CybersecuritySoftwareTechnology

New Encryption Method Combines Affine Cipher with Three-Pass Protocol for Enhanced Security

A novel encryption enhancement combines affine cipher with digraph transformation and a modified three-pass protocol to address security vulnerabilities. The approach reportedly eliminates ciphertext repetition and enables secure key exchange without transmitting secret keys. Security analysis indicates significant improvements in confidentiality despite slightly increased processing time.

Breakthrough in Cryptographic Security

Cybersecurity researchers have developed a novel enhancement to the traditional affine cipher that integrates digraph transformation with a modified three-pass protocol, according to recent reports. This approach reportedly addresses longstanding vulnerabilities in classical encryption methods while maintaining lightweight computational requirements. Sources indicate the modified three-pass protocol, originally introduced by Shamir, enables secure key exchange without transmitting secret keys over insecure channels, using three distinct keys to enhance protection.

AIPolicyTechnology

Acclaimed Author Philip Pullman Demands UK Copyright Reform Against AI ‘Theft’

Bestselling author Sir Philip Pullman has urged the UK government to address what he describes as the “wicked” practice of AI companies scraping authors’ works without payment. The His Dark Materials author argues that using copyrighted material to train artificial intelligence constitutes theft that could devastate creative industries. Fellow literary figures Kate Mosse and Richard Osman have echoed these concerns about uncompensated use of their intellectual property.

Authors Rally Against AI Training Practices

Acclaimed British author Sir Philip Pullman has joined growing calls for the government to reform copyright laws regarding artificial intelligence companies scraping literary works, according to reports. The practice involves AI developers using published books to train language models without providing compensation or recognition to the original creators.

EnergyInnovationTechnology

China Debuts Pioneering Wind-Powered Underwater Data Center

China has completed construction of the world’s first wind-powered underwater data center off Shanghai’s coast. The facility combines offshore wind energy with natural seabed cooling to dramatically reduce energy and land use compared to traditional data centers.

Revolutionary Green Computing Infrastructure

China has completed construction of what sources indicate is the world’s first wind-powered underwater data center, located in the Lin-gang Special Area of the Shanghai Pilot Free Trade Zone. The $226 million project represents a significant advancement in sustainable, high-performance computing infrastructure that could transform how data centers are powered and cooled.