Quantum Shield for the Cloud: Hybrid Cryptography Takes Aim at DDoS Attacks
A new hybrid framework combines elliptic-curve cryptography with quantum-resistant algorithms to defend cloud infrastructure against DDoS attacks.
A new hybrid framework combines elliptic-curve cryptography with quantum-resistant algorithms to defend cloud infrastructure against DDoS attacks.
Researchers have developed an immune cooperative hybrid breeding optimization algorithm that selects features more effectively for intrusion detection, outperforming 13 ...
Czech researchers have unveiled a Siamese neural network approach that identifies encrypted video streams with near state-of-the-art accuracy while eliminating ...
Researchers have developed a hybrid Greater Cane Mayfly Algorithm that improves routing, quality of service, and resource efficiency in mobile ...
An open-source simulation framework called DDoSimu5G generates precisely labeled DDoS attack datasets inside a simulated 5G network, giving machine-learning intrusion ...
Researchers have developed an autonomous blockchain-based system that improves intrusion detection accuracy while cutting latency and energy consumption in fog ...
Researchers have developed MPAuzz, a greybox fuzzer that uses the nature-inspired Marine Predators Algorithm to intelligently schedule mutations of binary ...
Researchers have developed an AI-driven trust and decision-making framework that uses software-defined networking and the Bat Algorithm to select secure, ...
Researchers in India have developed BiPC-IFS, a few-shot class-incremental learning framework that lets intrusion detection systems learn new cyberattacks from ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine