
Quside Entropy Core integrates our Quantum Random Number Generator (QRNG) chips to provide true, unpredictable, high-quality randomness through a user-friendly HTTP REST API, setting a new standard for cryptographic and security applications.
High-quality randomness is the foundation of robust security protocols. Without sufficient and high-quality entropy, cryptographic systems are vulnerable to attacks and breaches. The Quside Entropy Core ensures that your systems have access to the best possible randomness, reinforcing the integrity and security of your cryptographic applications.
Deploying the Quside Entropy Core in AWS environments is straightforward and efficient. Using AWS Direct Connect Hosted Connection with Equinix, the Quside Entropy Core seamlessly integrates into AWS Virtual Private Cloud (VPC) environments via private networks. This secure connection delivers quantum randomness to multiple applications in parallel, utilizing standard API technology.
Ensures a continuous supply of high-quality randomness, preventing security vulnerabilities caused by low-quality entropy or randomness starvation.
Easily configure the access to Quside Entropy Core, making high-quality randomness readily available whenever needed.
No need for proprietary clients; standard HTTP clients or libraries can be used to access quantum-generated randomness.
The Quside Entropy Core is versatile and supports a wide range of applications:
Enhances the security and performance of cryptographic operations.
Facilitates the generation of secure one-time passwords for multi-factor authentication.
Provides reliable entropy for cloud-based and containerized environments.
Boosts the security of IoT devices, Industrial IoT, and Operational Technology (OT) systems.
The Quside Entropy Core offers detailed quality parameters of the generated entropy, providing actionable insights to ensure optimal randomness is used within your infrastructure and cryptographic applciations.
Billing is based on bandwidth consumption, with a straightforward monthly billing cycle, making it a cost-effective solution for varying usage levels.
Utilizing private networks and TLS 1.3 ensures the security of source and customer identities, preventing replay attacks and other security threats. Optional mutual TLS (mTLS) support further enhances security.