As quantum computers shatter classical encryption, your data's defenses are increasingly vulnerable to attack.
Qlok revolutionizes security with patent-pending quantum entanglement technologies fused with biometric precision, forging truly unhackable protections for finance, healthcare, defense, IoT, and telecommunications.
Our innovations lock down end-to-end integrity without sacrificing speed or scale, empowering seamless upgrades that outpace threats.
Dive into our cutting-edge software and hardware suite, engineered for effortless integration, ironclad tamper resistance, and lightning-fast secure data flows.
Biometric Device Authentication (BDA)
Revolutionizing Secure Access with Personalized Cryptography
Qlok's Biometric Device Authentication (BDA) fuses multi-feature biometrics such as fingerprints, face maps, and typing cadence, with device-specific identifiers like serial numbers, SSIDs, and chip signatures.
This creates unique, biometric-bound cryptographic seeds enhanced by NIST-approved post-quantum cryptography (PQC) algorithms like Kyber and Dilithium.
Key Features:
Software-only deployment on commodity hardware, no replacements needed.
Hybrid entropy generation for truly unpredictable keys, mitigating quantum attacks on randomness.
Biometric Device Authentication (BDA) Gateway Benefits
Modular integration with PQC for agile deployment.
Upgrade later to Quantum Hub and QLD hardware for full quantum operation, enabling drop-in upgrades on compatible systems.
Scalable for tactical networks, financial transactions, and healthcare data protection with provable quantum security.
Building on BDA, Qlok's Quantum Authentication Gateway integrates three core components: Quantum Biometric Authentication (QBA), Quantum Device Authentication (QDA), and Quantum Entanglement Authentication (QEA), to deliver unbreakable, physics-based security.
This gateway provides end-to-end non-repudiation, tamper resistance, and anomaly detection, enabling seamless protection for high-stakes environments like tactical networks and financial systems, with the added advantage of evolving from simulations to full quantum deployment using our Quantum Hub and QLDs.
Quantum Biometric Authentication (QBA)
Enhances biometric data with quantum entropy for ultra-secure, personalized seeds that outperform traditional PQC in randomness and resilience.
Delivers operator-specific protection against quantum attacks, reducing vulnerabilities in distributed systems and enabling faster, more reliable authentication when integrated with our Quantum Hub and QLDs.
Quantum Device Authentication (QDA)
Binds signatures to authorized platforms using device identifiers, eliminating endpoint spoofing.
Guarantees non-repudiation in multi-node environments, surpassing limitations of Quantum Key Distribution (QKD).
Quantum Entanglement Authentication (QEA)
Harnesses true quantum entanglement for instant anomaly detection and tamper-proof sessions, offering security that's impossible to forge or intercept.
Provides unparalleled non-repudiation and correlation-based protection across networks, with room-temperature efficiency that minimizes overhead, enhanced by our Quantum Hub for distribution and QLDs for precise measurements.
Agile, modular design integrates with PQC for low-latency deployment and performance impact, ensuring operational efficiency.
Scales effortlessly for tactical, financial, and healthcare use cases, delivering provable quantum security that safeguards against advanced threats.
Future-proofs systems with seamless upgrades via our Quantum Hub and QLDs, maximizing resilience without disrupting existing infrastructure.
Qlok's hardware empowers our quantum solutions with room-temperature operations and effortless mobile integration, unlocking benefits like extended range and minimal power use.
Our Central Hub and Quantum Link Devices (QLDs) serve as the foundation for secure, long-distance networks, eliminating cryogenic dependencies while delivering high-fidelity performance for real-world applications.
Qlok Quantum Safe Network
The Qlok Quantum Safe Network is a groundbreaking, entanglement-based system designed to provide unbreakable, quantum-resilient security for data transmission, authentication, and transactions in a post-quantum era.
At its core, it leverages patent-pending technologies like Quantum Entanglement Transaction Security (QETS) and the Secure Quantum Link / Tactical Quantum Network to create a tamper-proof mesh of interconnected nodes, ensuring protection against emerging quantum threats such as Shor's algorithm, which is projected to compromise traditional RSA and ECC encryption by 2030-2035.
Key Components and Architecture
Central Hub - Quantum Memory System (QMS)
Serves as the network's backbone, generating and distributing entangled photon pairs for secure links. It supports hybrid room-temperature and cryogenic storage with capacities exceeding 1 million photons and error rates below 0.1%, enabling self-zeroization for added security and AI-driven anomaly detection.
Room-Temperature Quantum Repeaters (RTQR)
Chip-scale devices to extend entanglement over 50 km+ with 95% fidelity, eliminating cryogenic needs and enabling metro-scale or tactical deployments without infrastructure overhauls.
Quantum Link Devices (QLDs)
Embedded photonic chips at network endpoints (e.g., mobile devices, servers) that perform ultra-fast (<1 ns) authentication via Bell-state measurements. QLDs integrate with biometrics and device identifiers for hybrid quantum-classical operations.
Quantum Entanglement Transaction Security
Qlok provides quantum-safe authentication and data, ensuring robust protection against quantum hacking and tampering.
Qlok's Quantum Link Network operates at Room-Temperature, enabling immediate integration & scaling
Beyond cryptography,
Qlok's systems are keyless, relying on
Quantum Mechanics enabling unhackable security.
We’re redefining security for a quantum future by pioneering physics‑based authentication and data transfer.
Our mission is to eliminate vulnerabilities like passwords and traditional cryptography, harnessing quantum entanglement to deliver unparalleled security and convenience.
At Qlok, we're pioneering a secure and seamless future by revolutionizing authentication and data transfer with cutting-edge quantum-safe technologies.
Through our patent-pending innovations; spanning quantum transaction authentication, mobile quantum modules, and room-temperature quantum repeaters, we empower industries such as finance, healthcare, military, IoT, and telecommunications with end-to-end quantum-safe solutions.
Qlok is committed to building a world where trust is physics-based, transactions are instantaneous, and data integrity is uncompromised, leveraging emerging quantum infrastructure to safeguard the digital landscape against present and future threats.
PIONEERING
QUANTUM-SAFE SECURITY
WITH ADVANCED PROTECTION
Powered by Physics
Problem Qlok is Solving
Qlok addresses the critical vulnerability of traditional cryptographic systems, such as RSA and ECC, which are susceptible to quantum computing attacks that can compromise keys rapidly. These systems, along with classical transaction security methods like risk-based fraud detection, rely on mathematical assumptions that quantum computers can undermine, posing significant risks to high-value transactions and sensitive data across industries.
Additionally, current quantum key distribution (QKD) systems focus on key exchange but lack direct transaction authentication, leaving gaps in end-to-end security against threats like eavesdropping, man-in-the-middle attacks, time-gap exploits, and device-dependent flaws.
Qlok's quantum-safe solutions leverage quantum entanglement to provide:
Unbreakable Authentication
Using entangled photons for secure transaction and user/device authentication, ensuring physics-based security resistant to quantum threats.
Scalable Quantum Networks
Enabling secure data transfer over fiber and satellite networks with advanced tamper detection and low-latency processing.
Mobile Integration
Bringing quantum security to consumer devices like smartphones through compact quantum modules, eliminating reliance on vulnerable passwords.
Long-Distance Quantum Communication
Developing room-temperature quantum repeaters to extend secure quantum networks without costly cryogenic systems.
These innovations ensure transaction integrity, data confidentiality, and device authenticity in a post-quantum world, addressing both current cybersecurity needs and future quantum computing threats.