QuintessenceLabs protects sensitive Government data by combining quantum random number generation with crypto-agile key management and distribution to ensure encryption remains secure against current and future cybersecurity risks. To defend against emerging threats, such as “harvest now, decrypt later (HNDL) attacks,” QuintessenceLabs post-quantum cryptography (PQC) solutions streamline quantum entropy delivery and scalable deployments across hybrid infrastructures while complying with industry standards and Federal mandates.
In partnership with Carahsoft, QuintessenceLabs holds several pre-approved contract vehicles that accelerate PQC migration by facilitating seamless and secure integration into Government and Healthcare environments. Explore how Public Sector organizations must leverage a crypto-agile encryption key management and distribution system to modernize legacy cryptography, maximize operational efficiency and strengthen security posture.
Trusted Security Foundation® (TSF®) delivers a centralized, vendor-neutral encryption key management solution that simplifies the control of cryptographic keys and policies across distributed environments. By supporting evolving quantum-safe cryptographic standards and NIST guidelines, QuintessenceLabs’ TSF reduces operational complexity and enables quantum readiness without disrupting mission-critical operations.
qStream™ delivers high-quality quantum entropy through flexible deployment options, including PCIe cards, network appliances and Entropy-as-a-Service (EaaS). Powered by a high-speed quantum random number generator (QRNG), qStream helps mitigate risks associated with weak or compromised sources of randomness by ensuring cryptographic keys are truly unpredictable. By generating 1Gb/sec of true quantum entropy source, qStream helps organizations strengthen encryption across applications, servers and key management systems.
qOptica™ is a physics-based quantum key distribution (QKD) system that enables highly secure exchange of cryptographic keys across communication networks. This additional layer of protection helps organizations safeguard sensitive data transmissions and strengthen their quantum-resilient security posture by enabling the detection of attempts to intercept encryption keys.