Seamless Integration
Provides robust APIs for easy integration with Java, .NET, and REST-based systems, allowing quick deployment into existing infrastructures without significant changes.
Key Benefits of SeQRNG + CipherTrust Integration
End-to-End Data Protection
Tokenization, encryption at rest, and application-level encryption via Java, .NET, or REST APIs—securing data without changing your infrastructure.
Cloud-Based Key Control (BYOK/HYOK)
Generate and manage encryption keys in the cloud, ensuring compliance and full control over sensitive data.
Quantum-Ready Protocol Integration
Supports KMIP and NAE using TLS with PQC algorithms, powered by SeQRNG randomness—ensuring secure and interoperable key management.
The integration of SeQRNG with CipherTrust Integration
Transforms cryptographic key management by leveraging quantum mechanisms to generate truly unpredictable encryption keys. This cutting-edge solution ensures unparalleled security and adaptability, meeting the demands of diverse security-critical applications.
