Imagine a lock that doesn’t rely on math puzzles anyone could eventually crack, like today’s cryptography, but instead uses the unbreakable rules of quantum physics. That’s QETS, Qlok’s game-changing transaction security system. Here’s how it works in three steps:
Making Photon Pairs: We start with a special laser and crystal that splits light into pairs of photons; tiny particles of light. These pairs are “entangled,” meaning they’re connected like twins: what happens to one instantly affects the other, no matter how far apart they are.
Tying Them Together: This entanglement isn’t just a trick, it’s a law of nature. We use cutting-edge tech to make sure these photon twins stay perfectly linked, even across vast distances, with no way for hackers to sneak in and break the bond.
Sending Them Securely: We send these entangled photons through fiber optic cables, satellites, or even special relay stations called quantum repeaters. They carry a unique “security code” to places like banks or voting systems, anywhere transactions need to be 100% safe. If anyone tries to intercept, the physics itself alerts us.
Why It’s Unhackable: Unlike cryptography, which computers might one day crack, QETS’s security comes from quantum entanglement, a physical fact that cannot be faked or broken. It’s the future of protecting money, messages, and votes, and Qlok’s bringing it to life.
US Patent App. # 19/087,242 System and Method for Securing Transactions Using Quantum Entanglement Verification and Scalable Photon Transmission Network
Traditional cryptography (e.g., RSA, ECC) relies on math, encryption is vulnerable to quantum computers cracking keys in seconds. QETS uses quantum entanglement, a law of physics, ensuring security that’s unbreakable, even by future tech.
High-rate photon pairs for instant correlation.
Extends across networks via advanced repeaters.
Error correction ensures flawless integrity.
No interception, tamper-proof.
Outlasts quantum threats.
Secures any network.
Finance ($1T transactions)
Comms (gov/IoT)
Voting (tamper-proof)
Qlok, Inc., a Delaware C-Corp, Formed April 9, 2025, is ready to deploy QETS across multiple diverse industries.
Practical Applications of QETS
Qlok’s Quantum Entanglement Transaction Security (QETS) delivers unhackable authentication , leveraging quantum entanglement and a scalable network. Our technology secures transactions and data with physics-based precision, opening new frontiers in security.
Finance ($1T Transactions): Protects payments, trading, and digital assets; e.g., a $1,000 online purchase verified over 500 km in 5 ms, ensuring no interception.
Communications (Gov/IoT): Secures sensitive data for government networks and IoT ecosystems; e.g., smart devices with tamper-proof authentication.
Voting (Tamper-Proof): Ensures election integrity; e.g., a state election verified with QETS, ensuring zero tampering, a low-competition niche.
Data Security ($162B Market): Safeguards data at rest and in transit; e.g., medical records access authenticated with entanglement, alerting unauthorized attempts.
Supply Chain Integrity ($1.8T Opportunity): Authenticates goods provenance; e.g., pharmaceuticals verified from factory to pharmacy, fighting counterfeiting.
Digital Identity Verification: Secures online identities; e.g., banking logins or e-passports with unhackable quantum tokens, preventing theft.
Smart Contracts (Blockchain): Protects DeFi and NFT transactions; e.g., a $1M loan contract verified on-chain, quantum-resistant for the future.
Critical Infrastructure: Shields power grids and utilities; e.g., control signals authenticated to prevent cyberattacks, ensuring national security.
Why QETS Excels
QETS’s entanglement-based authentication scales globally, with applications in high-growth, low-competition niches. From finance to infrastructure, Qlok leads the quantum security revolution.