Qosmos (EaaS) provides the highest quality randomness and a secure method of providing the seeds for entropy starved systems or applications.
Qosmos (Entropy as a Service) addresses entropy starvation in cloud, embedded, and edge systems by delivering high-quality randomness and secure seeding for entropy-starved applications.
API runtime environment provides a seamless integration
Host the entire solution in your data center or client location
Dramactically increases true entropy using quantum-based encryption keys
Qosmos solves the “Entropy Starvation” problem of the systems irrespective of their presence in cloud, embedded or an IOT devices. Qosmos provides the highest randomness, enables secure method of providing the keys ensuring unconditional security.
QNu Tropos is a quantum entropy device generating true randomness, serving applications through the Qosmos architecture. It streams random bits continuously to the EaaS server.
EaaS server links Tropos to client applications, accessing signed, encrypted QRNG streams with timestamps. NIST advises multiple servers for security, supporting global scalability.
HRT is a secure hardware component for storing, seeding, and generating cryptographic keys, often a TPM, HSM, or ARM TrustZone, enhancing EaaS server-client security.
Discover how our EaaS excels in secure virtual environments.
"At Urban Matrix, we have leveraged QNu's encryption APIs for our multiple communication channels. We are also collaborating with QNu Labs for the joint development of quantum secure communication for our UAVs targeting the Indian defence. We are pleased to be working with a pioneer in quantum encryption technology."
Rishabh Verma | Co-Founder and CEO - UrbanMatrix Technologies
Qosmos resolves entropy starvation in cloud, embedded, and IoT systems. It delivers high-quality randomness, securely provides keys, and ensures unconditional security across diverse environments.
In HTTPS connections, SSL handshakes use PKI-based digital certificates. With TLS 1.3, master secret keys from client-server randomness should use Qosmos for enhanced security, replacing deterministic PRF-generated randomness.
Instead of relying on system-generated encryption, we can use TLS encryption based on Qosmos, supported by Google, Microsoft, and Virtu, offering enhanced security for data exchange.
With video conferencing sharing sensitive data, security demands have increased. Using Qosmos random seed for initial keys and Qosmos OTP for continuous authentication ensures enhanced and ongoing protection.
Firewall-generated RSA keys lack sufficient entropy, making them vulnerable to attacks. Integrating Qosmos to generate keys significantly enhances security, providing stronger protection against unauthorized network access.
Data at rest and in motion are critical for backup and recovery. Qosmos ensures continuous authentication during transfers for security in motion. Using Qosmos random numbers as seed enhances HSM and KMS security for data at rest.
RMM software continuously collects and monitors critical data logs from servers and desktops. Qosmos enhances security by generating OTP keys for existing PKI encryption, enabling continuous authentication between data collection points.
Digital signatures are vital in PKI infrastructure, but growing digital adoption makes current randomness deterministic. Integrating Qosmos into certificate generation enhances security and begins the organization's path toward quantum-safe.
The solution can be hosted in the client’s data center or in the cloud. Hosting Qosmos locally allows clients seeking extra security to still benefit from its enhanced protection features.