Computationalcoin

Free online secure password generator. Create strong random passwords ranging from 12 to 256 characters, supporting combinations of uppercase and lowercase letters, numbers, and symbols. Generated locally to ensure password security and prevent leakage.

Research on enhancing password strength classification accuracy by up to 20% using adversarial machine learning techniques against deceptive password attacks.

A comprehensive analysis of hbACSS protocols for efficient and robust asynchronous complete secret sharing in multiparty computation systems.

Comprehensive technical documentation and resources about computationalcoin technology and applications.

Analysis of DPAR, a system that improves user passwords by suggesting specific, memorable tweaks based on a dataset of 905 million leaked passwords.

A deep learning framework for creating interpretable password strength meters that provide character-level feedback, moving beyond opaque security scores to support user education.

Analysis of a proposed strong password generation technique for cloud computing using multiple input parameters to enhance security against brute force attacks.

Analysis of password generator systems as an alternative to password managers, proposing a general model, evaluating design options, and introducing the AutoPass scheme.

Analysis of PassTSL, a novel password modeling framework using pretraining and fine-tuning inspired by NLP, demonstrating superior performance in password guessing and strength estimation.

Analysis of PESrank, a novel password strength estimator using multi-dimensional rank estimation for fast, accurate, and explainable online password security assessment.

Performance analysis of BIKE, CRYSTALS-Kyber, and HQC post-quantum algorithms on Raspberry Pi IoT platforms, evaluating computational overhead, memory usage, and energy consumption.

Analysis of a provably secure reversible hybrid tokenization algorithm based on block ciphers, with formal security proofs meeting PCI DSS requirements.

This paper proposes a secure password generator using HMAC, CMAC, or KMAC-based PRNGs, validated via NIST SP 800-90B entropy and IID tests.