SQE Platform
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SQE Network
A Paradigm Shift In Blockchain Technology
The SQE Platform is a decentralized network leveraging Simulated Quantum Entanglement, blockchain, and cellular automata to deliver
quantum-security for communications, data, and transactions.
Our Network by the Numbers
Power in TWh needed to breach SQE (11x Global Usage)
Transactions/Second
Concurrent Smart Contract Executions
Times Less Energy Than BTC
Solving The Blockchain Trilemma
Secure
Leveraging quantum encryption and evolving keys, SQE ensures data access for intended recipients only. Unique keys from entanglement are never transmitted, and time-based entanglement across nodes fortifies security against quantum computing and AI threats.
Decentralized
SQE decentralizes control by distributing proprietary nodes (hardware) globally, leveraging POE to maintain trust. Nodes are entangled with peers, enabling secure, decentralized communication without traditional public-private key exchanges
Scalable
SQE's blockchain operates on a sharded architecture where each transaction is contained within a single block across thousands of distributed nodes. This design minimizes data redundancy, allowing the network to handle high transaction volumes efficiently.
What Makes SQE Different?
SQE provides future-proof protection against quantum threats, securing communications, data, and transactions. Ideal for businesses or individuals prioritizing privacy, SQE ensures your information is safe today and in the quantum future.
Quantum-Secure
SQE's Quantum Entanglement eliminates key exchanges, while PoE ensures a secure, unhackable, data-free transaction validation.
Blockchain Meets Cellular Automata
A sharded blockchain enables fast, scalable transactions, with dynamic encryption that ensures unique, secure data protection.
Keys Never Transmitted - Ever
SQE replaces key exchanges with quantum-entangled nodes, ensuring secure communication without transmitted keys
SQE Network Foundation
Quantum-entangled nodes and links power SQE’s secure, scalable, and tamper-resistant network.
Nodes: Core Building Blocks
Quantum-entangled devices that perform the heavy lifting of transaction validation and blockchain maintenance.
Links: Bridging Elements
Devices that secure communication on the SQE Network, ensuring communications are encrypted.
Hardware Creation
The Foundation of Qauntum-Security
US Based Manufacturing
SQE’s Nodes and Links are built with proprietary hardware and software in secure U.S. facilities, ensuring top-tier security, reliability, and compliance.
Anti-Theft Protection
SQE’s Nodes and Links, crafted with proprietary technology in secure U.S. facilities, deliver unparalleled security, reliability, and compliance.
Randon Key Initialization
Hardware is initialized with unique random keys generated during manufacturing via QRNG, interference, and private mechanisms.
Secure Entanglement
Devices are entangled at the factory using proprietary machines, generating unique keys from random hardware states for unmatched security and protection.
How it Works
01
Manufacturing
Nodes and links are built, initialized, and entangled with unique keys in a secure facility.
02
Deployment
Globally distributed and connected to the SQE network, they undergo time entanglement synchronization.
03
Communication
Devices securely transmit data using simulated quantum entanglement and PoE, creating blockchain entries as needed.
04
Processing & Validation
Cellular automata rules process data for quantum-secure encryption while nodes validate transactions.