In 2025, as quantum computers edge closer to breaking classical encryption (with projections for scalable attacks by 2030-2035 per NSA CNSA 2.0 and Google Quantum AI), Qlok Inc. leads with quantum entanglement technologies.

 

Our solutions deliver keyless, physics-based authentication and data protection for finance, defense, healthcare, IoT, and telecommunications.

 

Backed by 6 pending patents, we address a combined quantum communication and post-quantum cryptography market projected to reach $10-15 billion by 2030, plus the $15 billion crypto wallet segment.

 

Qlok's core technologies integrate software and hardware for seamless, tamper-resistant security, ensuring compliance with NIST PQC standards and GDPR.

About QETS

Pioneering unbreakable cybersecurity through quantum entanglement, safeguarding high-value transactions in a post-quantum world.

 

 

A Quantum Leap in Transaction Security

 

 

In an era where quantum computers threaten traditional cryptography, potentially cracking RSA and ECC keys in seconds, Qlok's Quantum Entanglement Transaction Security (QETS) offers a keyless, physics-based alternative. 

 

Unlike vulnerable classical methods or QKD reliant on ciphers, QETS verifies transactions via entangled photons, ensuring instant, unhackable authentication compliant with NIST and GDPR standards.

 

Our technology targets the combined quantum‑communication and post‑quantum cryptography markets, expected to reach about US $12 billion by 2030, as well as the high‑security segment of the crypto‑wallet market, which is roughly US $10 billion

 

 

 

 

 

 

Core Technologies

 

 

 

 

Quantum Entanglement Transaction Security (QETS)

 

Keyless Authentication via Entangled Photons

 

QETS verifies transactions using Bell-state correlations and AI anomaly detection, eliminating vulnerable keys. It supports hybrid quantum-classical validation for instant, unhackable security over fiber or satellite.

 

Key Features:

95% fidelity over 50 km with AI-driven threat detection (95% accuracy).

AES fallback and single-photon detectors (SNSPDs) for resilience.

Quantum triangulation for C4ISR geolocation.

 

Benefits:

Protects against Shor's algorithm and side-channel attacks.

Scalable for high-value transactions, reducing fraud in $1T daily financial flows, extends to room-temperature operations.

 

 

 

 

 

Secure Quantum Link / Tactical Quantum Network

 

Tamper-Proof Mesh Networks

 

Our Secure Quantum Link enables instant encoding and anomaly detection in quantum-safe meshes, ideal for tactical and metro networks.

 

The Tactical Quantum Network variant supports defense applications with <1 ns authentication.

 

Key Features:

16-17 km fiber links, expandable via repeaters.

AI integration for real-time tamper resistance.

Optics-to-microwave interoperability.

 

Benefits:

No cryogenic requirements for broader deployment.

Secures government/IoT ecosystems in growing markets.

Patent-pending (US 19/206,815) for hybrid networks.

 

 

 

 

Quantum Link Device (QLD)

 

Embedded Security for Mobile and IoT

 

QLD is a photonic chip for <1 ns authentication in consumer devices like smartphones, integrating with biometrics for quantum-biometric auth.

 

Key Features:

Compact design for defense/mobile integration.

Supports entanglement distribution without keys.

Low-power for edge computing.

 

Benefits:

Enhances IoT security in smart ecosystems.

Dual-use for commercial and military.

Patent US 19/205,203.

 

 

 

 

 

Quantum Memory System

(QMS) 

 

Hybrid Storage for Quantum States

 

QMS offers room-temp and cryogenic memory with 1M+ photon capacity and 0.1% error rate, enabling self-zeroization.

 

Key Features:

High-capacity storage for mobile apps.

AI anomaly detection integrated.

Scalable for blockchain/metro networks.

 

Benefits:

Cost-effective for data security ($162B market).

Protects sensitive records in transit/rest.

Patent US 19/234,517.

 

 

 

 

 

 

Room-Temperature Quantum Repeaters

(R-TQR)

 

Extending Quantum Networks Without Cryogenics

 

R-TQR uses atomic vapor for metro-scale routing, supporting 50 km+ links at high fidelity.

 

Key Features:

Chip-scale for easy deployment.

No cooling needed, reducing costs.

Tamper-proof for secure routing.

 

Benefits:

Enables global-scale quantum networks.

Ideal for voting integrity and elections.

Patent US 19/253,618.

 

 

 

 

 

Additional Innovations

 

Quantum-Biometric Authentication: Fuses biometrics with device IDs for personalized PQC seeds, enhancing entropy.

 

Why Qlok Technology?

 

Ironclad Security: Resistant to quantum threats.

 

Future-Ready: Outpaces risks with scalable innovations.

 

Global Scale: For worldwide deployment.

 

Applications

QETS excels in high‑value authentication for government, commercial and defence sectors.

 

Contact us to learn more about integrating QETS into your operations.

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